| Abiotic stress | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| freeze damage severity | | Severity of the symptoms of freeze damage observed in a plot; plots rated 0 exhibit no freeze damage, plots rated 9 show severe freeze damage symptoms. | 0
| 9 | 0-9 | Rating 0 to 9
|
| storm damage severity | | Severity of the damage inflicted by stormy weather; no damage= 1, total damage and loss of plot= 5. | 1
| 5 | 1-5 | Rating 1 to 5
|
| winter stress severity | | Mid-winter rating of the severity of the symptoms of winter stress observed in a plot; plots rated 0 exhibit no signs of winter stress, plots rated 9 show severe leaf damage or leaves that are purple in color. | 0
| 9 | 0-9 | Rating 0 to 9
|
| winter survival | | Percentage of plants in a plot sown in fall that are still growing in spring. | 0
| 100 | % | Percent
|
| Agronomic | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| agronomic score | | Overall rating of agronomical attributes and health of oat plants in a plot. Scored based on observance of factors limiting yield; plots are rated 1 when observed factors are significantly limiting yield, plots rated 5 are of the best overall quality. | 1
| 5 | 1-5 | Rating 1 to 5
|
| breakage incidence | | Rating of the straw strength based on the proportion of the stems in a plot that are broken/snapped; plots rated 1 contain no broken stems, while all of the stems are broken in plots rated 10. | 1
| 10 | 1-10 | Rating 1 to 10
|
| emergence | | Percentage of plants in a plot that emerged. | 0
| 100 | % | Percent
|
| forage rating | | Yield potential in spring; low= 0, high= 9. | 0
| 9 | 0-9 | Rating 0 to 9
|
| grain yield | TO:0000396 | Grain yield. Original data recorded using another unit of measurement has been converted (1 bushel per acre= 3.75 grams per square meter; 1 kilogram per hectare= 0.1 grams per square meter). Original values can be found in the raw data file attached to each affected trial. | 0
| 2000 | g m-2 | Grams per square meter
|
| groat content | TO:0000613 | Percentage of the kernel weight that is the weight of the groat; calculated as the total groat weight divided by the initial kernel weight before dehulling, multiplied by 100. Kernels are typically dehulled using a Codema oat dehuller, which processes a 50 gram sample. | 0
| 100 | % | Percent
|
| groat content hand | TO:0000613 | Percentage of the kernel weight that is the weight of the groat; calculated as the total groat weight divided by the initial kernel weight before dehulling, multiplied by 100. Kernels are dehulled by hand and sample sizes are smaller than for machine dehulling, for example two grams. | 0
| 100 | % | Percent
|
| heading date | TO:0000137 | Julian calendar date of heading i.e. when half of the inflorescence has emerged (Zadoks growth stage: 55). Original data recorded as the number of days to heading has been converted using the supplied planting date, which can be found in the trial information. Original values can be found in the raw data file attached to each affected trial. | 0
| 365 | Julian date | Julian calendar date i.e. Jan 1= 1; Dec 31= 365(6)
|
| lodging incidence | TO:0000068 | Percentage of plants in a plot with stems that are bent, normally near the ground level. Original data recorded using a different measurement scale has been converted. Original values can be found in the raw data file attached to each affected trial. | 0
| 100 | % | Percent
|
| lodging severity | | Severity of plant lodging observed in a plot. Plots containing plants that are fully erect receive a score of 0, plots in which plants lie flat on the ground receive a score of 9. | 0
| 9 | 0-9 | Rating 0 to 9
|
| maturity date | TO:0000469 | Julian calendar date of maturity i.e. when the plot is at 30% moisture. Original data recorded as the number of days to maturity has been converted using the supplied planting date, which can be found in the trial information. Original values can be found in the raw data file attached to each affected trial. | 0
| 365 | Julian date | Julian calendar date i.e. Jan 1= 1; Dec 31= 365(6)
|
| phenotype score | | Relative rating of visual appeal that takes in to account plant vigor, diseases etc.; perfect= 0, excellent= 1, good= 4, borderline= 5, poor= 6, and unadapted= 9. | 0
| 9 | 0-9 | Rating 0 to 9
|
| plant height | TO:0000207 | Plant height as measured from soil surface to the tip of panicle. Original data recorded using inches has been converted (1 inch= 2.54 cm). Original values can be found in the raw data file attached to each affected trial. | 0
| 300 | cm | Centimeter
|
| plant height - T1 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 1 | 0
| 300 | cm | Centimeter
|
| plant height - T10 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 10 | 0
| 300 | cm | Centimeter
|
| plant height - T2 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 2 | 0
| 300 | cm | Centimeter
|
| plant height - T3 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 3 | 0
| 300 | cm | Centimeter
|
| plant height - T4 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 4 | 0
| 300 | cm | Centimeter
|
| plant height - T5 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 5 | 0
| 300 | cm | Centimeter
|
| plant height - T6 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 6 | 0
| 300 | cm | Centimeter
|
| plant height - T7 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 7 | 0
| 300 | cm | Centimeter
|
| plant height - T8 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 8 | 0
| 300 | cm | Centimeter
|
| plant height - T9 | | Plant height as measured from soil surface to the tip of the panicle - at timepoint 9 | 0
| 300 | cm | Centimeter
|
| relative canopy development | | Relative canopy development, measured when the earliest genotypes have a completely closed canopy. Genotypes with a completely closed canopy receive a score of 9; genotypes with minimal canopy development receive a score of 1. | 1
| 9 | 1-9 | Rating 1 to 9
|
| silage yield 65% moisture | | Silage yield at 65% moisture content. | 0
| 20 | t ac-1 | Tons per acre
|
| silage yield dry matter | | Yield of dry matter for use as silage. | 0
| 10 | t ac-1 | Tons per acre
|
| snapback | | Rating of the straw strength based on the snapback, or recovery to a vertical position, of the plant after being held at a 45 degree angle: plants in plots rated 1 have minimum snap and are barely able to stand, plots rated 9 contain plants with maximum straw stiffness/fastest snapback. | 1
| 9 | 1-9 | Rating 1 to 9
|
| Biotic stress | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| barley yellow dwarf virus incidence | TO:0020067 | Percentage of plants in a plot showing symptoms of barley yellow dwarf virus. Original data using a 0-90% scale has been included under this trait name. | 0
| 100 | % | Percent
|
| barley yellow dwarf virus severity plot | TO:0020067 | Severity of barley yellow dwarf virus symptoms observed in a plot; plots rated 0 exhibit essentially no chlorosis, no stunted tillers, and no blasting, plots rated 9 do not head and are very severely stunted. | 0
| 9 | 0-9 | Rating 0 to 9
|
| bird damage severity | | Severity of the symptoms of bird damage observed in a plot; plots rated 0 exhibit no bird damage, plots rated 9 show severe bird damage. | 0
| 9 | 0-9 | Rating 0 to 9
|
| cereal leaf beetle damage severity | | Severity of larval feeding damage caused by cereal leaf beetle (Oulema melanopus); no larval feeding= 0, 1-15% foliage eaten= 1, 15-40% foliage eaten= 2, over 40% foliage eaten= 3. | 0
| 3 | 0-3 | Rating 0 to 3
|
| crown rust infection response | | A qualitative analysis of the type of crown rust (Puccinia coronata f. sp. avenae) symptoms that are exhibited. Infection responses are limited to: Resistant (R): chlorotic fleck reaction with no sporulation; Moderately resistant (MR): Very small, non- or low-sporulating pustule surrounded by chlorosis; Moderately susceptible (MS): moderate to large pustule surrounded by extensive chlorosis, and; Susceptible (S): large pustule with little or no chlorosis. The following numerical scale has been used to quantify conventional notations of infection type: R= 0.2, R-MR= 0.3, MR= 0.4, R-MS= 0.45, R-S= 0.5, MR-MS= 0.6, MR-S= 0.7, MS= 0.8, MS-S= 0.9, S=1. Crown rust infection response is typically recorded in conjunction with crown rust severity. | 0
| 1 | 0-1 | Rating 0 to 1
|
| crown rust infection type seedling BQBC | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race BQBC during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling BRBG-94 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race BRBG-94 during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling composite/unknown | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with a composite collection or unknown race of crown rust (Puccinia coronata f. sp. avenae) during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling DQBB | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race DQBB during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling DQBG | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race DQBG during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling DSGB | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race DSGB during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling LQCB-91 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race LQCB-91 during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling LRBG | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race LRBG during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling MHBB | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race MHBB during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling NBFB | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race NBFB during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling NGCC-94 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race NGCC-94 during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling NQBB | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race NQBB during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling NTGG | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race NTGG during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust infection type seedling SJGL | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with crown rust (Puccinia coronata f. sp. avenae) race SJGL during greenhouse trials. Ratings made using the scale from Murphy (1935); immune/nearly immune= 0, highly resistant= 1, moderately resistant= 2, moderately susceptible= 3, and completely susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| crown rust severity | | Percentage of the area of the flag leaf occupied by crown rust (Puccinia coronata f. sp. avenae) pustules or necrosis, following the modified Cobb scale (Peterson et al. 1948) and recorded in conjunction with crown rust infection response. Common intervals: trace (0.1 in T3), 5, 10, 20, 40, 60, and 100 percent infection. | 0
| 100 | % | Percent
|
| crown rust severity plot | | Severity of crown rust (Puccinia coronata f. sp. avenae) symptoms observed in a plot; plots rated 0 exhibit no symptoms, plots rated 9 show severe symptoms. | 0
| 9 | 0-9 | Rating 0 to 9
|
| crown rust severity whole plant | | Severity of crown rust (Puccinia coronata f. sp. avenae) symptoms. Ratings based on the percent infection of the whole plant; 79-100%= 1, 90-97%= 2, 75-90%= 3, 60-75%= 4, 40-60%= 5, 25-40%= 6, 10-25%= 7, 3-10%= 8, 0-3%= 9. | 1
| 9 | 9-1 | Rating 9 to 1
|
| downy mildew severity plot | | Severity of downy mildew (Sclerophthora macrospora) symptoms observed in a plot; plots rated 0 exhibit no symptoms, plots rated 9 show severe symptoms. | 0
| 9 | 0-9 | Rating 0 to 9
|
| fusarium head blight incidence T1 | | First rating of the extent of Fusarium head blight (Fusarium spp.; FHB) symptoms observed in a plot; plots rated 0 exhibit no FHB symptoms, plots rated 1 contain a few blighted spikelets, while a rating of 4 indicates that the whole plot is blighted. | 0
| 4 | 0-4 | Rating 0 to 4
|
| fusarium head blight incidence T2 | | Second rating of the extent of Fusarium head blight (Fusarium spp.; FHB) symptoms observed in a plot; plots rated 0 exhibit no FHB symptoms, plots rated 1 contain a few blighted spikelets, while a rating of 4 indicates that the whole plot is blighted. | 0
| 4 | 0-4 | Rating 0 to 4
|
| leaf blotch severity plot | | Severity of Helminthosporium leaf blotch/leaf spot symptoms observed in a plot; plots rated 0 exhibit no symptoms, plots rated 9 show severe symptoms. | 0
| 9 | 0-9 | Rating 0 to 9
|
| powdery mildew incidence | | Percentage of plants in a plot showing symptoms of powdery mildew (Blumeria graminis f. sp. avenae). | 0
| 100 | % | Percent
|
| root rot incidence | | Percentage of plants in a plot showing symptoms of root rot. Original data using a 0-90% scale has been included under this trait name. | 0
| 100 | % | Percent
|
| smut incidence | | Percentage of plants in a plot showing symptoms of smut (Ustilago spp.). | 0
| 100 | % | Percent
|
| stagonospora symptom severity | | Severity of Stagonospora avenae f. sp. avenaria symptoms. Stagonospora causes leaf blotch and black stem of oat. None= 0. | 0
| 9 | 0-9 | Rating 0 to 9
|
| stem rust incidence | | Percentage of plants in a plot showing symptoms of stem rust (Puccinia graminis f. sp. avenae). Original data using a 0-90% scale has been included under this trait name. | 0
| 100 | % | Percent
|
| stem rust infection response | | A qualitative analysis of the type of stem rust (Puccinia graminis f. sp. avenae) symptoms that are exhibited. Infection responses are limited to: Resistant (R): chlorotic fleck reaction with no sporulation; Moderately resistant (MR): Very small, non- or low-sporulating pustule surrounded by chlorosis; Moderately susceptible (MS): moderate to large pustule surrounded by extensive chlorosis, and; Susceptible (S): large pustule with little or no chlorosis. The following numerical scale has been used to quantify conventional notations of infection type: R= 0.2, R-MR= 0.3, MR= 0.4, R-MS= 0.45, R-S= 0.5, MR-MS= 0.6, MR-S= 0.7, MS= 0.8, MS-S= 0.9, S=1. Stem rust infection response is typically recorded in conjunction with stem rust severity. | 0
| 1 | 0-1 | Rating 0 to 1
|
| stem rust infection type seedling composite/unknown | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with a composite collection or unknown race of stem rust (Puccinia graminis f. sp. avenae) during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA1 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA1 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA16 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA16 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA25 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA25 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA27 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA27 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA28 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA28 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA29 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA29 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA55 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA55 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA67 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA67 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust infection type seedling NA8 | | A qualitative analysis of the type of disease symptoms exhibited by seedlings inoculated with stem rust (Puccinia graminis f. sp. avenae) race NA8 during greenhouse trials. Ratings made using the scale from Stakman et al. (1962); immune= 0, very resistant= 1, moderately resistant= 2, moderately susceptible= 3, and very susceptible= 4. Additional symbols have been assigned a numerical value. See phenotyping notes for conversion table. | 0
| 4 | 0-4 | Rating 0 to 4
|
| stem rust severity | | Percentage of the area of the stem occupied by stem rust (Puccinia graminis f. sp. avenae) pustules, following the modified Cobb scale (Peterson et al. 1948) and recorded in conjunction with stem rust infection response. Common intervals: trace (0.1 in T3), 5, 10, 20, 40, 60, and 100 percent infection. | 0
| 100 | % | Percent
|
| stem rust severity plot | | Severity of stem rust (Puccinia graminis f. sp. avenae) symptoms observed in a plot; plots rated 0 exhibit no symptoms, plots rated 9 show severe symptoms. | 0
| 9 | 0-9 | Rating 0 to 9
|
| Metabolite | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| GC-MS | | Gas chromatography mass spectrometry |
| 100000 | intensity | abundance or intensity of mass spectrum
|
| LC-MS | | Liquid chromatography mas spectrometry |
| 100000 | intensity | abundance or intensity of mass spectrum
|
| Morphological | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| grain width 5.0/64 plump | TO:0000397 | Percentage of grain that did not pass through a 5.0/64" sieve. | 0
| 100 | % | Percent
|
| grain width 5.0/64 thin | TO:0000397 | Percentage of grain that passed through a 5.0/64" sieve. | 0
| 100 | % | Percent
|
| grain width 5.5/64 plump | TO:0000397 | Percentage of grain that did not pass through a 5.5/64" sieve. | 0
| 100 | % | Percent
|
| groat color | TO:0000385 | Groat color: light red= 1, light brown= 2, medium brown= 3, dark brown= 4. | 1
| 4 | 1-4 | Rating 1 to 4
|
| growth habit | | Growth habit; very upright spring type= 0, very prostrate winter type= 9. | 0
| 9 | 0-9 | Rating 0 to 9
|
| hull color | TO:0000707 | Hull color: white= 1, cream= 2, light tan= 3, yellow= 6, black= 10. | 1
| 10 | 1-10 | Rating 1 to 10
|
| kernels per spikelet | | Average number of kernels per spikelet, based on five typical spikelets. | 0
| 5 | Kernels per spikelet | Number of kernels per spikelet
|
| leaf biomass | | Leafiness rating; very leafy= 3, few leaves=9. | 0
| 9 | 0-9 | Rating 0 to 9
|
| panicle length | TO:0000040 | Average length of five mature panicles measured from the lowest panicle node to the tip of the apical spike. | 0
| 50 | cm | Centimeter
|
| root number | | The average number of roots per germinated seed | 0
| 0 | roots seed-1 | number of roots per germinated seed
|
| root surface area | | The surface area of the roots | 0
| 0 | mm2 | square milimeters
|
| root surface area - T1 | | The surface area of the roots - at timepoint 1 | 0
| 0 | mm2 | square milimeters
|
| root surface area - T2 | | The surface area of the roots - at timepoint 2 | 0
| 0 | mm2 | square milimeters
|
| root surface area - T3 | | The surface area of the roots - at timepoint 3 | 0
| 0 | mm2 | square milimeters
|
| shoot length | | The length of the shoot | 0
| 0 | mm | milimeters
|
| shoot length - T1 | | The length of the shoot - at timepoint 1 | 0
| 0 | mm | milimeters
|
| shoot length - T2 | | The length of the shoot - at timepoint 2 | 0
| 0 | mm | milimeters
|
| shoot length - T3 | | The length of the shoot - at timepoint 3 | 0
| 0 | mm | milimeters
|
| spikelets per panicle | TO:0000456 | Average number of spikelets per panicle, based on five mature panicles. | 0
| 100 | Spikelets per panicle | Number of spikelets per panicle
|
| test weight | TO:0000612 | Density or weight per unit volume of grain at a standard moisture level. Original data recorded using another unit of measurement has been converted (1 pound per bushel= 12.9 grams per liter; 1 kilogram per hectoliter= 10 grams per liter). Original values can be found in the raw data file attached to each affected trial. | 0
| 1000 | g L-1 | Grams per liter
|
| thousand kernel weight | TO:0000592 | Kernel size; estimated by weighing 1000 grains. | 0
| 100 | g | Gram
|
| Quality | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| avenanthramide 2c | | Avenanthramide 2c content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| avenanthramide 2f | | Avenanthramide 2f content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| avenanthramide 2p | | Avenanthramide 2p content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| avenanthramide 5p | | Avenanthramide 5p content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| avenanthramide A UPLC | | Relative abundance of avenanthramide A estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| avenanthramide B UPLC | | Relative abundance of avenanthramide B estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| avenanthramide C UPLC | | Relative abundance of avenanthramide C estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| avenanthramide total | | The sum of the avenanthramide; 2c, 2f, 2p and 5p content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| beta glucan dwb | TO:0020068 | Beta-glucan content; measured on a dry weight basis using a lichenase enzymatic procedure. | 0
| 100 | % | Percent
|
| beta glucan NIR | TO:0020068 | Beta-glucan content; prediction obtained using near-infrared spectroscopy (NIR). | 0
| 100 | % | Percent
|
| broken groats | | Percentage of broken groats by weight after dehulling; calculated as the weight of broken groats divided by the total groat weight, multiplied by 100. | 0
| 100 | % | Percent
|
| dehulling efficiency | | Percentage of seed that is effectively dehulled by a Codema dehuller; calculated as the mass of seed before dehulling minus the amount of undehulled seed after processing, divided by the total mass before dehulling, and multiplied by 100 to give the percentage of seed that was successfully dehulled. | 0
| 100 | % | Percent
|
| dietary fiber HMW ethanol-insoluble | TO:0002642 | Ethanol-insoluble high molecular weight dietary fiber content; measured on a dry weight basis using wet chemistry. | 0
| 100 | % | Percent
|
| dietary fiber HMW ethanol-soluble | TO:0002642 | Ethanol-soluble high molecular weight dietary fiber content; measured on a dry weight basis using wet chemistry. | 0
| 100 | % | Percent
|
| dietary fiber HMW total | TO:0002642 | High molecular weight dietary fiber content; measured on a dry weight basis using wet chemistry. | 0
| 100 | % | Percent
|
| dietary fiber LMW total | TO:0002642 | Low molecular weight dietary fiber content; measured on a dry weight basis using wet chemistry. | 0
| 100 | % | Percent
|
| dietary fiber total | TO:0002642 | Dietary fiber content; measured on a dry weight basis using wet chemistry. | 0
| 100 | % | Percent
|
| DON | TO:0000669 | Mycotoxin deoxynivalenol content. | 0
| 200 | ppm | Parts per million
|
| DON 3-acetyl | TO:0000669 | Mycotoxin 3-acetyl-deoxynivalenol content. | 0
| 200 | ppm | Parts per million
|
| fatty acid C14:0 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C16:0 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C16:1 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C18:0 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C18:1(9) | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C18:1* | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C18:2 | | Fatty acid | 0
| 53 | % | Percent
|
| fatty acid C18:3 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C19:0 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C20:0 | | Fatty acid | 0
| 52 | % | Percent
|
| fatty acid C20:1 | | Fatty acid | 0
| 52 | % | Percent
|
| grain moisture content | | Moisture content of the grain. | 0
| 100 | % | Percent
|
| grain protein content NIR | | Percentage of protein in the whole grain. | 0
| 100 | % | Percent
|
| groat flour falling number | | The amount of time it takes for a viscometer stirrer to fall a set distance through an aqueous gel created using groat flour. This indirectly measures the alpha amylase content of the groat, which becomes more abundant in grains that have suffered pre-harvest sprouting. An increase in alpha amylase in groat flour, along with other hydrolytic enzymes that are associated with pre-harvest sprouting, reduces the quality of the flour. | 0
| 1000 | s | Second
|
| groat oil content | | Percentage of oil in the groat. | 0
| 100 | % | Percent
|
| groat protein content | | Percentage of protein in the groat. | 0
| 100 | % | Percent
|
| lipid NIR | | Percentage of lipid content in grain; prediction obtained using near-infrared spectroscopy (NIR). | 0
| 100 | % | Percent
|
| lutein | | Lutein | 0
| 60000 | % | Percent
|
| phytoene | | Phytoene | 0
| 1.5 | % | Percent
|
| phytofluene | | Phytofluene | 0
| 1 | % | Percent
|
| seed quality | | Quality of the seed; excellent= 1, poor= 7. | 0
| 9 | 0-9 | Rating 0 to 9
|
| silage moisture content | | Moisture content of silage. | 0
| 100 | % | Percent
|
| tocol total | | Sum of the Alpha-, Beta-, Delta- and Gamma-tocopherol and -tocotrienol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocopherol alpha | | Alpha-tocopherol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocopherol beta | | Beta-tocopherol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocopherol delta | | Delta-tocopherol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocopherol gamma | | Gamma-tocopherol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocotrienol alpha | | Alpha-tocotrienol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocotrienol beta | | Beta-tocotrienol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocotrienol delta | | Delta-tocotrienol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tocotrienol gamma | | Gamma-tocotrienol content. | 0
| 1000 | ug g-1 | Micrograms per gram
|
| tunaxanthin | | Tunaxanthin | 0
| 60000 | % | Percent
|
| undehulled seed | | Amount of undehulled seed remaining after passing a 50 gram sample through a Codema dehuller, under standard conditions, for 90 seconds. | 0
| 50 | g | Gram
|
| violaxanthin | | Violaxanthin | 0
| 60000 | % | Percent
|
| zeaxanthin | | Zeaxanthin | 0
| 1 | % | Percent
|
| Quality: GCMS | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| GCMS 2-imidazolidone-4-carboxylic acid (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS 2-monooleoylglycerol-2TMS | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS adenosine, alpha- (4TMS) MP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS alanine, beta- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS allantoin (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS allantoin (5TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS allantoin (5TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS arabitol (5TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS arginine [-NH3] (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS asparagine (3TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS asparagine (3TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS asparagine [+CO2] (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS asparagine [-H2O] (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS aspartic acid (3TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS aspartic acid (3TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS benzene-1,2,4-triol (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS benzoic acid, 4-hydroxy- (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS beta-D-fructofuranosyl-(2,1)-beta-D-fructofuranose (1MEOX) (8TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS butylamine-2TMS | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C10 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C100 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C101 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C103 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C104 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C108 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C109 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C110 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C111 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C112 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C113 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C114 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C115 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C116 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C117 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C118 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C119 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C122 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C123 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C124 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C126 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C127 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C129 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C131 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C133 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C134 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C136 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C137 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C139 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C140 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C141 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C143 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C144 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C145 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C146 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C148 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C149 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C150 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C152 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C153 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C154 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C155 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C157 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C160 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C166 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C168 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C169 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C170 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C171 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C172 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C173 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C174 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C175 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C177 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C178 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C179 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C182 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C183 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C185 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C186 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C187 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C188 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C189 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C190 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C192 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C193 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C194 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C195 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C196 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C197 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C198 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C199 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C200 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C201 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C202 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C204 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C205 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C206 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C207 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C208 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C209 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C212 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C215 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C216 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C217 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C218 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C221 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C222 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C223 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C224 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C225 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C226 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C227 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C228 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C229 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C23 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C230 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C231 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C232 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C233 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C234 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C235 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C236 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C237 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C238 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C239 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C240 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C241 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C242 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C243 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C244 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C245 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C246 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C247 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C248 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C249 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C250 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C251 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C252 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C253 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C254 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C255 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C256 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C257 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C259 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C260 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C261 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C262 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C263 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C264 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C265 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C266 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C268 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C269 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C270 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C271 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C272 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C273 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C276 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C277 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C278 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C279 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C280 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C281 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C283 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C284 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C285 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C286 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C287 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C288 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C289 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C290 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C292 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C294 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C295 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C296 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C297 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C299 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C300 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C302 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C303 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C304 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C306 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C307 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C308 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C309 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C310 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C311 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C312 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C313 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C314 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C315 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C316 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C317 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C318 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C319 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C320 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C321 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C322 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C323 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C325 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C326 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C327 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C328 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C329 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C330 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C331 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C332 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C333 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C334 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C335 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C336 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C338 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C341 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C342 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C344 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C345 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C346 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C347 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C348 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C349 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C350 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C352 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C353 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C354 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C355 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C356 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C357 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C358 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C359 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C36 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C360 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C361 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C362 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C363 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C364 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C365 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C366 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C367 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C368 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C369 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C370 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C371 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C372 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C374 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C375 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C377 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C378 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C379 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C380 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C381 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C382 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C383 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C384 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C385 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C386 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C387 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C388 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C389 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C39 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C390 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C391 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C393 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C394 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C395 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C396 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C397 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C398 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C399 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C40 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C400 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C401 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C402 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C403 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C404 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C405 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C406 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C408 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C409 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C410 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C411 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C412 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C413 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C414 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C415 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C416 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C417 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C418 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C419 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C420 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C421 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C422 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C423 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C424 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C425 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C426 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C427 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C428 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C429 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C430 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C431 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C432 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C433 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C434 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C435 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C436 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C437 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C439 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C440 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C441 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C442 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C443 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C444 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C445 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C446 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C447 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C448 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C449 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C450 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C451 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C452 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C453 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C454 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C455 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C456 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C48 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C50 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C52 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C55 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C56 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C59 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C60 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C61 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C66 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C69 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C70 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C73 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C77 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C79 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C82 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C83 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C84 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C88 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C9 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C90 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C91 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C92 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C93 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C95 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C96 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C97 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C98 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS C99 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS caffeic acid, cis- (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS citric acid (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS cysteine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS fructose-1,6-diphosphate (1MEOX) (7TMS) MP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS galactose (1MEOX) (5TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS galacturonic acid (1MEOX) (5TMS) BP 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS galacturonic acid (1MEOX) (5TMS) BP 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glucopyranose, D- (5TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glucose (1MEOX) (5TMS) MP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glutamic acid (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glyceric acid (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycerol (3TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycerol (3TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycerol-2-phosphate (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycerol-3-phosphate (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycerophosphoglycerol (5TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS glycine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS guanosine (5TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS gulose (1MEOX) (5TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS heptadecanoic acid (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS hexadecanoic acid (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS hexadecanoic acid methyl ester (FAME MIX) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS hydrogen sulfide (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS hydroxylamine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS inositol, myo- (6TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS inositol-2-phosphate, myo- (7TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS isobutanoic acid, 3-amino- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS kestose, 6- (11TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS leucine (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS levulinic acid (1MEOX) (1TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS lysine (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS maleamic acid (2TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS malic acid (3TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS malic acid (3TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS maltose (1MEOX) (8TMS) MP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS maltotriitol (12TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS mannitol (6TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS melezitose (11TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS melibiose (1MEOX) (8TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS methionine (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS N-methyl trans-4-hydroxy-L-proline (2S,4R)-4-hydroxy-1-methyl pyrrolidine-2-carboxylic acid (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 10 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 11 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 3 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 4 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 5 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 6 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 7 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 8 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS NA 9 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS nicotinic acid (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS octadecadienoic acid methyl ester, 9,12-(Z,Z)-, n- | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS octadecadienoic acid, n- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS octadecanoic acid (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS octadecenoic acid, 9-(E)- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS ornithine (4TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS phenylalanine (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS phosphoric acid (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS phosphoric acid monomethyl ester (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS proline [+CO2] (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS pyridine, 2-hydroxy- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS pyroglutamic acid (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS quinic acid (5TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS raffinose (11TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS serine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 10 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 11 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 12 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 13 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 14 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 15 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 16 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 17 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 18 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 3 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 4 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 5 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 6 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 7 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 8 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS siloxane 9 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to asparagine Derivate 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to asparagine Derivate 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to cyclohexasiloxane, dodecamethyl | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to ditertbutylphenol (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to lumichrome (2MeOX) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS similar to octadecanoic acid-2,3-dihydroxypropylester (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS sitosterol, beta- (1TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS sucrose (8TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS tagatose (1MEOX) (5TMS) BP | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS threonine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS trehalose, alpha,alpha-, D- (8TMS) 1 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS trehalose, alpha,alpha-, D- (8TMS) 2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS trehalose-6-phosphate (9TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS tryptophan (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS tyrosine (3TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS unknown#bth-pae-001 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS unknown#sst-cgl-093 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS valine (2TMS) | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| GCMS xylobiose, D- (1MEOX) (6TMS) BP2 | | Relative compound abundance measured by GCMS. | 0
| 379607312 | Relative Abundance | Relative Abundance
|
| Quality: NIR Spectra | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| NIR beta glucan predicted | | Predicted beta glucan percentage by SSA NIR. | -15
| 100 | % | Percent
|
| NIR lipid predicted | | Predicted lipid percentage by SSA NIR. | -15
| 100 | % | Percent
|
| NIR protein predicted | | Predicted protein percentage by SSA NIR. | -19
| 100 | % | Percent
|
| NIR spectra 1000 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1001 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1002 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1003 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1004 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1005 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1006 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1007 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1008 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1009 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1010 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1011 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1012 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1013 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1014 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1015 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1016 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1017 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1018 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1019 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1020 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1021 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1022 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1023 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1024 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1025 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1026 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1027 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1028 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1029 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1030 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1031 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1032 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1033 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1034 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1035 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1036 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1037 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1038 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1039 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1040 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1041 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1042 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1043 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1044 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1045 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1046 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1047 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1048 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1049 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1050 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1051 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1052 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1053 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1054 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1055 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1056 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1057 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1058 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1059 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1060 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1061 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1062 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1063 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1064 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1065 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1066 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1067 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1068 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1069 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1070 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1071 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1072 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1073 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1074 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1075 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1076 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1077 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1078 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1079 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1080 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1081 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1082 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1083 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1084 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1085 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1086 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1087 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1088 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1089 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1090 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1091 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1092 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1093 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1094 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1095 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1096 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1097 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1098 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1099 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1100 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1101 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1102 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1103 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1104 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1105 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1106 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1107 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1108 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1109 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1110 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1111 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1112 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1113 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1114 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1115 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1116 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1117 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1118 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1119 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1120 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1121 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1122 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1123 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1124 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1125 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1126 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1127 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1128 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1129 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1130 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1131 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1132 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1133 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1134 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1135 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1136 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1137 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1138 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1139 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1140 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1141 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1142 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1143 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1144 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1145 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1146 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1147 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1148 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1149 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1150 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1151 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1152 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1153 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1154 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1155 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1156 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1157 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1158 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1159 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1160 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1161 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1162 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1163 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1164 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1165 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1166 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1167 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1168 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1169 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1170 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1171 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1172 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1173 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1174 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1175 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1176 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1177 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1178 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1179 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1180 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1181 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1182 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1183 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1184 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1185 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1186 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1187 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1188 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1189 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1190 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1191 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1192 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1193 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1194 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1195 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1196 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1197 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1198 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1199 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1200 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1201 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1202 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1203 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1204 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1205 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1206 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1207 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1208 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1209 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1210 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1211 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1212 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1213 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1214 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1215 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1216 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1217 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1218 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1219 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1220 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1221 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1222 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1223 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1224 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1225 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1226 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1227 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1228 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1229 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1230 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1231 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1232 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1233 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1234 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1235 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1236 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1237 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1238 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1239 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1240 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1241 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1242 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1243 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1244 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1245 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1246 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1247 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1248 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1249 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1250 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1251 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1252 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1253 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1254 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1255 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1256 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1257 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1258 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1259 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1260 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1261 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1262 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1263 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1264 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1265 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1266 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1267 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1268 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1269 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1270 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1271 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1272 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1273 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1274 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1275 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1276 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1277 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1278 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1279 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1280 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1281 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1282 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1283 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1284 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1285 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1286 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1287 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1288 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1289 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1290 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1291 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1292 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1293 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1294 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1295 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1296 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1297 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1298 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1299 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1300 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1301 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1302 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1303 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1304 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1305 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1306 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1307 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1308 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1309 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1310 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1311 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1312 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1313 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1314 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1315 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1316 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1317 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1318 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1319 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1320 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1321 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1322 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1323 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1324 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1325 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1326 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1327 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1328 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1329 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1330 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1331 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1332 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1333 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1334 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1335 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1336 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1337 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1338 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1339 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1340 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1341 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1342 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1343 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1344 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1345 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1346 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1347 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1348 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1349 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1350 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1351 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1352 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1353 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1354 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1355 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1356 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1357 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1358 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1359 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1360 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1361 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1362 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1363 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1364 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1365 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1366 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1367 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1368 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1369 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1370 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1371 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1372 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1373 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1374 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1375 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1376 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1377 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1378 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1379 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1380 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1381 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1382 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1383 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1384 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1385 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1386 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1387 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1388 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1389 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1390 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1391 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1392 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1393 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1394 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1395 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1396 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1397 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1398 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1399 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1400 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1401 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1402 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1403 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1404 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1405 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1406 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1407 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1408 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1409 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1410 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1411 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1412 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1413 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1414 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1415 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1416 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1417 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1418 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1419 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1420 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1421 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1422 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1423 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1424 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1425 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1426 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1427 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1428 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1429 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1430 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1431 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1432 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1433 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1434 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1435 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1436 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1437 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1438 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1439 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1440 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1441 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1442 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1443 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1444 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1445 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1446 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1447 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1448 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1449 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1450 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1451 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1452 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1453 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1454 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1455 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1456 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1457 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1458 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1459 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1460 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1461 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1462 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1463 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1464 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1465 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1466 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1467 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1468 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1469 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1470 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1471 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1472 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1473 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1474 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1475 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1476 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1477 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1478 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1479 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1480 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1481 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1482 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1483 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1484 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1485 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1486 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1487 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1488 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1489 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1490 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1491 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1492 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1493 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1494 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1495 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1496 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1497 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1498 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1499 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1500 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1501 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1502 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1503 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1504 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1505 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1506 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1507 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1508 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1509 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1510 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1511 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1512 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1513 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1514 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1515 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1516 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1517 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1518 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1519 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1520 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1521 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1522 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1523 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1524 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1525 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1526 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1527 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1528 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1529 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1530 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1531 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1532 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1533 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1534 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1535 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1536 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1537 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1538 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1539 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1540 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1541 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1542 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1543 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1544 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1545 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1546 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1547 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1548 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1549 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1550 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1551 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1552 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1553 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1554 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1555 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1556 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1557 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1558 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1559 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1560 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1561 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1562 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1563 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1564 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1565 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1566 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1567 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1568 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1569 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1570 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1571 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1572 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1573 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1574 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1575 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1576 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1577 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1578 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1579 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1580 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1581 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1582 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1583 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1584 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1585 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1586 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1587 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1588 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1589 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1590 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1591 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1592 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1593 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1594 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1595 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1596 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1597 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1598 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1599 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1600 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1601 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1602 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1603 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1604 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1605 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1606 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1607 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1608 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1609 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1610 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1611 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1612 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1613 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1614 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1615 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1616 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1617 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1618 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1619 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1620 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1621 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1622 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1623 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1624 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1625 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1626 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1627 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1628 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1629 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1630 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1631 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1632 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1633 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1634 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 1635 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 957 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 958 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 959 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 960 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 961 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 962 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 963 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 964 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 965 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 966 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 967 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 968 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 969 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 970 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 971 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 972 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 973 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 974 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 975 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 976 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 977 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 978 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 979 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 980 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 981 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 982 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 983 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 984 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 985 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 986 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 987 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 988 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 989 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 990 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 991 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 992 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 993 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 994 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 995 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 996 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 997 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 998 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| NIR spectra 999 | | Absorbance spectra: calculated from the seed spectra and the white and dark spectra using: Absorbance = -log [ (seed - dark/white - dark]. | -0.14
| 10737419 | Reflectance | Absorbance spectra; calculated from the seed spectra and the white and dark spectra using: absorbance= -log[(seed - dark/white - dark].
|
| Quality: UPLC | Ontology | Description | Min | Max | Unit | Unit info |
|---|
| UPLC C1 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C10 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C100 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C101 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C102 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C103 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C104 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C105 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C106 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C107 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C108 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C109 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C11 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C110 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C111 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C112 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C113 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C114 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C115 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C116 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C117 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C118 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C119 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C12 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C120 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C121 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C122 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C123 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C124 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C125 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C126 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C127 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C128 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C129 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C13 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C130 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C131 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C132 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C133 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C134 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C135 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C136 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C137 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C138 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C139 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C14 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C140 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C141 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C142 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C143 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C144 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C145 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C146 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C147 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C148 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C149 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C15 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C150 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C151 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C152 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C153 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C154 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C155 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C156 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C157 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C158 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C159 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C16 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C160 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C161 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C162 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C163 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C164 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C165 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C166 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C167 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C168 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C169 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C17 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C170 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C171 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C172 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C173 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C174 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C175 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C176 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C177 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C179 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C18 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C180 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C181 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C182 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C183 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C184 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C185 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C186 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C187 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C188 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C189 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C19 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C190 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C191 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C192 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C193 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C194 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C195 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C196 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C197 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C198 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C199 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C2 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C20 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C200 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C201 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C202 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C203 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C204 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C205 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C206 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C207 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C208 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C209 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C21 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C210 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C211 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C212 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C213 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C214 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C215 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C216 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C217 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C218 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C219 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C22 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C220 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C221 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C222 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C223 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C224 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C225 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C226 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C227 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C228 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C229 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C23 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C230 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C231 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C232 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C233 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C235 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C236 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C237 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C238 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C239 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C24 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C240 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C241 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C242 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C243 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C244 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C245 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C246 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C247 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C248 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C249 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C25 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C26 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C27 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C28 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C29 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C3 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C30 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C31 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C32 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C33 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C34 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C35 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C36 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C38 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C39 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C4 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C40 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C41 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C42 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C43 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C44 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C45 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C46 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C47 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C48 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C49 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C5 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C50 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C51 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C52 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C53 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C54 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C55 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C56 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C57 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C58 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C59 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C6 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C60 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C61 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C62 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C63 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C64 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C65 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C66 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C67 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C68 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C69 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C7 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C70 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C71 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C72 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C73 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C74 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C75 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C76 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C77 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C78 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C79 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C8 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C80 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C81 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C82 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C83 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C84 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C85 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C86 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C87 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C88 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C89 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C9 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C90 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C91 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C92 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C93 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C94 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C95 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C96 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C97 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C98 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|
| UPLC C99 | | Relative abundance of an unidentified compound estimated by UPLC | 0
| 2788612 | Relative Abundance | Relative Abundance
|