| CHEMICAL | 22 - Total Phenolic Content (TPC) in whole seed flour | Average of Total Phenolic Content (TPC) in mg gallic acid equivalents per g dry weight | 2.41 | | | |
| CHEMICAL | 23 - Total Flavonoid Content (TFC) in whole seed flour | Average of Total Flavonoid Content (TFC) in mg catechin equivalents per g dry weight | 0.84 | | | |
| CHEMICAL | 24 - Total protein content in whole seed flour | Average of total protein content in g per 100 g dry weight | 25.38 | | | |
| CHEMICAL | 25 - Total fat content in whole seed flour | Average of total fat content in g per 100 g dry weight | 1.11 | | | |
| CHEMICAL | 26 - Total fiber content in whole seed flour | Average of total fiber content in g per 100 g dry weight | 7.35 | | | |
| CHEMICAL | 27 - Total moisture content in whole seed flour | Average of total moisture content in g per 100 g dry weight | 15.56 | | | |
| CHEMICAL | 28 - Total ash content in whole seed flour | Average of total ash content in g per 100 g dry weight | 3.28 | | | |
| CHEMICAL | 29 - Total carbohydrates content in whole seed flour | Average of total carbohydrates content in g per 100 g dry weight | 54.67 | | | |
| DISEASE | A.8.2.8 - Fusarium wilt disease severity | Average of disease severity 30 days of 5 plants after inoculation with Fusarium oxysporum f. sp. phaseoli FOP-SP1 race 6 | 2 - Light to moderate chlorotic symptoms | | | |
| DISEASE | B.8.2.8 - Fusarium wilt area under disease progress curve | Average of AUDPC along 30 days of 5 plants after inoculation with Fusarium oxysporum f. sp. phaseoli FOP-SP1 race 6 | 27.8 | | | |
| MORPHOLOGY | 21.1 - Specific leaf area (SLA) under well-watered conditions (WW) | Average of SLA measured in square cm per g of dry weight of 5 plants under well-watered conditions | 309 | | | |
| MORPHOLOGY | 21.2 - Specific leaf area (SLA) under water-deficit conditions (WD) | Average of SLA measured in square cm per g of dry weight of 5 plants under water-deficit conditions | 276 | | | |
| PHYSIOLOGY | 12.1 - stomatal CO2 conductance (gs) under well-watered conditions (WW) | Average of gs measured in mol of CO2 per square meter per second of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 0.111 | | | |
| PHYSIOLOGY | 12.2 - stomatal CO2 conductance (gs) under water-deficit conditions (WD) | Average of gs measured in mol of CO2 per square meter per second of 5 plants under 40% of field capacity , measured in the youngest nondetached and fully expanded trifoliate leaf | 0.027 | | | |
| PHYSIOLOGY | 13.1 - Net CO2 assimilation rate (A) under well-watered conditions (WW) | Average of A measured in micromol of CO2 per square meter per second of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 4.756 | | | |
| PHYSIOLOGY | 13.2 - Net CO2 assimilation rate (A) under water-deficit conditions (WD) | Average of A measured in micromol of CO2 per square meter per second of 5 plants under 40% of field capacity , measured in the youngest nondetached and fully expanded trifoliate leaf | 2.715 | | | |
| PHYSIOLOGY | 14.1 - Transpiration rate ( E) under well-watered conditions (WW) | Average of E measured in millimol of H2O per square meter per second of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 2.3 | | | |
| PHYSIOLOGY | 14.2 - Transpiration rate ( E) under water-deficit conditions (WD) | Average of E measured in millimol of H2O per square meter per second of 5 plants under 40% of field capacity , measured in the youngest nondetached and fully expanded trifoliate leaf | 0.85 | | | |
| PHYSIOLOGY | 15.1 - Substomatal CO2 concentration (Ci) under well-watered conditions (WW) | Average of Ci measured in micromol of CO2 per mol of air of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 270 | | | |
| PHYSIOLOGY | 15.2 - Substomatal CO2 concentration (Ci) under water-deficit conditions (WD) | Average of Ci measured in micromol of CO2 per mol of air of 5 plants under 40% of field capacity , measured in the youngest nondetached and fully expanded trifoliate leaf | 211 | | | |
| PHYSIOLOGY | 16.1 - Intrinsic water use efficiency (WUEi = A/gs) under well-watered conditions (WW) | Average of WUEi=A/gs of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 42.91 | | | |
| PHYSIOLOGY | 16.2 - Intrinsic water use efficiency (WUEi = A/gs) under water-deficit conditions (WD) | Average of WUEi=A/gs of 5 plants under water-deficit conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 101.81 | | | |
| PHYSIOLOGY | 17.1 - Instantaneous water use efficiency (WUE = A/E) under well-watered conditions (WW) | Average of WUE=A/E of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 2.06 | | | |
| PHYSIOLOGY | 17.2 - Instantaneous water use efficiency (WUE = A/E) under water-deficit conditions (WD) | Average of WUE=A/E of 5 plants under water-deficit conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 3.19 | | | |
| PHYSIOLOGY | 18.1 - Chlorophylls a (Ca) content under well-watered conditions (WW) | Average of Ca content measured in mg per g dry weight of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 2.89 | | | |
| PHYSIOLOGY | 18.2 - Chlorophylls a (Ca) content under water-deficit conditions (WD) | Average of Ca content measured in mg per g dry weight of 5 plants under water-deficit conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 3.06 | | | |
| PHYSIOLOGY | 19.1 - Chlorophylls b (Cb) content under well-watered conditions (WW) | Average of Cb content measured in mg per g dry weight of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 1.17 | | | |
| PHYSIOLOGY | 19.2 - Chlorophylls b (Cb) content under water-deficit conditions (WD) | Average of Cb content measured in mg per g dry weight of 5 plants under water-deficit conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 1.26 | | | |
| PHYSIOLOGY | 20.1 - Carotenes and xanthophylls (Ccx) contents under well-watered conditions (WW) | Average of Ccx content measured in mg per g dry weight of 5 plants under well-watered conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 0.76 | | | |
| PHYSIOLOGY | 20.2 - Carotenes and xanthophylls (Ccx) contents under water-deficit conditions (WD) | Average of Ccx content measured in mg per g dry weight of 5 plants under water-deficit conditions, measured in the youngest nondetached and fully expanded trifoliate leaf | 0.8 | | | |