Bambara groundnut ontology
acronym
attribute
entity
method_of
scale_of
variable_of
ns4:Abiotic_stress
ns4:Agronomic
ns4:Biochemical
ns4:Biotic_stress
ns4:Computation
ns4:Counting
ns4:Date
ns4:Duration
ns4:Estimation
ns4:Measurement
ns4:Method
ns4:Morphological
ns4:Nominal
ns4:Numerical
ns4:Ordinal
ns4:Phenological
ns4:Physiological
ns4:Quality
ns4:Scale
ns4:Text
ns4:Trait
ns4:Variable
Seed yield adjusted weight basis
The amount in adjusted weight basis (at 12% moisture content) of seed that was harvested per unit area or plant.
SdYAdjW
Yield adjusted weight basis
Seed yield fresh weight basis
The amount in fresh weight basis of seed that was harvested per unit area or plant.
SdYFW
Yield
Emergence time
Emergence time is when the cotyledon appears above the soil surface.
Emer
Emergence time
Flowering time
Flowering time.
Flw
Flowering time
Maturity time
Maturity time.
Mat
Maturity time
Seed Weight - Measurement
Count and weigh seed per sampling unit (single, 100, 200, 1000).
Seed yield adjusted weight basis - Computing
Compute adjusted weight of harvested seed per area.
Seed yield FW basis - Measurement
Record fresh weight (FW) of harvested seed per sampling unit (plot, plant, branch, raceme, etc).
%
1-9 Susceptibility scale
Very low or no visible sign of susceptibility
1
Very low to low susceptibility
2
Low susceptibility
3
Low to intermediate susceptibility
4
Intermediate susceptibility
5
Intermediate to high susceptibility
6
High susceptibility
7
High to very high susceptibility
8
Very high susceptibility
9
cm
Date (yyyymmdd)
day
g
g/m2
mm
1 to 19
Black small dotted spots on brown background without eye
1
Dark brown rhomboid spots on cream background on both micropylar and non-micropylar ends with grey butterfly-like eye
10
Dark brown small dotted spots on cream background without eye
2
Black and grey mottles on cream background without eye
3
Black and brown mottles on cream background with grey butterfly-like eye
4
Black marbled spots on cream background with grey butterfly-like eye
5
Dark brown marbled spots on cream background with grey butterfly-like eye
6
Black rhomboid spots on cream background on the micropylar end with grey butterfly-like eye
7
Dark brown rhomboid spots on cream background on the micropylar end with grey butterfly-like eye
8
Black rhomboid spots on cream background on both micropylar and non-micropylar ends with grey butterfly-like eye
9
mg/kg
Pod shelling
The pod shelling.
PShelling
Shelling
Pod shelling - Computation
Compute the pod shelling. Recorded within two months after harvest, average percentage of 10 pods, based on weight of mature seed (at 12% moisture content).
IBP
Julian Pietragalla
PShelling_Cp_pct
Seed fat content
The content of fat in seeds.
SdFat
Fat content
Seed fat content - Measurement
Standard chemical method for seed fat content method.
IBP, IPGRI
Julian Pietragalla
SdFat_M_pct
Seed protein content
The content of protein in seeds.
SdProt
Protein content
Seed protein content - Measurement
Standard chemical method for seed protein content method.
IBP, IPGRI
Julian Pietragalla
SdProt_M_pct
Stem hairiness
The stem hairiness.
StmHair
Hairiness
Stem hairiness - Estimation
Observe stem hairiness and rate it. Usually observed at harvest time.
0-9 Density scale
absent
0
slightly
1
slightly to sparse
2
sparse
3
sparse to moderately
4
moderately
5
moderately to dense
6
dense
7
highly dense
8
extremely dense
9
IBP, IPGRI
Julian Pietragalla
StmHair_E_0to9
Nodulation capacity
The nodulation capacity of the plant.
NoduCap
Nodulation capacity
Nodulation capacity - Estimation
Observe nodulation capacity and rate it. Usually recorded 10 weeks after planting, average capacity of five healthy plants.
0-9 Nodulation capacity scale
none
0
very few nodules
1
very few to few nodules
2
few nodules
3
few to moderate nodules
4
moderate nodules
5
moderate to abundant nodules
6
abundant nodules
7
abundant to extremely abundant nodules
8
extremely abundant nodules
9
IBP, IPGRI
Julian Pietragalla, Michael Abberton
NoduCap_E_0to9
Growth habit
A qualitative description of the growth habit of the plant.
GH
Growth habit
Growth habit - Estimation
Growth habit assessment. Usually recorded 10 weeks after planting, based on the 4th petiole (P)/4th internode (I) length ratio (P/I).
1-3 Growth habit scale
Bunch type (P/I
1
Semibunch type (P/I
2
Spreading type (open) (P/I
3
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton, Sean Mayes
GH_E_1to3
Seed shape
The shape of seed.
SdSh
Shape
Seed shape - Estimation
Observe seed shape and rate it. Recorded on the basis of seeds from one-seeded pod, within two months after harvest.
1-3 Seed shape scale
Round
1
Oval
2
Other (specify in descriptor Notes)
99
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
SdSh_E_1to3
Terminal leaflet colour
The colour of the terminal leaflet.
TLfltCol
Colour
Terminal leaflet colour - Estimation
Observe terminal leaflet colour and rate it. Usually observed on fully expanded terminal leaflet.
1-4 Leaflet colour scale
Green
1
Red
2
Purple
3
Other (specify in descriptor Notes)
99
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
TLfltCol_E_1to4
Pod texture
The texture of pod.
Ptext
Texture
Pod texture - Estimation
Observe texture and rate it. Recorded within two months after harvest.
1-4 Pod texture scale
Smooth
1
Little grooves
2
Much grooved
3
Much folded
4
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
Ptext_E_1to4
Terminal leaflet shape
The shape of terminal leaflet.
TLfltSh
Shape
Terminal leaflet shape - Estimation
Observe the shape of the terminal leaflet and rate it.
1-5 Leaflet shape scale
Round
1
Oval
2
Lanceolate
3
Elliptic
4
Other (specify in descriptor Notes)
99
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton, Sean Mayes
TLfltSh_E_1to5
Pod shape
The shape of pod.
PSh
Shape
Pod shape - Estimation
Observe pod shape and rate it. Recorded on the basis of one-seeded pod, within two months after harvest.
1-5 Pod shape scale
Without point
1
Ending in a point, round on the other side
2
Ending in a point, with nook on the other side
3
Ending in two points on each side
4
Other (specify in descriptor Notes)
99
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
PSh_E_1to5
Pod colour
The colour of pod.
PCol
Colour
Pod colour - Estimation
Observe pod colour and rate it. Recorded within two months after harvest.
1-6 Pod colour scale
Yellowish-brown
1
Brown
2
Reddish-brown
3
Purple
4
Black
5
Other (specify in descriptor Notes)
99
IBP, IPGRI
Julian Pietragalla
PCol_E_1to6
Aluminium susceptibility
The plants susceptibility to Aluminium.
AlSus
Aluminium susceptibility
Aluminium susceptibility - Estimation
Observe the growth of plants per plot/entry in a high Aluminium soil and rate the susceptibility.
IBP, IPGRI
Julian Pietragalla
AlSus_E_1to9
Drought susceptibility
The plants susceptibility to drought stress.
DroSus
Drought susceptibility
Drought susceptibility - Estimation
Observe the growth of plants per plot/entry under droughted condition and rate the susceptibility.
IBP, IPGRI
Julian Pietragalla
DroSus_E_1to9
Frost damage
The plant susceptibility to frost.
FrostSus
Frost susceptibility
Frost susceptibility - Estimation
Observe the growth of plants per plot/entry after a frost event and rate the susceptibility.
IBP, IPGRI
Julian Pietragalla
FrostSus_E_1to9
High temperature susceptibility
The plants susceptibility to high temperature conditions.
HTempSus
High temperature susceptibility
High temperature susceptibility - Estimation
Observe the growth of plants per plot/entry under heat condition and rate the susceptibility.
IBP, IPGRI
Julian Pietragalla
HTempSus_E_1to9
Salinity susceptibility
The plants susceptibility to soil salinity.
SaltSus
Salinity susceptibility
Salinity susceptibility - Estimation
Observe the growth of plants per plot/entry at the field presenting soil salinity and rate the susceptibility.
IBP, IPGRI
Julian Pietragalla
SaltSus_E_1to9
Alternaria leaf spot susceptibility
Alternaria leaf spot susceptibility caused by the agent Alternaria alternata.
AlteLfSpotSus
Alternaria leaf spot susceptibility
Alternaria leaf spot susceptibility - Estimation
Observe Alternaria leaf spot susceptibility and rate it.
IBP
Julian Pietragalla
AlteLfSpotSus_E_1to9
Ascochyta blight susceptibility
Ascochyta blight susceptibility caused by the agent Ascochyta phaseolorum.
AscBlightSus
Ascochyta blight susceptibility
Ascochyta blight susceptibility - Estimation
Observe Ascochyta blight susceptibility and rate it.
IBP
Julian Pietragalla
AscBlightSus_E_1to9
BCMV susceptibility
Bean common mosaic virus (BCMV) susceptibility.
BCMVSus
BCMV susceptibility
BCMV susceptibility - Estimation
Observe BCMV susceptibility and rate it.
IBP
Julian Pietragalla
BCMVSus_E_1to9
Bean bug susceptibility
Bean bug (Clavigralla tomentosicollis) susceptibility.
BeanBugSus
Bean bug susceptibility
Bean bug susceptibility - Estimation
Observe Bean bug susceptibility and rate it.
IBP
Julian Pietragalla
BeanBugSus_E_1to9
Bruchid susceptibility
Bruchid (Bruchidius atrolineatus) susceptibility.
BruchidSus
Bruchid susceptibility
Bruchid susceptibility - Estimation
Observe Bruchid susceptibility and rate it.
IBP
Julian Pietragalla
BruchidSus_E_1to9
BSMV susceptibility
Bean southern mosaic virus (BSMV) susceptibility.
BSMVSus
BSMV susceptibility
BSMV susceptibility - Estimation
Observe BSMV susceptibility and rate it.
IBP
Julian Pietragalla
BSMVSus_E_1to9
CABMV susceptibility
Cowpea aphid-borne mosaic virus (CABMV) susceptibility.
CABMVSus
CABMV susceptibility
CABMV susceptibility - Estimation
Observe CABMV susceptibility and rate it.
IBP
Julian Pietragalla
CABMVSus_E_1to9
Cercospora leaf spot susceptibility
Cercospora leaf spot susceptibility caused by the agent Cercospora canescens.
CercLfSpotSus
Cercospora leaf spot susceptibility
Cercospora leaf spot susceptibility - Estimation
Observe Cercospora leaf spot susceptibility and rate it.
IBP, IITA
Julian Pietragalla, Michael Abberton
CercLfSpotSus_E_1to9
Chinese bruchid susceptibility
Chinese bruchid (Callosobruchus chinensis) susceptibility.
ChiBruchidSus
Chinese bruchid susceptibility
Chinese bruchid susceptibility - Estimation
Observe Chinese bruchid susceptibility and rate it.
IBP
Julian Pietragalla
ChiBruchidSus_E_1to9
CMV susceptibility
Cucumber mosaic virus (CMV) susceptibility.
CMVSus
CMV susceptibility
CMV susceptibility - Estimation
Observe CMV susceptibility and rate it.
IBP
Julian Pietragalla
CMVSus_E_1to9
Cocoa weevil susceptibility
Cocoa weevil (Araecerus fasciculatus) susceptibility.
CocoaWvlSus
Cocoa weevil susceptibility
Cocoa weevil susceptibility - Estimation
Observe Cocoa weevil susceptibility and rate it.
IBP
Julian Pietragalla
CocoaWvlSus_E_1to9
Cowpea weevil susceptibility
Cowpea weevil (Callosobruchus maculatus) susceptibility.
CowpeaWvilSus
Cowpea weevil susceptibility
Cowpea weevil susceptibility - Estimation
Observe Cowpea weevil susceptibility and rate it.
IBP
Julian Pietragalla
CowpeaWvilSus_E_1to9
CPMMV susceptibility
Cowpea mild mottle virus (CPMMV) susceptibility.
CPMMVSus
CPMMV susceptibility
CPMMV susceptibility - Estimation
Observe CPMMV susceptibility and rate it.
IBP
Julian Pietragalla
CPMMVSus_E_1to9
CPMoV susceptibility
Cowpea mottle virus (CPMoV) susceptibility.
CPMoVSus
CPMoV susceptibility
CPMoV susceptibility - Estimation
Observe CPMoV susceptibility and rate it.
IBP
Julian Pietragalla
CPMoVSus_E_1to9
CPMV susceptibility
Cowpea mosaic virus (CPMV) susceptibility.
CPMVSus
CPMV susceptibility
CPMV susceptibility - Estimation
Observe CPMV susceptibility and rate it.
IBP
Julian Pietragalla
CPMVSus_E_1to9
Didymella leaf spot susceptibility
Didymella leaf spot susceptibility caused by the agent Didymella pinodes.
DidyLfSpotSus
Didymella leaf spot susceptibility
Didymella leaf spot susceptibility - Estimation
Observe Didymella leaf spot susceptibility and rate it.
IBP
Julian Pietragalla
DidyLfSpotSus_E_1to9
Fusarium wilt susceptibility
Fusarium wilt susceptibility caused by the agent Fusarium oxysporum.
FusaWiltSus
Fusarium wilt susceptibility
Fusarium wilt susceptibility - Estimation
Observe Fusarium wilt susceptibility and rate it.
IBP
Julian Pietragalla
FusaWiltSus_E_1to9
PeMoV susceptibility
Peanut mottle virus (PeMoV) susceptibility.
PeMoVSus
PeMoV susceptibility
PeMoV susceptibility - Estimation
Observe PeMoV susceptibility and rate it.
IBP
Julian Pietragalla
PeMoVSus_E_1to9
Phyllosticta leaf spot susceptibility
Phyllosticta leaf spot susceptibility caused by the agent Phyllosticta voandzeiae.
PhylLfSpotSus
Phyllosticta leaf spot susceptibility
Phyllosticta leaf spot susceptibility - Estimation
Observe Phyllosticta leaf spot susceptibility and rate it.
IBP
Julian Pietragalla
PhylLfSpotSus_E_1to9
Powdery mildew susceptibility
Powdery mildew susceptibility caused by the agent Sphaerotheca voandzeiae.
PowMildewSus
Powdery mildew susceptibility
Powdery mildew susceptibility - Estimation
Observe Powdery mildew susceptibility and rate it.
IBP
Julian Pietragalla
PowMildewSus_E_1to9
Root knot nematode susceptibility
Root knot nematode (Meloidogyne spp.) susceptibility.
RootKnotSus
Root knot nematode susceptibility
Root knot nematode susceptibility - Estimation
Observe Root knot nematode susceptibility and rate it.
IBP
Julian Pietragalla
RootKnotSus_E_1to9
Sclerotium root rot susceptibility
Sclerotium root rot susceptibility caused by the agent Sclerotium rolfsii.
SclerRootRotSus
Sclerotium root rot susceptibility
Sclerotium root rot susceptibility - Estimation
Observe Sclerotium root rot susceptibility and rate it.
IBP
Julian Pietragalla
SclerRootRotSus_E_1to9
Sucking bug susceptibility
Sucking bug (Agonoscelis sp.) susceptibility.
SuckingBugSus
Sucking bug susceptibility
Sucking bug susceptibility - Estimation
Observe Sucking bug susceptibility and rate it.
IBP
Julian Pietragalla
SuckingBugSus_E_1to9
VNMV susceptibility
Voandzeia necrotic mosaic virus (VNMV) susceptibility.
VNMVSus
VNMV susceptibility
VNMV susceptibility - Estimation
Observe VNMV susceptibility and rate it.
IBP
Julian Pietragalla
VNMVSus_E_1to9
Branch number per stem
The branches number per stem.
StmBrnchN
Branch number
Branch number - Counting
Count branches in a stem. Usually recorded at harvest, average number of three stems of five healthy plants.
branch
IBP, IITA
Julian Pietragalla, Michael Abberton
StmBrnchN_Ct_brnch
Plant height
The height of the plant.
PlntH
Height
Plant height - Measurement
Measure plant height and record it. Measured from the ground level (at the base of the plant) to the tip of the highest point, including the terminal leaflet. Usually recorded 10 weeks after planting, average height of five plants.
IBP, IPGRI, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PlntH_M_cm
Plant spread
The spread of the plant.
PlntSpread
Spread
Plant spread - Measurement
Measure plant spread and record it. Usually recorded 10 weeks after planting, average of five plants. Widest length between two opposite points.
IBP, UoN
Julian Pietragalla, Sean Mayes
PlntSpread_M_cm
Emergence date - Estimation
Record date of emergence.
IBP
Julian Pietragalla
Emer_Date_ymd
First flowering date - Estimation
Record date of first flower.
IBP
Julian Pietragalla
Flw_DateFirst_ymd
Half flowering date - Estimation
Record date when 50 percent of the plants begun to flower.
IBP
Julian Pietragalla
Flw_DateHalf_ymd
Maturity date - Estimation
Record date of maturity.
IBP
Julian Pietragalla
Mat_Date_ymd
Days to emergence - Computation
Compute number of days required from sowing to emergence.
IBP, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
Emer_DT_day
Days to first flowering - Computation
Compute number of days required from sowing (or emergence) to first flower.
IBP, IITA
Julian Pietragalla, Michael Abberton
Flw_DTFirst_day
Days to half flowering - Computation
Compute number of days required from sowing (or emergence) to when 50 percent of the plants begun to flower.
IBP
Julian Pietragalla
Flw_DTHalf_day
Days to maturity - Computation
Compute number of days required from sowing (or emergence) to maturity.
IBP, IPGRI, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
Mat_DT_day
Flower number per peduncle
The flowers number per peduncle.
PedFlwN
Flower number
Flower number - Counting
Count flowers in a sampling unit (plot, plant, branch, peduncle, etc).
flower
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
PedFlwN_Ct_flw
Hundred seed adjusted weight
The adjusted weight (at 12% moisture content) of 100 seeds.
HSdAdjW
Adjusted weight
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
HSdAdjW_M_g
Hundred seed dry weight
The dry weight of 100 seeds.
HSdDW
Dry weight
IBP
Julian Pietragalla
HSdDW_M_g
Seed moisture content
The moisture content of the seed.
SdMoist
Moisture
IBP
Julian Pietragalla
SdMoist_M_pct
IBP
Julian Pietragalla
SdYAdjW_Cp_gm2
g/plant
IBP
Julian Pietragalla
SdYFW_M_gplant
g/plot
IBP
Julian Pietragalla
SdYFW_M_gplot
kg/ha
IBP, IPGRI
Julian Pietragalla
SdYAdjW_Cp_kgha
Leaf number per plant
The leaves number per plant.
PlntLfN
Leaf number
Leaf number - Counting
Count leaves in a sampling unit (plot, plant, branch, etc). Usually recorded two weeks after first flowering, average number of 10 plants.
leaf
IBP, UoN
Julian Pietragalla, Sean Mayes
PlntLfN_Ct_lf
Banner length
The length of the banner.
BLng
Length
Banner length - Measurement
Measure the banner length and record it. Usually recorded as average length of two flowers of five plants.
IBP, IITA
Julian Pietragalla, Michael Abberton
BLng_M_mm
Internode length
The length of internode.
IntNodeLng
Length
Internode length - Measurement
Measure the internode length and record it. Usually recorded 10 weeks after planting, average length of fourth internode of three longest stems of five healthy plants.
IBP, IITA, UoN, IPGRI
Julian Pietragalla, Michael Abberton, Sean Mayes
IntNodeLng_M_mm
Peduncle length
The length of peduncle.
PedLng
Length
Peduncle length - Measurement
Measure the banner length and record it. Usually recorded at the stage of open flower, average length of two peduncles of five healthy plants.
IBP, IPGRI, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PedLng_M_mm
Petiole length
The length of the petiole.
PetioLng
Length
Petiole length - Measurement
Measure petiole length and record it. Usually recorded 10 weeks after planting, average length of three leaves at the fourth node of five healthy plants.
IBP, IPGRI, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PetioLng_M_mm
Pod length
The length of the pod.
PLng
Length
Pod length - Measurement
Measure pod length and record it. Usually recorded within two months after harvest, average length of 10 pods.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PLng_M_mm
Pod width
The width of the pod.
PWid
Width
Pod width - Measurement
Measure pod width and record it. Usually recorded within two months after harvest, average width of 10 pods.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PWid_M_mm
Seed length
The length of seeds.
SdLng
Length
Seed length - Measurement
Measure seeds width and record it. Usually recorded within two months after harvest, average length of 10 seeds.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
SdLng_M_mm
Seed width
The width of seeds.
SdWid
Width
Seed width - Measurement
Measure seeds length and record it. Usually recorded within two months after harvest, average length of 10 seeds.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
SdWid_M_mm
Terminal leaflet length
The length of the terminal leaflet.
TLfltLng
Length
Terminal leaflet length - Measurement
Measure terminal leaflet length and record it. Usually recorded 10 weeks after planting, average length of three leaves at the fourth node of five healthy plants.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
TLfltLng_M_mm
Terminal leaflet width
The width of the terminal leaflet.
TLfltWid
Width
Terminal leaflet width - Measurement
Measure terminal leaflet width and record it. Usually recorded 10 weeks after planting, average width of three leaves at the fourth node of five healthy plants.
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
TLfltWid_M_mm
Node number per stem
The nodes number per stem.
StmNodeN
Node number
Node number - Counting
Count nodes in a stem. Usually recorded at harvest, average number of three stems of five healthy plants.
node
IBP, IPGRI
Julian Pietragalla
StmNodeN_Ct_node
Pod number per plant
The pod number per plant.
PlntPN
Pod number
Pod number per plant - Counting
Count pods in a plant. Usually recorded at harvest, average number of ten healthy plants.
pod
IBP, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PlntPN_Ct_pod
Seed number per pod
The seed number per pod.
PSdN
Seed number
Seed number per pod - Computation
Compute the seed number per pod.
seed
IBP, IITA, IPGRI
Julian Pietragalla, Michael Abberton
PSdN_Cp_sd
Stem number per plant
The stems number per plant.
PlntStmN
Stem number
Stem number - Counting
Count stems in a plant. Usually recorded at harvest, average number of five healthy plants.
stem
IBP, IPGRI, IITA, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
PlntStmN_Ct_stm
Shell thickness
The thickness of the shell.
ShellThk
Thickness
Shell thickness - Measurement
Measure shell thickness and record it. Usually recorded within two months after harvest, average width of 10 pods.
um
IBP, IITA, IPGRI, UoN
Julian Pietragalla, Michael Abberton, Sean Mayes
ShellThk_M_um
Eye colour
The color of the eye.
EyeCol
Colour
Eye colour - Estimation
Visual rating of the color of the eye
IITA
Michael Abberton
EyeCol_E_1to19
Eye pattern
The shape of the pigment pattern.
EyePat
Pattern
Eye pattern - Estimation
Use of diagram illustrating eye pattern (IITA Genetic Resource Center)
1 to 12
Cream testa with black butterfly-like eye
1
Light brown testa with grey butterfly-like eye
10
Cream testa with dark red butterfly-like eye
2
Cream testa with grey butterfly-like eye
3
Cream testa with black triangular eye
4
Cream testa with brown triangular eye
5
Cream with grey triangular eye
6
Cream testa with black irregular eye
7
Cream testa with grey double thick lines on both sides of the eye
8
Cream testa with brown circular eye
9
IITA
Michael Abberton
EyePat_E_1to12
Canopy width
Width of the canopy.
CanWid
Width
Canopy width - Measurement
Average canopy width of three/five representative plants of an accession.
No scale name found
IITA
Michael Abberton
CanWid_M
Ground colour of seed testa
The ground colour of seed testa.
SdCTstacCol
Colour
Seed coat color - Estimation
To be observed on seeds less than three months old
No scale name found
IITA
Michael Abberton
GColSdTta_E
Pigmentation around eye
The pigmentation around the eye.
PigArEye
Pigmentation
Pigmentation around eye - Estimation
Visual rating of the color around the eye
No scale name found
IITA
Michael Abberton
PigArEye_E
Pods number per area
The number of pods per area.
PodAreaN
Number per area
Number of pods - Computation
Count number of pods per area
m2
IITA
Michael Abberton
PodAreaN_Cp_cm2
Trifoliate leaves number
The total number of trifoliate leaves.
TrifLvsN
Trifoliate number
Number of trifoliate leaves - Counting
Number of leaves with trifoliate shape
leaves
IITA
Michael Abberton
TrifN_Ct_Lvs
Open flower colour
Color of the open flowers.
OpenflwCol
Color
Open flower color - Estimation
Visual classification of flower colour in the experimental plot
No scale name found
IITA
Michael Abberton
OpenflwCol_E_col
Pod fill
The percentage of the seed that is filling the pod
PodFill
Filling
Pod filling - Counting
The % (or ratio) of seed filling a pod
mm2
IITA
Michael Abberton
PodFill_Ct
Shelled harvest/plot(kg)
Weight of the shelled seed after harvest
ShellHrvst
Harvest
Shelled harvest - Measurement
Weight of the shelled seed after harvest
plot/kg
IITA
Michael Abberton
ShellHrvst_M_Plot/kg
Vigor index
The vigor of the vine and leaves of the new plant.
VgIndx
Vigor index
Vigor index - Estimation
Visual assessment of the plant vigour in a plot at two month after planting
No scale name found
IITA
Michael Abberton
VgIndx_E
Petiole colour
Colour of petiole.
PetCol
Colour
Petiole colour - Estimation
Observe petiole color and rate it
No scale name found
IITA
Michael Abberton
PetCol_E_col
Testa pattern
The pattern of seed testa.
TestPat
Pattern
Testa pattern - Estimation
Visual assessment of the pattern of the seed testa
IITA
Michael Abberton
TestPat_E_1to19
Days to 50% flowering
Number of days to when 50% of the plants have started flowering.
Flw50
Flowering time
Days to 50% flowering - Counting
Counting the number of days from sowing to 50% of plants started flowering
IITA, UoN, IPGRI
Michael Abberton, Sean Mayes
Flw50_Ct_day
Photoperiodic reaction type
The reaction type to a determined photoperiod.
PhotoReacTpe
Photoperiod type
Photoperiodic reaction type - Estimation
Estimation of reaction with three different scales
1 to 3
IPGRI
PhotoReacTpe_E_1to3
Seed colour
The colour of the seed.
SdCol
Colour
Seed colour/pattern - Estimation
It is divided into 3 subgroups. See trait descriptor
1 to 9
IPGRI
SdCol_E_1to9
Seed carbohydrate content
The content of carbohydrate in the seed.
SdCarb
Carbohydrate
Carbohydrate content - Computation
Standard chemical method for carbohydrate content method.
pct
IPGRI
SdCarb_Cp_pct
Reaction to low temperature
The reaction to low temperature.
Ltemp
Reaction
Reaction to low temperature - Estimation
Scored under artificial and/or natural conditions, which should be clearly specified
No scale name found
IPGRI
LTemp_E_Reac
Reaction to drought
Drought reaction.
Dro
Reaction
Reaction to drought - Estimation
Scored under artificial and/or natural conditions, which should be clearly specified
No scale name found
IPGRI
Drght_E_Reac
Petiole-internode ratio
The computed ratio of petiole length to internode length
PtInterNodRatio
Ratio
Petiole internode ratio - Computation
The computed ratio of petiole length to internode length
ratio
Sean Mayes
UoN
PtInterNodRatio_Cp_ratio
Pod dry weight
The weight of pod dry.
PodDryWt
Pod dry weight
Pod dry weight - Computation
Average weight of pods taken from 5 plants per plot
Sean Mayes
UoN
PodDryWt_Cp_g
Single seed weight
The weight of a single seed.
SingSW
Single seed weight
Single seed weight - Computation
Average of 100 seed weight
Sean Mayes
UoN
SingSW_Cp_g
Shell weight
The weight of the shell.
ShW
Shell weight
Shell weight - Computation
100 dry pods weighed then shelled
Sean Mayes
UoN
ShW_Cp_g
Shelling percentage
Average percentage of 10 pods based on weight of mature seeds.
Shell
Shelling %
Shelling percentage - Computation
Average percentage of 10 pods based on weight of mature seeds (at 12% moinsture content)
Sean Mayes, Michael Abberton
UoN, IITA
Shell_Cp_Pct
Seed weight
The weight of the seed.
SdWt
Weight
Seed weight - Computation
Average weight of seeds from 5 plants taken with a plot after drying
Sean Mayes
UoN
SdWt_Cp_g
Seed number per plant
The number of seed per plant.
SdN
Seed number
Seed per plant - Counting
Average number of seeds taken from 5 plants per plot
number
Sean Mayes
UoN
SdN_Ct_perplant
Shoot dry weight
The weight of the dry shoot.
ShtDWT
Dry weight
Shoot dry weight - Computation
Weight of aboveground biomassof harvested plants
Sean Mayes
UoN
ShtDWT_Cp_g
Days to maturity
The number of days from sowing to full maturity
DMat
Days to Maturity
Days to maturity - Counting
Number of days from sowing to full maturity
Sean Mayes, Michael Abberton
UoN, IITA
DMat_Ct_Day
Seed boron concentration
Seed boron concentration
SdB
Boron
Seed boron content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdB_M_mgkg
Seed magnesium concentration
Seed magnesium concentration
SdMg
Magnesium
Seed magnesium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdMg_M_mgkg
Seed phosphorus concentration
Seed phosphorus concentration
SdP
Phosphorus
Seed phosphorus content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdP_M_mgkg
Seed sulphur concentration
Seed sulphur concentration
SdS
Sulphur
Seed sulphur content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdS_M_mgkg
Seed potassium concentration
Seed potassium concentration
SdK
Potassium
Seed potassium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdK_M_mgkg
Seed calcium concentration
Seed calcium concentration
SdCa
Calcium
Seed calcium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCa_M_mgkg
Seed titanium concentration
Seed titanium concentration
SdTi
Titanium
Seed titanium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdTi_M_mgkg
Seed beryllium concentration
Seed beryllium concentration
SdBe
Beryllium
Seed beryllium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdBe_M_mgkg
Seed aluminium concentration
Seed aluminium concentration
SdAl
Aluminium
Seed aluminium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdAl_M_mgkg
Seed vanadium concentration
Seed vanadium concentration
SdV
Vanadium
Seed vanadium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdV_M_mgkg
Seed chromium concentration
Seed chromium concentration
SdCr
Chromium
Seed chromium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCr_M_mgkg
Seed manganese concentration
Seed manganese concentration
SdMn
Manganese
Seed manganese content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdMn_M_mgkg
Seed iron concentration
Seed iron concentration
SdFe
Iron
Seed iron content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdFe_M_mgkg
Seed cobalt concentration
Seed cobalt concentration
SdCo
Cobalt
Seed cobalt content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCo_M_mgkg
Seed nickel concentration
Seed nickel concentration
SdNi
Nickel
Seed nickel content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdNi_M_mgkg
Seed copper concentration
Seed copper concentration
SdCu
Copper
Seed copper content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCu_M_mgkg
Seed zinc concentration
Seed zinc concentration
SdZn
Zinc
Seed zinc content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdZn_M_mgkg
Seed gallium concentration
Seed gallium concentration
SdGa
Gallium
Seed gallium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdGa_M_mgkg
Seed arsenic concentration
Seed arsenic concentration
SdAs
Arsenic
Seed arsenic content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdAs_M_mgkg
Seed selenium concentration
Seed selenium concentration
SdSe
Selenium
Seed selenium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdSe_M_mgkg
Seed rubidium concentration
Seed rubidium concentration
SdRb
Rubidium
Seed rubidium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdRb_M_mgkg
Seed strontium concentration
Seed strontium concentration
SdSr
Strontium
Seed strontium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdSr_M_mgkg
Seed molybdenum concentration
Seed molybdenum concentration
SdMo
Molybdenum
Seed molybdenum content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdMo_M_mgkg
Seed silver concentration
Seed silver concentration
SdAg
Silver
Seed silver content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdAg_M_mgkg
Seed cadmium concentration
Seed cadmium concentration
SdCd
Cadmium
Seed cadmium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCd_M_mgkg
Seed caesium concentration
Seed caesium concentration
SdCs
Caesium
Seed caesium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdCs_M_mgkg
Seed barium concentration
Seed barium concentration
SdBa
Barium
Seed barium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdBa_M_mgkg
Seed thallium concentration
Seed thallium concentration
SdTl
Thallium
Seed thallium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdTl_M_mgkg
Seed lead concentration
Seed lead concentration
SdPb
Lead
Seed lead content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdPb_M_mgkg
Seed uranium concentration
Seed uranium concentration
SdU
Uranium
Seed uranium content - Measurement
Acid digested samples, detected by Ion Coupled Plasma – Mass Spectroscopy (ICP-MS)
Sean Mayes
UoN
SdU_M_mgkg
UoN
Waikuanho
WatCont_Cp_pct
UoN
Waikuanho
Lf_Area_M_cm2
UoN
Waikuanho
StomDen_Cp_cm2
UoN
Waikuanho
Dpod_E_day
UoN
Waikuanho
ShtFWT_Cp_g
UoN
Waikuanho
Dbiom_Cp_g
UoN
Waikuanho
SdDW_M_g
UoN
Waikuanho
TotSdDW_M_g
UoN
Waikuanho
TotPdDW_M_g
UoN
Waikuanho
PdFWPP_M_g
Razlin Azman
SCU
TotDieFib_M_g/100g
Razlin Azman
SCU
AvaCarb_M_g/100g
Razlin Azman
SCU
MetEgy_M_g/100g
Razlin Azman
SCU
Stch_M_g/100g
Razlin Azman
SCU
LinAcid_M_g/100g
Razlin Azman
SCU
OleAcid_M_g/100g
Razlin Azman
SCU
PalAcid_M_g/100g
Razlin Azman
SCU
SteAcid_M_g/100g
Razlin Azman
SCU
BeheAcid_M_g/100g
Razlin Azman
SCU
AraAcid_M_g/100g
Razlin Azman
SCU
LigAcid_M_g/100g
Razlin Azman
SCU
AlphaLinAcid_M_g/100g
Razlin Azman
SCU
TotN_M_g/100g
Razlin Azman
SCU
TotS_M_g/100g
UoN
Waikuanho
TotPdFW_M_g
UoN
Waikuanho
StomCduc_Cp_mmol
UoN
Waikuanho
CIsoDis_Cp_
UoN
Waikuanho
Del15N_ratio
UoN
Waikuanho
TotSdN_Ct
Relative water content
The relative water content
WatCont
Water content
Leaf area
The area of the leaf
LfArea
Leaf area
Stomatal density
The stomatal density
StomDen
Stomatal density
Estimated days to podding
The estimated days to podding
Dpod
Podding time
Shoot fresh weight
The fresh weight of the shoot
ShtFWT
Dry weight
Dry biomass
The dry weight of biomass
Dbiomass
Dry biomass
Seed dry weight
The weight of the dry seed
SdDW
Seed dry weight
Total seed dry weight per rep
The total weight of dry seed per rep
TotSdDW
Total seed dry weight per rep
Total pod dry weight pre rep
The total weight of pod per rep
TotPdDW
Total pod dry weight pre rep
Pod fresh weight per plant
The pod fresh weight per plant
PdFWPP
Pod fresh weight per plant
Total dietary fibre
The total dietary fibre
TotDieFib
Total dietary fibre
Available carbohydrate concentration
The available carbohydrate concentration
AvaCarb
Available carbohydrate concentration
Metabolised energy
The metabolised energy
MetEgy
Metabolised energy
Starch concentration
The starch concentration
Stch
Starch concentration
Linoleic acid concentration
The linoleic acid concentration
LinAcid
Linoleic acid concentration
Oleic acid concentration
The oleic acid concentration
OleAcid
Oleic acid concentration
Palmitic acid concentration
The palmitic acid concentration
PalAcid
Palmitic acid concentration
Stearic acid concentration
The stearic acid concentration
SteAcid
Stearic acid concentration
Behenic acid concentration
The behenic acid concentration
BeheAcid
Behenic acid concentration
Arachidic acid concentration
The arachidic acid concentration
AraAcid
Arachidic acid concentration
Lignoceric acid concentration
The lignoceric acid concentration
LigAcid
Lignoceric acid concentration
Alpha-linolneic acid concentration
The alpha-linolneic acid concentration
AlphaLinAcid
Alpha-linolneic acid concentration
Total nitrogen content
The total nitrogen content
TotN
Total nitrogen content
Total sulphur content
The total sulphur content
TotS
Total sulphur content
Total pod fresh weight
The total weight of fresh pod
TotPdFW
Total pod fresh weight
Stomatal conductance
The stomatal conductance
StomCon
Stomatal conductance
Carbon isotope discrimination
The carbon isotope discrimination
CIsoDis
Carbon isotope discrimination
Delta 15N
Delta-N-15 ratio
Nitrogen isotope ratio
Total seed number per rep
The total number of seed per rep
TotSdN
Total number of seed per rep
Relative water content - Computation
The amount of water in a leaf at the time of sampling relative to the maximal water a leaf can hold
Leaf area - Measurement
Measure leaf length x leaf width from middle leaflet of three fully expanded leaves, total three leaves per plant
Stomatal density - Computation
Measurement of stomatal density
Days to podding - Estimation
Counting days until podding
Shoot fresh weight - Computation
Weight of freshly harvested above ground material
Dry biomass - Computation
Weight of plant biomass after drying for 48 hours at 80C
Seed dry weight - Measurement
Weight of total dry seed after removing of shell and incubating for 3 weeks at 37C per sampling unit (single plant, 100, 200, 1000)
Total seed dry weight per rep - Measurement
Weight of total dry seed after removing of shell and incubating for 3 weeks at 37C per plant (if one replicate = one plant)
Total pod dry weight pre rep - Measurement
Weight of total dry pod after incubating for 3 weeks at 37C per plant (if one replicate = one plant)
Total pod fresh weight pre rep - Measurement
Weight of total fresh pod after freshly harvested per plant, when the residual soil is removed
Total dietary fibre - Measurement
Determined by gravimetric-sequential digestion method using Megazye total dietary fibre kit. Expressed on dry weight basis
Available carbohydrate concentration Measurement
Determine by calculation using a formula expressed on dry weight basis
Metabolised energy - Measurement
Determined by calculation using specific Atwater food system for energy providing macronutrients (carbohydrate, protein, lipid)
Starch concentration - Measurement
Determined by sequential digestion-colourimetric method using Megazyme kit total starch, expressed in dry matter
Linoleic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Oleic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Palmitic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Stearic acid concentration Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Behenic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Arachidic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Lignoceric acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Alpha-linolneic acid concentration - Measurement
Determined using hydrolytic extraction gas chromatographic method of fatty acid methyl ester (FAMES) method on GC-FID with BPX70 column.
Total nitrogen content - Measurement
Determined by horizontal combustion (Dumas) method on LECO system
Total sulphur content - Measurement
Determined by horizontal combustion (Dumas) method on LECO system
Total pod fresh weight - Measurement
Weight of total fresh pod after freshly harvested per sampling unit (single plant, 100, 200, 1000), when the residual soil is removed
Stomatal conductance - Computation
A measure of the degree of stomatal opening
Carbon isotope discrimination - Computation
The 13C/12C ratio (δ13C) is used as a proxy for water use efficiency (WUE) and is typically determined by isotope ratio mass spectrometry
Delta 15N - Computation
A measure of the ratio of the two stable isotopes of nitrogen, 15N:14N; typically determined by isotope ratio mass spectrometry
Total number of seed per rep - Counting
Count the total number of seeds per plant (if one replicate = one plant)
%
cm2
g/100g
kg
mmol
https://cropontology.org/rdf/
Bambara groundnut ontology