2 early SR_dead_pl StR_Ct_Plnt BMS BMS BND_Calc_pct BND_pct ICRISAT/ISRA/DARS PY_g_pl PY_M_gPlnt ICRISAT/ISRA/DARS PegPig_E_text PP PP_text Very dark green 5 1 P1 Mixed 6 3-10 eggs 2 knotting on main roots 6 Ethalinda Cannon Iowa State University LL_mean_fct RDM_cm RDM RDM_M_cm ICRISAT/ISRA/DARS 1 T 1 A BMS SY_Calc_tha SY_t_ha Iowa State University LC_E_1to7 Ethalinda Cannon D1 3 1 G PROT_pct PROT Prot_pct ICRISAT/ISRA/DARS O 2 Scott Kalberer USDA-ARS ShW_ShWPlt_g 1 DG E 3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu SH_ratio_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu TaC_CompRank_Rk3 Scott Kalberer PW_PodW_g USDA-ARS 3 Moderately resistant 4 Mixed OPCh_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Scott Kalberer USDA-ARS Pwd_PWds_mm Plant_vigor BMS PlntVig_E_1to5 5 50% of roots infested, a few knots on main root, reduced root system P1 Procumbent -1 PY PY_g_m2 ICRISAT/ISRA/DARS PY_Calc_gm2 HlmW_HlmW_g USDA-ARS Scott Kalberer PlHW_ratio_fct Iowa State University Ethalinda Cannon USDA-ARS GB_adt_cnt Scott Kalberer Small 2 2 Yes L 3 ClimMob TolStPrb_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Scott Kalberer PWallW_PSW_g USDA-ARS Moderately susceptible 2 Scott Kalberer PRN_egg_wt USDA-ARS Iowa State University Ethalinda Cannon RL_E_1to5 RL_Total_m ICRISAT/ISRA/DARS TRL ML 3 ELS_1_9 BMS ELS_E_1to9 wrinkle appearance 3 RHlm_ratio_120days Scott Kalberer USDA-ARS Y 1 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Sszus_CompRank_Rk3 Scott Kalberer RBM_120days_wt USDA-ARS CW_M_cm CW CW_cm ICRISAT/ISRA/DARS DRO_pct ICRISAT/ISRA/DARS DRO DRO_E_pct Tan 2 SY_M_gPlot SY ICRISAT/ISRA/DARS SY_g_plot Scott Kalberer USDA-ARS Th_sv_1to6 ontology Groundnut ontology PRN_gall_9wks Scott Kalberer USDA-ARS SH_ratio_fct Ethalinda Cannon Iowa State University DH_days ICRISAT/ISRA/DARS Harv_DT_day DH all main roots knotted, few clean roots 8 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu TolSal_CompRank_Rk3 2 OC ICRISAT/ISRA/DARS SP StPig_E_text SP_text Scott Kalberer USDA-ARS L_LNIR_nm 3 mixed LS_1_3 ICRISAT/ISRA/DARS LS_E_1to3 LS 5 R BH_1_4 BH_E_1to4 ICRISAT/ISRA/DARS BH CH_cm CH ICRISAT/ISRA/DARS CH_M_cm USDA-ARS PlW_120days_g Scott Kalberer IPS IPS_E_0to1 ICRISAT/ISRA/DARS IPS_1_2 PSz_E_cm PS PS_cm ICRISAT/ISRA/DARS 4 Very deep - fruits almost separated at region of constriction SLAH SLAH_cm2_g SLA_Calc_cm2g_Tharv BMS USDA-ARS PolV_pct Scott Kalberer ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu TolDrgh_CompRank_Rk3 LLW_ratio_fct Iowa State University Ethalinda Cannon Scott Kalberer USDA-ARS TSWV_E_0to5 BMS Chl_M_CCI_Tstart SPADS_CCI 3 20-39% Apparent 3 2 20-30% Fastigiata 2 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Flw_CompRank_Rk3 HML_E_1to6 ICRISAT/ISRA/DARS HML_1_6 FPS_pl_plot FPS FPS_Ct_Plnt ICRISAT/ISRA/DARS ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu QSStor_CompRank_Rk3 GB_adt_pct USDA-ARS Scott Kalberer Deep - visible and deep strangulation 3 3 Variegated or bicolor or tricolor Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu PYq_CompRank_Rk3 ClimMob GH_E_1to6 GH GH_1_6 ICRISAT/ISRA/DARS DS DS_E_1to5 ICRISAT/ISRA/DARS DS_1_5 PY_Calc_tha BMS PY_t_ha USDA-ARS O_ONIR_nm Scott Kalberer Vulgaris 1 1 White D13C_ratio D13C D13C_M_ratio ICRISAT/ISRA/DARS Scott Kalberer USDA-ARS PRN_gall_11wks GB_adt_day Scott Kalberer USDA-ARS SW_g PlntStW_PPDW_g ICRISAT/ISRA/DARS LA LA_Plant_cm2 ICRISAT/ISRA/DARS LA_cm2 Sm 1 LW ICRISAT/ISRA/DARS LW_g PlntLW_PPDW_g USDA-ARS Scott Kalberer PlntSN_wt Decumbent -3 D3 L 4 OLR_ratio OLR OLR_Calc_ratio ICRISAT/ISRA/DARS SPAD BMS Chl_M_CCI 1 Smooth R_E_1to3 R_1_3 ICRISAT/ISRA/DARS 1 T 6 Dark purple SY_Calc_gm2 SY_g_m2 BMS Scott Kalberer USDA-ARS PgL_120days Ot 6 SY_kg_ha BMS SY_Calc_kgha 2 SS Iowa State University GH_E_1to6_60to70 Ethalinda Cannon ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Stgr_CompRank_Rk3 Single testa color 1 5 Very highly susceptible (dead) medium 3 5 Hirsuta No recovery 5 USDA-ARS Con_mm Scott Kalberer ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu SYq_CompRank_Rk3 2 Highly resistant 3 Runner PP_0_1 PegPig_E_0to1 BMS PP Iowa State University Ethalinda Cannon Flw_P_1to3 ICRISAT/ISRA/DARS NaL NaL_M_pct NaL_pct Ethalinda Cannon GH_E_1to6_90 Iowa State University Iowa State University PSh_E_1to7 Ethalinda Cannon acronym BMS PlntBN_Ct_br BPP 3 M Scott Kalberer SLA_60days USDA-ARS P 3 3 R Ethalinda Cannon Iowa State University PRN_em_0-5 BM_DW_gPlnt_Tveg VBDW BMS 6 V PM_PmPerc_pct Scott Kalberer USDA-ARS Ethalinda Cannon Iowa State University PlS_E_1to6 FC_1_4 FC_E_1to4 FC ICRISAT/ISRA/DARS PRN_RF_ratio Scott Kalberer USDA-ARS Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Germ_CompRank_Rk3 ClimMob 2 Valencia Chl_M_CCI_60d Scott Kalberer USDA-ARS Apparent 3 Pwd_PWdl_mm Scott Kalberer USDA-ARS P 4 RBM ICRISAT/ISRA/DARS RBM_M_g RBM_g Scott Kalberer B_PlLoss_pct USDA-ARS SC_E_p1to6 Iowa State University Ethalinda Cannon Mixed 5 ICRISAT/ISRA/DARS PlntPN_Ct_pod PN_pods_pl Moderate - visible but shallow strangulation 2 HI HI_ratio HI_Calc_ratio ICRISAT/ISRA/DARS CR_Calc_pct CR_pct BMS HM_0_1 ICRISAT/ISRA/DARS HM HMSt_E_0to1 Iowa State University Ethalinda Cannon PSN_Ct_4d ICRISAT/ISRA/DARS PS PS_1_5 PSz_E_1to5 SLAP_cm2_g BMS SLAP_Calc_cm2_Tptreat SH_Calc_pct ICRISAT/ISRA/DARS SH_pct SH 1 green 2 small knots but clearly visible B_1_5 B ICRISAT/ISRA/DARS B_E_1to5 absent 0 P 4 0 no damage SPAD7_CCI BMS Chl_M_CCI_T7d USDA-ARS PHI_PHI_pct Scott Kalberer Con_E_0to5 Iowa State University Ethalinda Cannon USDA-ARS CH_40-60days Scott Kalberer LC_1_4 ICRISAT/ISRA/DARS LC_E_1to4 LC Iowa State University CG_E_US Ethalinda Cannon ST_1_4 ST ST_E_1to4 ICRISAT/ISRA/DARS PEGNo_pegs_pl ICRISAT/ISRA/DARS PlntPegN_Ct_peg PEGNo RUST_1_9 Rust_E_1to9 BMS CG ICRISAT/ISRA/DARS CG_1_8 CG_E_1to8 NI 7 P 2 M 2 SC_1_6 ICRISAT/ISRA/DARS SC_E_1to6 SC 1 very early Oil_M_pct OIL_pct OIL ICRISAT/ISRA/DARS RT 3 SPADH_CCI BMS Chl_M_CCI_Tharv E_1_3 ICRISAT/ISRA/DARS E E_E_1to3 8 Mm 2-1-3 2 Harv_E_1to5 Iowa State University Ethalinda Cannon Scott Kalberer LELS_sv_1to6 USDA-ARS SW_ M_g100sd HSW HSWG ICRISAT/ISRA/DARS HSWG_g 4 IB-2 5 Intermediate no knots on roots 0 PY_M_gPlot PY_g_plot ICRISAT/ISRA/DARS 1 No 4 disease with high sysmptoms SPP SPP_1_3 ICRISAT/ISRA/DARS PSN_Ct_1to3 SN_seeds_pl PlntSN_Ct_sd BMS RD ICRISAT/ISRA/DARS RD_cm RD_M_cm Decumbent -1 D1 3 E 5 VP FSD FSD_Ct_day FSD_days ICRISAT/ISRA/DARS ClimMob OPCh_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Dwarf 1 BMS VG BM_FW_gPlnt_Tveg PlntBN_40-60days_cnt Scott Kalberer USDA-ARS 1 Very highly resistant (immune) present 1 ML 3 3 PR LW_mean_fct Iowa State University Ethalinda Cannon PlntSN_cnt Scott Kalberer USDA-ARS MSP_1_4 MSP_E_1to4 MSP ICRISAT/ISRA/DARS PT 2 6 Slightly susceptible Scott Kalberer USDA-ARS SLA_40days SM SM_pct ICRISAT/ISRA/DARS SM_Calc_pct LA_2LA_cm2 ICRISAT/ISRA/DARS LA2_cm2 LA2 2 SI 3 Lowest rank 2 Somewhat apparent Moderately resistant 3 2 Somewhat apparent D2 Decumbent -2 attribute Middle rank 2 Highly resistant 2 TE_Calc_gkgH2O ICRISAT/ISRA/DARS TE_g_kg_water TE 2 M BM_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu BMS SP_1_4 StPig_E_1to4 Mrkt_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu O 2 Scott Kalberer Chl_M_CCI_40d USDA-ARS DS_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu P1 Procumbent -1 1-2 eggs 1 1 SQ 4 LY G 4 3 Mixed Pink 3 USDA-ARS HlmW_120days Scott Kalberer Em_DT_day DE_days DE ICRISAT/ISRA/DARS 3 IB-1 1 Highest rank ClimMob SC_ratio_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu Tk 3 1 1-9% CR_Ct_Plnt CR_dead_pl BMS S 1 1 A Very highly susceptible (dead) 9 FCC FCC_1_4 ICRISAT/ISRA/DARS FCC_E_1to4 2 F RL_1_4 ICRISAT/ISRA/DARS RL_1_4 Ssz_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu LLS_E_1to9 BMS LLS_1_9 Slightly resistant 4 ICRISAT/ISRA/DARS LW2_g LW_2LDW_g LW2 Mixed 5 SWd_SWd_mm Scott Kalberer USDA-ARS 4 L D3 Decumbent -3 Slightly resistant 4 > 60% 5 TP TP_g TP_M_g ICRISAT/ISRA/DARS Striped or flecked (a line, mark, or smear differentiated by color from its surrounding color) 2 W 4 3 Lowest rank 11-30 eggs 3 1 C 5 VD VP 1 KL_pct KL ICRISAT/ISRA/DARS KL_M_pct Scott Kalberer USDA-ARS Chl_M_CCI_120d Y 1 6 mixed ICRISAT/ISRA/DARS Con Con_1_5 Con_E_1to5 DF_days DF Flw_DT_day ICRISAT/ISRA/DARS 4 Rough - reticulation visible and deep StR_Calc_pct SR_pct BMS other 4 Ethalinda Cannon MS_E60_1to5 Iowa State University None 0 7 Other colors VL 5 LaBL_cm Scott Kalberer USDA-ARS 1 Very highly resistant (immune) BM_DW_gPlnt ICRISAT/ISRA/DARS BM BM_DW_g 2 Light green 4 Mixed plot 7 majority of main roots knotted ICRISAT/ISRA/DARS PlntPW_PPDW_g PW_g Scott Kalberer SL_SL_mm USDA-ARS 7 Moderately susceptible 31-100 eggs 4 Dark green 4 Not apparent 1 all roots severely knotted, plant likely dying 9 1 no flowers USDA-ARS SLA_120days Scott Kalberer Er 6 Middle rank 2 F 1 8 Highly susceptible 2 M NaS_M_pct NaS NaS_pct ICRISAT/ISRA/DARS SY_g_pl PlntSW_PPDW_g BMS Mixed 6 Extra Large 5 >100 eggs 5 BMS PY_Calc_kgha PY_kg_ha 2 O 3 disease with medium symptoms ICRISAT/ISRA/DARS SAU_E_1to3 SAU_1_3 SAU 5 D3 2 M no galls 0 RSR RSR_ratio ICRISAT/ISRA/DARS RSR_ratio few small knots, difficult to find 1 Middle rank 2 Procumbent-2 P2 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu PlntVig_CompRank_Rk3 Green 3 Virginia 4 Er Erect ICRISAT/ISRA/DARS SS SS_1_3 SSz_E_1to3 4 Hypogaea PW_PodW100_g Scott Kalberer USDA-ARS SCP_E_1to4 Iowa State University Ethalinda Cannon Peruviana 3 3 M S 1 late 4 Erect Er SSp_1_3 ICRISAT/ISRA/DARS SSp_E_1to3 G 3 SLA SLA_Calc_cm2g ICRISAT/ISRA/DARS Highest rank 1 4 W flowers present 2 2 poor appearance and poor uniformity BND_Ct_Plnt BMS BND_dead_pl 5 Ot A 1 PS 4 0 Very highly resistant (immune) Mixed 6 Mixed 5 SI 2 3 Lowest rank 2 disease with low symptoms Chl_M_CCI_Tptreat BMS Ethalinda Cannon MS_Eh-1to4 Iowa State University 3 2-3-4-1 M 2 LSp_E_1to5 LSp ICRISAT/ISRA/DARS LSp_1_5 SI 2 D 4 1 Highest rank Procumbent-2 P2 1 Not apparent 4 D2 Slight - reticulation visible but almost smooth 2 1 Slightly susceptible 1 R 1 A 3 some larger knots visible Very light green 1 1 Y 7 Other 5 V ClimMob TolPst_CompRank_Rk3 Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu ICRISAT/ISRA/DARS KS_pct KS_M_pct KS Slightly resistant 4 5 very late S 0 3 G 1 2-1 PL 5 1 S Oil_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu 3 M 1 V 3 LG 0 no eggs Large 4 Decumbent -2 D2 3 SL severe damage 1 2 AL larger knots predominate but main roots clean 4 Spanish 1 N 4 1 no disease Iowa State University Ethalinda Cannon PRN_gall_0to5 S 6 Axf_on_1to3 Iowa State University Ethalinda Cannon P 4 Moderate - reticulation visible with moderate depth 3 3 Moderately resistant 4 VTk 2 T Purple 5 F 3 excellent and uniform 1 Iowa State University Alf_sv_calc Ethalinda Cannon D1 Decumbent -1 3 mixed 4 Red 2 G 5 Intermediate 3 Medium 1 Slight TolFld_CompRank_Rk3 ClimMob Traore Syappolinaire, Moumouni Konaté, Richard Oteng-Frimpong, Doris Kanvenaa Puozaa, Dramane Sako, Hauwa Ahmed, Sanusi Gaya, Happy Daudi, Ignatius Angarawai, Haile Desmae, Candidus Echekwu entity 6 Slightly susceptible 2 P2 4 P M 2 Mixed 4 3 G purple 2 4 40-59% 5 VG Canopy width - Method Measuring the distance from the widest branch to the other extreme of the canopy Branching habit Branching habit A qualitative description of the branch habit of the plant, whether number of branches/architecture-erect/semi-erect/prostrate/spreading/semi-spreading Plant BH Plant Tolerance of the plant to drought conditions Drought tolerance  Drought tolerance  TolDrgh Pod PSz Pod size Length of pod. Size Weighing of hundred kernels (seeds). 100 seed weight - Method 1-6 size scale Pod Plant pod shell weight PWallW Total weight of shells produced by a plant. Pod shell weight Calculate ratio between the grain yield and the total biomass. ratio Ratio Plant Severity of buchid damage Groundnut bruchid The reaction of the plant to Caryedon serratus activity and/or traits that affect the biology of the Coleopteran insect in the presence of the plant. Caryedon serratus is commonly known as the groundnut bruchid, groundnut borer, and groundnut seed beetle. GB 1-5 Pod constriction score m A qualitative trait indicating the extent of anthocyanin pigmentation in the stem. Stem Pigmentation Stem pigmentation StPig Ability of pollen to germinate under appropriate conditions and the potential to deliver male gametes to the female gametophyte. Pollen Viability Pollen viability PolV General disease severity assessment. g G Leaf width mean PegPig Peg pigmentation A qualitative trait indicating the extent pigmentation in the peg. Pigmentation Peg Seed Proportion of seed that germinate Germination Germination Ger scale_of Select at random at least 20 pods per plant and note in decreasing frequency the number of seeds per pod. Example: 2100, 2 = first most common number of seeds per pod, 1 = second most, 0 = third most and 0 = fourth most. Pod seed number range - Method Vigour PlntVig Plant Plant vigour Assessment of plant growth to describe the capacity of plant to grow. Plant Count number of seeds per plant at harvest around 120 days after planting. Plant seed number - Method - 120 days after planting Plant reaction The reaction of the plant to nematode Meloidogyne arenaria activity and/or traits that affect the biology of the nematode in the presence of the plant. PRN 1-4 Flower Crescent color score cm2 Thrips resistence - Method Thrips resistence scored on a 1-6 scale Pod width Pod Width PWd Width of the pod. Trait may refer to the width of either the short axis perpendicular to the suture plane or the short axis that lies on that plane. Rank: 3 Seed yield weighing - Method Weighing total seed (kernel) mass per plot after shelling. Rootnot nematode galls count - scale Leaf width Leaf LW The width of a single leaf Leaf width Plant Peanut root-knot nematode reaction The reaction of the plant to nematode Meloidogyne arenaria activity and/or traits that affect the biology of the nematode in the presence of the plant. PRN Plant reaction Pod yield weighing - Method Weighing total pods mass per harvested plot or plant. Plant Transpiration TP Transpiration The amount of water transpired by leaf stomata. Potassium content KSt Stem Stem Potassium content Stem potassium content. cm2/g g LLS Late leaf spot disease severity caused by agent Phaeoisariopsis personata. Late leaf spot severity Late leaf spot severity Plant OPCh Overall vs Local  Overall vs Local  Overall performance of the plant vs local check Plant Peg Length Peg Length PgL Length of peg (gynophore). log (eggs/g) Leaf weight Leaf LW Weight of leaf. Leaf weight SCMR [SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings] taken in the morning 40 days following germination using the first expanded leaves of 4 lateral branches on each plant. Leaf chlorophyll content - Method - 40 days after germination Flower FCC Flower crescent color Crescent color A qualitative trait indicating flower crescent color. Leaf chlorophyll content - Method - 60 days after germination SCMR [SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings] taken in the morning 60 days following germination using the first expanded leaves of 4 lateral branches on each plant. Hairiness on mature leaflet - Method Hairiness on mature leaflet assessment. Plant branch number Number of branches per plant. Branch number Plant PlntBN QSStor Storability Quality of the seed for storage Seed Storability Storage problem tolerance Tolerance of the storage problems documented by the farmer TolStPrb Seed Storage problem tolerance SCMR (SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings). Unitless measurement, averaged over 4 leaflets of the most fully expanded leaf in the main stem. Leaf chlorophyll content - Method - At start log SCMR Biomass DW - Method - At vegetative stage Biomass dry weight of plants or sampled area. Seed length - Method Length of seed with hylum face up. Pod size - Method Pod size assessment. Pod seed number distribution RKN galls per plant - Method Rootnot nematode gall counted on peg and pod surfaces 40 days after infection. Plant population or plant density. FPS Plant Density Final plant stand density Growth habit assessment. Growth habit - Method Seed width - Method Width of seed with hylum face up Seed Length SL Seed length Length of a seed measured in its longest dimension with the hylum face up). 1-5 Pod beak score Morphological character measuring density of hairs on leaf. Hairiness Hairiness on mature leaflet HML Mature leaflet Count number of days that seeds remain dormant. Fresh seed dormancy - Method Plant stem weight Stem weight Plant Weight of stems per plant. PlntStW Maturity class - Method Maturity class, classification of maturity time. Pod shelling ratio - Method Proportion of kernel weight to total pod weight expressed as a % 1-4 seed coat pattern categories Weight of the leaves and stems of a single plant. Weight Haulm Haulm weight HlmW Root biomass - Method - 120 days after planting Root system of a single plant weighed at harvest about 120 days after planting. Haulm weight per plant - Method Weight of the leaves and stems of a single plant. Cultivar group assessment by US market classes 1-5 US market type - Method Measurement of leaf Sodium content. Leaf Sodium content - Method g/plot Measuring the total length of the root in the plant or sample. Total root length - Method 1-4 Marking on standard petal score Color pattern on seed coat (testa) at harvest. Seed coat pattern Seed Pattern SCP On main axis Axis flowers Flowers on main axis at 60 - 90 days Flowers Axf 1-4 Pod reticulation score Leaf Sodium content Leaf sodium content. NaL Leaf Sodium content Days to harvest - Method Count number of days from sowing to harvest. log seed Weighing of two fully expanded leaves before harvest. Leaf weight of 2 leaves - Method Seed weight Weight Weight of seed. Seed SW Weight of seeds per plant. Plant seed weight PlntSW Seed weight Plant Pollen viability - Method - acetic carmine Pollen viability assessed by staining with acetic carmine. Calculation of incidence as the percentage of dead plants. Stem rot incidence calculation - Method Stem pigmentation - Method Stem pigmentation assessment. Taste after cooking Seed Taste after cooking TaC Taste after cooking Assessment of late leaf spot severity. Late leaf spot severity - Method % Seed ends - Method Seed ends assessment. Pittman 1-6 Seed color score Proportion of leaves that stayed green until the maturity stage Plant Stay-green Stgr Stay-green Transpiration efficiency - Method TE (transpiration efficiency, in grams of biomass produced per kilogram of water transpired), computed as the ratio between the biomass increase during the experiment period (biomass at final harvest minus biomass of pre-treatment set), divided by the cumulated transpiration during the period. log (g/10 seed) Biomass fresh weight of plants or sampled area. Biomass FW - Method - At vegetative stage TolSal Salinity tolerance Tolerance of the plant to salinity Plant Salinity tolerance Plant PlntLW Total leaves weight per plant. Leaf weight Plant leaf weight Plant height/width ratio PlHW Plant height/width Plant height to plant width ratio Plant 1-6 Leaflet haireness score The reaction of the plant to Nothopassalora personata and/or Cercospora arachidicola infections. Indicates that the two Leaf spot diseases coexisit on the same plants or are not distinguished. Leaf spot severity Late and Early leaf spot LELS Plant CH Height Height of the canopy. Canopy Canopy height Peg pigmentation - Method Peg pigmentation assessment. Early leaf spot severity Early leaf spot disease severity caused by agent Cercospora arachidicola. ELS Plant Early leaf spot severity BM The amount (weight) of biomass that was harvested per unit area or plant. Biomass Plant Biomass RSR Root to Shoot Ratio Root to Shoot Ratio Plant Root/shoot dry weight ratio. Protein content Seed protein content Seed Protein content of seeds. Prot A qualitative expression of leaf color. Leaf LC Color Leaf color Count number of dead/affected plants. Stem rot counting - Method Growth habit at 90 days - Method Growth habit assessed at 60 to 70 days. mm TSWV severity TSWV The reaction of the plant to infection by Tomato spotted wilt virus (TSWV) and/or traits that affect the virus in the presence of the plant Plant TSWV Ranking of phenotypes based on field observations/on testing of food products ​ Comparative ranking by users method Pod yield (Qualitative) Assessement of pods weight per unit area or plot. Yield (qualitative) Seed PYq Emergence time Em Plant Emergence time usually recorded as days from sowing or date. Emergence time Pod constriction assessment. Pod constriction - Method Plant StR Stem rot incidence Stem rot incidence caused by agent Sclerotium rolfsii . Stem rot incidence Seed oil content Oil Oil content Oil content of seeds. Seed Leaf Potassium - Method Measurement of leaf Potassium content. Linoleic content of seeds L Seed Linoleic acid content of seeds. Seed linoleic acid content Main stem prominence at 60-90 days- Method Main stem prominence 60-90 days - Method CCI Weigh 100 random pods, then hand shell and weigh kernels. 100 pod weight/kernel weight * 100. 100 Pod shelling ratio - Method 1-3 Seed per pod score The mean leaf width for a plant 75 days after planting. Leaf width mean - method Collar rot incidence caused by agent Aspergillus niger. Collar rot incidence CR Plant Collar rot incidence Percent pod weight per plant relative to the total plant weight. Pod harvest index - Method Linoleic content - Method Linoleic acid content measured by Near Infrared (NIR) spectroscopy Leaf Delta 13C - Method Carbon isotope discrimination ratio, measured on the dried and ground leaves of the drought set of plants. g/plant Leaf size assessment. Leaf size - Method Root biomass - Method Measuring total roots weight. CG Cultivar Group Cultivar group Plant A classification of varieties of groundnut. Leaf length mean - method The mean leaf length for a plant 75 days after planting TSWV severity - Method Severity of TSWV assessed by visual determination of symptoms and estimation of the degree of stunting (reduction in plant height, width, or both) for symptomatic plants. Percentage of pods mature at harvest Percentage of mature pods - Method pod Root weight/Haulm weight ratio - Method - 120 days after planting Ratio of the weight of the root system to the weight of the haulm (leaves and stems) at harvest about 120 days after planting. Pod Pod shape PSh Shape Pod shape at harvest RL Reticulation Pod Pod reticulation Reticulation (venation, ribbing, ridging) on the shell of the pod Flowers at 60-90 days Determine if flowers exist on main stem between 60 and 90 days Leaf length/width ratio Leaf The ratio of leaf length to width LLW Leaf length/width ratio 1-5 Pod size score Measurement of stem Potassium content. Stem Potassium - Method Assessment of axis flowers on the main axis 1-3 Axis flowers - Method Seed appearance and uniformity assessment. Seed appearance and uniformity - Method Rosette disease incidence DRO Rosette disease incidence Rosette disease incidence caused by a complex of two viruses. Plant Plant Plant size PlS A descripion of plant size Size plant RD Rooting depth Root depth Maximum rooting depth. Root Leaf color assessment. Leaf color - Method Bud necrosis disease counting - Method Count number of dead/affected plants. Seed FSD Dormancy Fresh seed dormancy Duration of seed dormancy. 1-7 Leaf color class at 90 days - scale 1-5 Pod reticulation score Days to 75% emergence - Method Count number of days from sowing to when 75% of the plants have emerged. Cultivar group assessment. Cultivar group - Method t/ha PSN Pod seed number Seed number Number of seeds per pod. Pod Rosette disease incidence - Method Assessment of diseased as proportion of the total number of plants. 1-4 prominence at harves - scale Total development period - Method The average time that Groundnut bruchids took to emerge as mature adults. The number of days required for each bruchid cohort to complete development from eggs to adulthood was multiplied by the number of adults emerging in that time period. The sum of these products was then divided by the total number of adults that emerged and reached adulthood in the pod sample. Hairiness on mainstem - Method Hairiness on mainstem assessment. Oleic acid content of seeds. Seed O Oleic content of seeds Seed oleic acid content Leaf Potassium content Leaf Leaf potassium content. Potassium content KL Plant height to width ratio measured 75 days after planting. Plant height/width ratio - method Growth habit assessed at 60 to 70 days. Growth habit at 60-70 days - Method Growth habit at 90 days - scale 1-4 Pod shell thickness score log ratio Pod yield kg/ha calculation - Method Calculation of total pods mass per area. Ridge Pod Pod ridge Texture of each seed in pod. R Plant size at harvest Plant size - Method 0-1 pest damage score Pod yield g/m2 calculation - Method Calculation of total pods mass per area. The nematode reproductive factor (RF) was calculated as RF = Pf/Pi where Pf = final nematode population, and Pi = initial nematode population. Nematode reproductive factor (RF) - Method Flower FC Standard petal color A qualitative trait indicating flower standard petal color. Flower standard petal color Pod SH Proportion of kernel weight to total pod weight. Shelling ratio Shelling ratio Count number of seeds per plant. Plant seed number - Method Root to shoot ratio - Method Ratio of the weight of the above ground biomass to that of the below ground biomass method_of Visual appearance of leaf shape. LSp Leaf shape Leaf Shape Transpiration efficiency Transpiration efficiency The amount of water used for the amount of biomass production. Plant TE Stem weight per plant - Method Weighing of DW stems from a plant. Flower crescent color assessment. Flower crescent color - Method Growth habit at 60-70 days - scale The reaction of the plant or plant part to thrips and/or traits that affect the biology of the Thysanopteran insect in the presence of the plant. Th Plant Thrips Thrips severity Sound mature proportion Seed Seed sound mature proportion Proportion of mature seed to total seed weight. SM 1-5 Disease score variable_of Hairiness on mainstem Main stem Hairiness Morphological character measuring density of hairs on main stem. HMSt RDM Root diameter. Root Diameter Root diameter Peg pigmentation text Count number of dead/affected plants. Collar rot counting - Method Flower standard petal color assessment. Flower standard petal color - Method Ranking: 3 RKN egg masses per plant - Method Rootnot nematode gall counted 40 days after infection. 0-10 root-galling severity scale Seed Seed Oleic / Linoleic acid ratio Oleic / Linoleic acid ratio OLR Ratio of oleic /linoleic acid content in seeds branch Canopy Canopy width Width of the canopy. CW Width Cumulated transpiration over the entire experimental period, i.e. from stress imposition to harvest. Transpiration data obtained from weighing pots on regular basis (see protocol), and taking into account possible water additions to the pots. Transpiration - Method Color Seed color Seed A qualitative trait indicating seed coat color. SCP Seed yield g/m2 calculation - Method Total seed (kernel) mass calculated as per unit area after shelling. Plant Damage caused by insect pest. Insect pest damage IPS Insect pest damage Count number of days from sowing to when 75% of the plants have flowered. Days to 75% flowering - Method 0-5 Pod constriction score g/kg water Seed Marketability  Mrkt Quality of the grain for marketability Marketability  1-5 scoring scale Plant branch number - Method Count number of branches per plant. 0-1 Peg pigmentation score Seed SYq Seed yield (Qualitative) Weight of seeds per unit area or plot. Yield (qualitative) Plant dry weights that included aerial parts, roots, and seeds all weighed at harvest about 120 days after planting. Plant weight - Method - 120 days after planting Pod Tip of the pod. Pod beak B Beak 1-3 Axis flowers - scale Root diameter - Method Measuring root diameter. Seed ends Ends E A qualitative trait indicating seed end shape. Seed Canopy height - Method - 40 to 60 days after planting Height of the main stem measured 40-60 days after planting. 10 seed weight - Method - 120 days after planting Weighing of ten kernels (seeds) at harvest about 120 days after planting. Plant SLA Specific leaf area Specific leaf area as leaf area/leaf weight ratio. Specific leaf area Shape Seed A qualitative trait indicating seed shape. Seed shape SSp Pod width long - Method Long axis width of pod 1-5 US market type score Bud necrosis disease incidence caused by agent peanut bud necrosis virus (PBNV). BND Bud necrosis disease incidence Plant Bud necrosis disease incidence plant/plot Main stem Main stem Mainstem prominence MS Prominence Leaf chlorophyll content - Method - At harvest SCMR (SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings). Unitless measurement, averaged over 4 leaflets of the most fully expanded leaf in the main stem. Plant branch number - Method - 40 to 60 days after planting Number of branches per plant counted 40-60 days after planting. Percent adult emergence - Method Percentage of eggs laid on pods from which Groundnut bruchids successfully hatched, pupated, and emerged as adults. 1-3 Seed appearance score Leaf chlorophyll content - Method - At pretreatment SCMR (SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings). Unitless measurement, averaged over 4 leaflets of the most fully expanded leaf in the main stem. Counting number of gynophor per plant. Plant peg number - Method Plant seed weighing - Method Weighing total seed (kernel) mass per plant after shelling. day 1-4 Flower Std Petal color score Stem Stem Sodium content NaSt Stem sodium content. Sodium content Seed color assessment. Seed color - Method Seed size for target use Seed Size of the seeds adequate for a given use Seed size for target use Sszus Stem pigmentation text Leaf weight per plant - Method Weighing of DW leaves from a plant. ShW Shoot weight Shoot Weight Weight of the entire shoot system of a single plant, including the leaves, stems, pegs, and pods. ratio Assessment of rust severity. Rust severity - Method Rank:3 Pod ridge assessment. Pod ridge - Method peg 1-8 Cultivar group score 1-5 Leaf shape score The length of a single leaf LL Leaf Leaf length Leaf length PM Determinacy of pod maturity Pod The determinacy of pod maturity. Trait may be measured by the proportion of pods at harvest that are mature. mature/immature pod ratio Ratio of Carbon isotope 13C discrimination. Leaf Carbon isotope discrimination Leaf D13C Carbon isotope discrimination Specific leaf area as leaf area/leaf weight ratio. SLA Plant Specific leaf area Specific leaf area Seed sound mature proportion - Method Proportion of mature seed to total seed weight Root weight/Haulm weight ratio Plant Ratio of the weight of the root system to the weight of the haulm (leaves and stems). Root weight/Haulm weight ratio Plant vigour - Method Assessment of plant vigour to describe the capacity of plant to grow. Rooting depth - Method Measuring length of tap root. Visual determination of seed coat pattern at harvest Seed coat pattern - Method 1-3 Seed shape score Seed yield t/ha calculation - Method Total seed (kernel) mass calculated as per unit area after shelling. Pod shape at harvest Pod shape - Method seed Tolerance of the plant to pests Pest resistance Pest resistance TolPst Plant Appearance and uniformity Seed appearance and uniformity Seed SAU Appearance of seeds and their uniformity. Pod beak assessment. Pod beak - Method Rootnot nematode egg masses count - scale Count number of seeds per pod. Pod seed number - Method 1-3 Seed ends score Pod size measurement- Method Measuring length of pod. Weighing pods DW per plant. Pod weight per plant - Method Pod reticulation assessment. Pod reticulation - Method Growth habit GH Plant Growth habit A qualitative description of the growth habit of the plant. PlntSN Number of seeds per plant. Plant Plant seed number Seed number Oleic / Linoleic acid ratio - Method Calculate ratio between the oleic and linoleic acid contents in the kernel. Leaf shape - Method Leaf shape assessment. Seed Protein content - Method Proximate analysis. The ratio of the mean leaf length to mean leaf width for a plant 75 days after planting. Leaf length/width ratio mean - method Pod shell thickness - Method Pod shell thickness assessment. Plant Plant pod weight Pod weight PlntPW Weight of pods per plant. Oleic acid content measured by Near Infrared (NIR) spectroscopy Oleic content - Method cm Pod PW Weight Pod weight Weight of a single pod. Count number of pods per plant. Plant pod number - Method Plant Weight of an entire single plant. Includes all developed aboveground, belowground, vegetative, and reproductive organs. weight PlW Plant weight Seed size assessment. Seed size - Method 1-3 Seed size score Specific leaf areas were estimated using the first expanded leaves of 4 lateral branches on each plant taken in the morning 60 days following germination. Specific Leaf Area - Method - 60 days after germination Number of pegs per plant. Plant Plant peg number PlntPegN Peg number Branching habit - Method Branching habit assessment. Marking on standard petal assessment. Marking on standard petal - Method General disease severity General disease severity General disease severity for plants infected with leafspots and/or rust. DS Plant Specific leaf areas were estimated using the first expanded leaves of 4 lateral branches on each plant taken in the morning 120 days following germination. Specific Leaf Area - Method - 120 days after germination Assessment of early leaf spot severity. Early leaf spot severity - Method g/m2 Bud necrosis disease incidence calculation - Method Calculation of incidence as the percentage of dead plants. Proportion of seed yield over total biomass yield. Plant Harvest index Biomass partitioning to seed HI Pod weight - Method Weight of a single pod. Root Galling Index (GI) - Method - 9 weeks after inoculation Root-galling response to nematodes measured 9 weeks after inoculation with Meloidogyne arenaria eggs using a 0-10 scale. Main stem prominence at harvest - Method Main stem prominence at harvest 1-6 Disease score 1-6 maturity categories Area Leaf area Leaf A measurement leaf area. LA Pod pod weight/plant weight ratio PHI Ratio of the pod weight per plant to the total plant weight. Pod harvest index Collar rot Incidence calculation - Method Calculation of incidence as the percentage of dead plants. 1-7 pod shape categories Relative toxin contamination - Method Entry mean PAC / Test mean PAC (PAC=Preharvest Aflatoxin Contamination) LS Leaf Size of the leaf. Size Leaf size Marking on standard petal MSP Marking on standard petal Flower A quantitative appearance of wing petal. Assessment of insect pest damage. Insect pest score - Method SSz A trait indicating seed size. Seed Seed size Size Final plant stand - Method Count number of plants per plot that remain alive at the end of the cycle. Nematode reproduction measured as the number of eggs per gram of root at 9 weeks following inoculation with Meloidogyne arenaria eggs. Eggs per gram of Root (EGR) - Method - 9 weeks after inoculation 1-9 Disease score Calculation of specific leaf area as the leaf weight/leaf area ratio. Specific Leaf Area - Method -Pretreatment Plant Flowering time usually recorded as days from sowing or date. Flw Flowering time Flowering time Measurement of stem Sodium content. Stem Sodium content - Method 1-4 Leaf color score kg/ha Rust Rust severity Plant Rust disease severity caused by Puccinia arachidis. Rust severity A quantitative measurement of pod thickness. Pod shell thickness Pod ST Shell thickness 1-3 Leaf size score Determine content of oil in kernels as measured by Soxhlet method, NMR or NIRs. Seed Oil content - Method Leaf chlorophyll content - Method - At 7 days after treatment SCMR (SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings). Unitless measurement, averaged over 4 leaflets of the most fully expanded leaf in the main stem. Specific leaf areas were estimated using the first expanded leaves of 4 lateral branches on each plant taken in the morning 40 days following germination. Specific Leaf Area - Method - 40 days after germination Pod width short - Method Short axis width of pod Measurement of two fully expanded leaves using leaf area. Area of 2 fully expanded leaves - Method OPCh Overall performance of the plant Overall performance  Plant Overall performance  0-1 Stem haireness score Harv Maturity Harvest time usually recorded as days from sowing or date. Harvest time Plant Measurement of whole plant leaf area. Whole plant leaf area - Method g/100seed Pod shell weight per plant - Method Weight of all pod shells (without seeds) for one plant. Leaf spot severity was evaluated using the Florida 1 to 6 scale Leaf spot severity - Method Width Seed width SWd Seed Width of a seed measured from side to side with the hylum face up. log g Leaf length mean Length LaBL Lateral Branch Length of a single lateral branch (primary branch). Lateral branch length Root length Length RL Root length of a sample. Root Total shoot weight per plant (leaves, stems, pegs, and pods) Shoot weight per plant - Method Plant pod number PlntPN Number of pods per plant. Pod number Plant Seed yield kg/ha calculation - Method Total seed (kernel) mass calculated as per unit area after shelling. Leaf color class at 90 days Leaf color class at 90 days - Method 1-4 main stem prominence at 90 days- scale Constriction A qualitative trait indicating shape of pod. Pod Con Pod constriction 1-6 Seed color score 1-6 Growth habit score Haulm weight - Method - 120 days after planting Leaves and stems of a single plant weighed at harvest around 120 days after planting. Weight of 100 pods. Pod 100 weight - Method Root dry weight of a sample. RBM Root biomass Root Biomass 1-4 Stem pigmentation score 1-4 Branching score 1-3 Pod ridge score Effect of infection by Aspergillus flavus and/or Aspergillus parasiticus. Plant Aflatoxin Afl Severity of Aflatoxin Total number of holes on pods created by Groundnut bruchid larvae. Total number of holes on pods - Method 0-5 severity scale SCMR [SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings] taken in the morning 120 days following germination using the first expanded leaves of 4 lateral branches on each plant. Leaf chlorophyll content - Method - 120 days after germination Measuring the distance from the base to the tip of the main stem. Canopy height - Method Root-galling response to nematodes measured 11 weeks after inoculation with Meloidogyne arenaria eggs using a 0-10 scale. Root Galling Index (GI) - Method - 11 weeks after inoculation Plant Flooding tolerance  Tolerance of the plant to flooding Flooding tolerance  TolFld Pod yield t/ha calculation - Method Calculation of total pods mass per area. Seed shape - Method Seed shape assessment. SCMR (SPAD (Soil Plant Analytical Development) Chlorophyll Meter Readings). Unitless measurement, averaged over 4 leaflets of the most fully expanded leaf in the main stem. Leaf chlorophyll content - Method hole Percent pod weight loss - Method Percent of initial weight of a twenty pod sample lost after infestation by Groundnut bruchids. 1-3 flower emergence scale Length of the lateral branches measured 40-60 days after planting. Lateral branch length - Method - 40 to 60 days after planting Peg length - Method - 120 days after planting Peg length measured at harvest about 120 days after planting. Pod constriction - Method - 120 days after planting Pod constriction measured at harvest around 120 days after planting.