medium 1 CottonGen petal color (1-9) PetCol_E_1to9 Jing Yu stem KNACONCR KNaConcStm_Cmp_ratio CottonGen Jing Yu Xam sus plt (%) CottonGen XamSusPlt_Cmp_pct Jing Yu SCF_M_pct SCF % CottonGen Jing Yu 2 high Jing Yu KConcSd_M_mgkg seed KCONC (mg/kg) CottonGen Jing Yu lint color (1-9) LintCol_E_1to9 CottonGen CottonGen Jing Yu NaConcLf_M_mgkg leaf NACONC (mg/kg) naked 1 0 none Jing Yu SCY (g/plant) CottonGen SCY_M_gplant Jing Yu AREA (%) Area_M_pct CottonGen FF (1-3) FF_E_1to3 CottonGen Jing Yu 4 hairy VWDS (%) VWDSIdx_Cmp_pct CottonGen Jing Yu Jing Yu FeConcRt_M_mgkg root FECONC (mg/kg) CottonGen glandless 0 1 Middle CottonGen CaConcLf_M_mgkg leaf CACONC (mg/kg) Jing Yu T1 (g/tex) FS_M_gtex CottonGen Jing Yu 3 sun red normal 1 CottonGen Jing Yu anthracnose resist (1-5) ANR_E_1to5 CottonGen Jing Yu L1L2A_M_degree angle between main and 2nd lobes (∞) 4 pyramid root KNACONCR CottonGen Jing Yu KNaConcRt_Cmp_ratio three locules 3 CaConcPeti_M_mgkg CottonGen petiole CACONC (mg/kg) Jing Yu ) CnpTp_E_1to4 CottonGen canopy type (1-4 Jing Yu days to 50% flowering FLW50_E_day CottonGen Jing Yu CottonGen Jing Yu QS-5-2.5-1.5-1_Cmp_pct 2.5 QS (5 1.5 1) KConcPeti_M_mgkg CottonGen petiole KCONC (mg/kg) Jing Yu present 1 1 medium FLw (inch) FLw_M_inch CottonGen Jing Yu FrtTp_E_1to3 fruiting type (1-3) CottonGen Jing Yu 1 present cream 3 CottonGen gossypol minus Jing Yu SGCm_M petiole PCONC (mg/kg) CottonGen Jing Yu PConcPeti_M_mgkg CottonGen LSTDS_E_1to10R Jing Yu LSTDS (1-10) LP_E_1to2 CottonGen Jing Yu LP (1-2) NaConcStm_M_mgkg stem NACONC (mg/kg) CottonGen Jing Yu isoleucine (%) CottonGen AAIle_M_pct Jing Yu CottonGen Jing Yu TBBW potential LY (%) TBBWPtialLY_Cmp_pct not unif 0 CottonGen SFCw_M_g SFCw (g) Jing Yu CottonGen Jing Yu StmCol_E_1to3 stem color (1-3) Jing Yu SP_M_pct SP (%) CottonGen flared 3 CottonGen root BCONC (mg/kg) BConcRt_M_mgkg Jing Yu SFCn_M_num CottonGen SFCn (g) Jing Yu CottonGen flowering score (0-4) Jing Yu FlwSc_E_0to4 Jing Yu CaConcStm_M_mgkg stem CACONC (mg/kg) CottonGen Xam sus index (0-9) XamSusIdx_E_0to9R CottonGen Jing Yu Jing Yu root NACONC (mg/kg) CottonGen NaConcRt_M_mgkg KNaConcRLf_Cmp_ratio CottonGen leaf KNACONCR Jing Yu BConcSd_M_mgkg CottonGen Jing Yu seed BCONC (mg/kg) CottonGen root MNCONC (mg/kg) Jing Yu MnConcRt_M_mgkg leaf chlorophyll content (mg/g) CottonGen Jing Yu ChlLf_M_mgg 3 heavy 1 white Jing Yu Product_E_0to5 CottonGen productiveness (0-5) CottonGen Jing Yu DrtT_E_1to4 drought tolerance (1-4) Rd (%) Jing Yu CRD_M_pct CottonGen Jing Yu LfGl_E_0to3 leaf gossypol glands (0-3) CottonGen acronym immune 1 Jing Yu SPC_M_pct100knl CottonGen SPC (%) seed ZNCONC (mg/kg) ZnConcSd_M_mgkg CottonGen Jing Yu 3 light green flowers 2 FSAFIS_M_unit CottonGen Jing Yu fiber tenacity (unit) CottonGen Jing Yu UHML (mm) UHML_M_mm pointed 2 Jing Yu FOV1-RKN plant height (cm) FV1RKPltH_M_cm CottonGen CottonGen WASTE_M_pct waste (%) Jing Yu CottonGen Jing Yu L2L_M_cm 2nd lobe length (cm) CottonGen PConcStm_M_mgkg Jing Yu stem PCONC (mg/kg) stem BCONC (mg/kg) CottonGen BConcStm_M_mgkg Jing Yu SOC_E_1to2 CottonGen Jing Yu SOC (1-2) CottonGen Jing Yu FIM (%) FIM_M_pct cysteine (%) CottonGen Jing Yu AACys_E_pct LI (g/100seed) Jing Yu LI_Cmp_g100sd CottonGen 1 main and 2 on other veins 3 CottonGen trichome density on stem DTS_E_1to7R Jing Yu VWDSFlwStgIdx_Cmp_pct fstage VW index (%) CottonGen Jing Yu CottonGen Jing Yu PlotStd_E_0to6 plot plant stand (0-6) 3 susceptible Jing Yu SKI_M_g SKI (g) CottonGen CottonGen SPMR_E_1to5 Jing Yu spider mite resist (1-5) CottonGen Jing Yu 3rd lobe length (cm) L3L_M_cm lintless 0 FSCI CottonGen Jing Yu FSCI_M_idx stigma exsertion (1-4) Jing Yu CottonGen StgmTp_E_1to4 stem FECONC (mg/kg) FeConcStm_M_mgkg CottonGen Jing Yu Jing Yu stem gossypol glands (0-3) StmGsp_M_0to3 CottonGen FNC (g-1) CottonGen Jing Yu FNC_M_g1 CottonGen LSTDS_E_1to6R LSTDS (1-6) Jing Yu LclNPB_E_1to6 CottonGen Jing Yu locule number per boll (1-6) 3 sparse 3 dark red CottonGen Jing Yu FAOle_M_pct oleic acid (%) boll shape (1-5) CottonGen Jing Yu BollSp_E_1to5 leaf lobes CottonGen LBN_Cnt_text Jing Yu sword 4 VWDS15dIdx_Cmp_pct 15 DAI VW index (%) CottonGen Jing Yu CottonGen Jing Yu BPit_E_1to4 boll pitting (1-4) seed type (1-3) CottonGen Jing Yu SdTp_E_1to3 SCY (lb/acre) Jing Yu SCY_M_lbacre CottonGen AREOA (mm2/mm3) AreoA_M_mm2mm3 CottonGen Jing Yu CottonGen Jing Yu BollGl_E_0to3 boll gossypol glands (0-3) FM HVI (%) CottonGen FMHVI_M_pct Jing Yu QS (2 3) 4 CottonGen QS-2-1-4-3_Cmp_pct Jing Yu 1 purple 9 6 pilose CottonGen seed energy germinate normal (%) Jing Yu SDVSdEngN_M_pct LP (%) CottonGen Jing Yu LP_Cmp_pct pilose 6 Jing Yu 2.5 QS (5 1.5) QS-5-2.5-1-1.5_Cmp_pct 1 CottonGen StmNN_Cnt_ndAstm CottonGen Jing Yu num of all stem node Jing Yu SCP_Cmp_pct SCP (%) CottonGen aspartic acid (%) CottonGen AAAsp_M_pct Jing Yu FMR (%) FMR_M_pct CottonGen Jing Yu SCY_M_gplot CottonGen Jing Yu SCY (g/plot) seed KNACONCR CottonGen KNaConcSd_Cmp_ratio Jing Yu complete (all boll open) 5 CottonGen Jing Yu Boll50_E_day days to 50% boll opening leaf BCONC (mg/kg) CottonGen BConcLf_M_mgkg Jing Yu filament color (1-6) CottonGen FlmCol_E_1to Jing Yu Jing Yu seed PCONC (mg/kg) PConcSd_M_mgkg CottonGen cream 2 VWDI (%) Jing Yu VWDIInc_Cmp_pct CottonGen angle between 2nd and 3rd lobes (∞) L2L3A_M_degree CottonGen Jing Yu Jing Yu FV4Lf_E_0to5R FOV4 FS (0-5) CottonGen KConcStm_M_mgkg Jing Yu CottonGen stem KCONC (mg/kg) Jing Yu FOV1-RKN num of stem node FV1RKNd_Cnt_num CottonGen lightly pitted 2 PollCol_E_1to9 pollen color (1-9) CottonGen Jing Yu CottonGen CuConcSd_M_mgkg Jing Yu seed CUCONC (mg/kg) CottonGen leaf ZNCONC (mg/kg) Jing Yu ZnConcLf_M_mgkg SdFzCol_E_0to7 seed fuzz color (0-7) CottonGen Jing Yu absent 0 CottonGen PConcLf_M_mgkg Jing Yu leaf PCONC (mg/kg) 1 yellow 6 virescent petiole KNACONCR CottonGen Jing Yu KNaConcPeti_Cmp_ratio GTO (%) CottonGen Jing Yu GTO_M_pct very hairy 5 SConcSd_M_mgkg CottonGen Jing Yu seed SCONC (mg/kg) BrNect_E_0to3 bract nectaries (0-3) CottonGen Jing Yu Jing Yu MgConcLf_M_mgkg leaf MGCONC (mg/kg) CottonGen CottonGen Jing Yu leaf KCONC (mg/kg) KConcLf_M_mgkg CottonGen Jing Yu num of fb nodes FBNdN_Cmp_ndbrh days to 50% seed germinating CottonGen Jing Yu DOE50_E_day late 4 1 oval CottonGen Jing Yu bract shape (1-7) BrSp_E_1to7 SI_M_g1000Sd SI 1000 Seed (g) CottonGen Jing Yu FeConcSd_M_mgkg CottonGen seed FECONC (mg/kg) Jing Yu 3 Relatively long CottonGen petiole NACONC (mg/kg) Jing Yu NaConcPeti_M_mgkg FD (num/mm2) FD_Cmp_nummm2 CottonGen Jing Yu FFBN0_Cnt_num CottonGen Jing Yu ffb pos by node coty 0 4 susceptive SCY (kg/ha) SCY_M_kgha CottonGen Jing Yu CottonGen Jing Yu boll open (%) BOR_Cmp_pct 4 very pitted 5 Short SNPB CottonGen Jing Yu SNPB_Cmp_sdbll 1 one locule resistant 1 1 green 4 extra small FV1RKPltSv_Cmp_pct CottonGen Jing Yu FOV1-RKN plant survival (%) root MGCONC (mg/kg) CottonGen Jing Yu MgConcRt_M_mgkg CottonGen days sowing to 50% boll opening Jing Yu Boll50S_E_day stem MNCONC (mg/kg) MnConcStm_M_mgkg Jing Yu CottonGen FOV4 num of stem node FV4Nd_Cnt_num CottonGen Jing Yu FWR_E_1to5 CottonGen fusarium wilt resist (1-5) Jing Yu light blue 6 5 stovepipe CottonGen SalT_E_1to4 salinity tolerance (1-4) Jing Yu 3 blunt LY_M_gplot CottonGen Jing Yu LY (g/plot) CottonGen Jing Yu root SCONC (mg/kg) SConcRt_M_mgkg CottonGen num of sym-branch SymBrh_Cnt_brh Jing Yu seed MGCONC (mg/kg) CottonGen Jing Yu MgConcSd_M_mgkg 3 mix DTL_E_1to9R CottonGen Jing Yu trichome density on leaf 3 few CottonGen Jing Yu petal spot (0-3) PetSpt_E_0to3 CottonGen Jing Yu CuConcStm_M_mgkg stem CUCONC (mg/kg) FL_E_1to5 CottonGen FL (1-5) Jing Yu CottonGen SFC HVI (%) SFCHVI_M_pct Jing Yu MnConcSd_M_mgkg seed MNCONC (mg/kg) Jing Yu CottonGen 3 inactive CottonGen boll color (1-7) Jing Yu BollCol_E_1to7 tolerant 3 FNPS HVI (num/seed) CottonGen Jing Yu FNPS_Cmp_numsd 7 very-tall AAVal_M_pct valine (%) CottonGen Jing Yu Jing Yu root KCONC (mg/kg) KConcRt_M_mgkg CottonGen open bolls 4 Jing Yu bract type (1-4) BrTp_E_1to4 CottonGen 0 absent susceptive 5 2 dwarf main lobe width (cm) L1W_M_cm CottonGen Jing Yu E1_M_pct CottonGen Jing Yu E1 (%) red 5 small 2 CottonGen Jing Yu SI_M_g100Sd SI (g) green 8 super-tall 8 bract teeth number (1-3) BrTN_E_1to3 CottonGen Jing Yu LY (g/boll) CottonGen Jing Yu LY_M_gboll white 1 cone 3 MIC (unit) Jing Yu MIC_M_unit CottonGen CottonGen Jing Yu CuConcPeti_M_mgkg petiole CUCONC (mg/kg) CottonGen serine (%) Jing Yu AASer_M_pct PS_E_1to5 CottonGen plant shape (1-5) Jing Yu Jing Yu AREOAH (mm2/mm3) AreoAH_M_mm2mm3 CottonGen 6 greater than five locules stem MGCONC (mg/kg) CottonGen Jing Yu MgConcStm_M_mgkg PMGw_E_1to5 plot growth stage (1-5) CottonGen Jing Yu 2nd lobe width (cm) L2W_M_cm CottonGen Jing Yu CottonGen Jing Yu FCG FCG_E_idx CottonGen Jing Yu FLn (inch) FLn_M_inch red 2 CottonGen AAArg_M_pct Jing Yu arginine (%) SConcPeti_M_mgkg petiole SCONC (mg/kg) CottonGen Jing Yu b (read) Cb_M_read CottonGen Jing Yu 5 long oval CottonGen Jing Yu FALin_M_pct linolenic acid (%) Jing Yu YS (mN/tex) YS_M_mN_tex CottonGen 4 1 on main and 3 on other veins SOC_M_pct CottonGen Jing Yu SOC (%) 5 red CottonGen Jing Yu Xam resist (1-3) XamPltRespE_1to3 Xcm sus plt (%) CottonGen Jing Yu XcmSusPlt_Cmp_pct SNPA_Cmp_macre CottonGen SNPA (million/acre) Jing Yu round 2 FUR_Cmp_pct FUR (%) CottonGen Jing Yu FST0_M_gtex T0 (g/tex) CottonGen Jing Yu cream 1 attribute Jing Yu LfNect_E_0to6 CottonGen leaf nect (0-6) DTL_E_1to6 trichome density on leaf (1-6) CottonGen Jing Yu AAPhe_M_pct CottonGen Jing Yu phenylalanine (%) mstage VW incidence (%) CottonGen VWDIMat_Cmp_pct Jing Yu 1 10% stand (10%) leaf size (1-4) CottonGen Jing Yu LfSz_E_1to4 leaf MNCONC (mg/kg) CottonGen Jing Yu MnConcLf_M_mgkg CottonGen TBBW LY (lb/a) Jing Yu TBBWLY_M_lb/a Jing Yu FUI (%) FUI_Cmp_pct CottonGen 4 recurved 1 <12 bolls CottonGen Jing Yu FS (1-2) FS_E_1to2 Jing Yu BNect_E_0to3 boll nectaries (0-3) CottonGen FOV1-RKN FS (0-5) CottonGen Jing Yu FV1RKLf_E_0to5R DTB_Cnt_numcm trichome density on bract (num/cm) Jing Yu CottonGen CottonGen Jing Yu FS_M_cNtex T1 (cN/tex) 76-90% stand (90%) 5 3 Not became brown root PCONC (mg/kg) PConcRt_M_mgkg CottonGen Jing Yu open 2 medium early 2 population homogeneity (0-5) CottonGen Jing Yu PlotHomo_E_0to5 reduced 2 4 bronze seed NACONC (mg/kg) NaConcSd_M_mgkg CottonGen Jing Yu 3 CottonGen QS-1-1-3-5_Cmp_pct 5) Jing Yu QS (1 1 normal 1 5 very hairy 4 medium 4 red 3 light yellow BPnt_E_1to3 CottonGen boll point (1-3) Jing Yu Jing Yu ffb pos by node coty 1 FFBN1_Cnt_num CottonGen FV4PltSv_Cmp_pct FOV4 plant survival (%) CottonGen Jing Yu CottonGen Jing Yu FS (kNm/kg) FS_M_kNmkg 9 Dark green short buried 4 FEL_M_pct CottonGen Jing Yu FEL (%) 5 volunteer prostrate 3 CottonGen petiole BCONC (mg/kg) Jing Yu BConcPeti_M_mgkg dark yellow 4 CottonGen Jing Yu FBNDL (cm) FBNdL_Cmp_cm 1 medium root CUCONC (mg/kg) Jing Yu CuConcRt_M_mgkg CottonGen bract teeth size (0-3) Jing Yu BrTSz_E_0to3 CottonGen CottonGen Jing Yu leaf FECONC (mg/kg) FeConcLf_M_mgkg CottonGen FOV1-RKN RVS (0-5) Jing Yu FV1RKRt_E_0to5R 3 heavy FL (mm) CottonGen Jing Yu FL_M_mm Jing Yu VWDS30Idx_Cmp_pct 30 DAI VW index (%) CottonGen Strong 2 4 75% stand (75%) main stem diameter (mm) CottonGen Jing Yu StmD_M_mm entity Jing Yu plant height (m) PH_M_m CottonGen 5 middle sun red 2 no stand (0%) 0 Jing Yu CottonGen TPBDFlw_Cmp_pct TPBD flower (%) CottonGen Jing Yu SCI_M_g100sd SCI (g) palmitic acid (%) CottonGen FAPal_M_pct Jing Yu Jing Yu FV4Rt_E_0to5R CottonGen FOV4 RVS (0-5) CottonGen Jing Yu ZnConcStm_M_mgkg stem ZNCONC (mg/kg) SGCfr_M_pct CottonGen Jing Yu free gossypol (%) 25% stand (25%) 2 heavy 3 3 Relatively low Jing Yu sstage VW incidence (%) VWDISdgInc_Cmp_pct CottonGen high resistant 1 CottonGen ZnConcPeti_M_mgkg Jing Yu petiole ZNCONC (mg/kg) CottonGen Jing Yu petiole MGCONC (mg/kg) MgConcPeti_M_mgkg 6 sun red CottonGen Jing Yu seed coat nep (g-1) SCNC_M_g1 CottonGen Jing Yu APR_E_1to5 aphid resist (1-5) few 2 stearic acid (%) FASte_M_pct CottonGen Jing Yu off white 7 1 green total nep (g-1) CottonGen Jing Yu TNC_M_g1 tufted 4 CottonGen Jing Yu CuConcLf_M_mgkg leaf CUCONC (mg/kg) fstage VW incidence (%) CottonGen VWDIFlwStgInc_Cmp_pct Jing Yu red green 4 ovate 6 Jing Yu SL2.5 (mm) SL2.5_M_mm CottonGen CottonGen Jing Yu LVFM_M_pct LVFM (%) 1 not flowering rust 6 CottonGen MnConcPeti_M_mgkg Jing Yu petiole MNCONC (mg/kg) AAGly_M_pct glycine (%) CottonGen Jing Yu 2 spreading SGCp_M gossypol plus CottonGen Jing Yu CottonGen Jing Yu StmNN_Cnt_ndMstm num of main stem node 2 high CaConcSd_M_mgkg CottonGen seed CACONC (mg/kg) Jing Yu 7 blue yellow light 2 medium 2 DTP_E_1to7 trichome density on plant (1-7) CottonGen Jing Yu 7 three teeth Jing Yu LFCL_E_1to6 CottonGen lesf color (1-6) laciniate 5 CottonGen LY (g/plant) Jing Yu LY_M_gplt PH_E_1to8 CottonGen plant height (1-8) Jing Yu num of mono-branch CottonGen MonoBrh_Cnt_brh Jing Yu 4 pink CottonGen Jing Yu plant height (cm) PH_M_cm typical 1 boll open<1/2 3 lanceolate 5 SY (lb/acre) CottonGen Jing Yu SY_Cmp_lbacre Jing Yu VWR_E_1to5 verticillium wilt resist (1-5) CottonGen 1 free L1L_M_cm main lobe length (cm) CottonGen Jing Yu squares 1 triangle 6 1 white short branch 3 none 1 PKBWR_E_1to5 pink bollworm resist (1-5) CottonGen Jing Yu SDVSdEngT_pct seed energy germinate thermostat (%) CottonGen Jing Yu 3 heavy CottonGen Jing Yu VWDSMat_Cmp_pct mstage VW index (%) CottonGen Jing Yu BN_Cnt_bllplt BN per plant 3 yellow 5 white 7 golden SPC_E_1to2 SPC (1-2) CottonGen Jing Yu BollSz_E_1to4 boll size (1-4) CottonGen Jing Yu high resistant 2 extremely late 5 FNS (g) CottonGen Jing Yu FNS_M_g reduced 2 4 four locules unif 1 4 tolerant semi kidney 2 1 medium glandless 0 SL50_M_mm CottonGen SL50 (mm) Jing Yu 7 Light green cordate 1 Cotton ontology 1 main and 1 on other vein 2 3 ovule 3 resistant purple 8 light 2 L3W_M_cm CottonGen Jing Yu 3rd lobe width (cm) Jing Yu wet tolerance (1-4) CottonGen WetT_E_1to4 3 sub okra trichome density on stem CottonGen Jing Yu DTS_E_1to9R 2 flowering no boll 1 normal CottonGen Jing Yu FF (mTx) FF_M_mNTex medium 1 CottonGen FFBH_M_cm Jing Yu first fruit branch position (cm) SNC_M_pct SNC (%) CottonGen Jing Yu many 2 CottonGen Jing Yu LY (kg/ha) LY_M_kgha LY (lb/acre) Jing Yu CottonGen LY_Cmp_lbacre UHML_M_inch UHML (inch) CottonGen Jing Yu very weak 2 FeConcPeti_M_mgkg CottonGen Jing Yu petiole FECONC (mg/kg) 2 cream 1 smooth resistant 2 CottonGen Jing Yu FP (μm) FP_M_um kidney 3 green 4 3 25-36 bolls medium 1 CottonGen FLw (mm) Jing Yu FLw_M_mm 5 med-tall 0 none protruding 2 CottonGen Jing Yu CaConcRt_M_mgkg root CACONC (mg/kg) SKC (%) SKC_Cmp_pct CottonGen Jing Yu moderately pointed 1 6 Jing Yu bract color (1-3) BrCol_E_1to3 CottonGen light 2 medium 1 8 nearly round narrow coil 2 1 palmate CottonGen Jing Yu VWDI15dInc_Cmp_pct 15 DAI VW incidence (%) CottonGen Jing Yu AALeu_M_pct leucine (%) red 2 VWDI30dInc_Cmp_pct 30 DAI VW incidence (%) CottonGen Jing Yu 1 green SConcLf_M_mgkg leaf SCONC (mg/kg) CottonGen Jing Yu 1 High compact 4 light 1 PltCol_E_0to3 CottonGen Jing Yu plant color (0-3) intermediate 2 0 no flower short 3 Jing Yu UQLw_M_cm UQLw (cm) CottonGen CottonGen SConcStm_M_mgkg Jing Yu stem SCONC (mg/kg) TBBW-c LY (lb/a) TBBWcLY_M_lba CottonGen Jing Yu sparse 2 CottonGen Jing Yu seed fuzz grade (0-4) SdFzGd_E_0to4 CottonGen Jing Yu VWDSSdgIdx_Cmp_pct sstage VW index (%) absent 0 3 dark red 7 cordate light yellow 3 2 cream Jing Yu 0 3) QS-4.5-2.5-0-3_Cmp_pct QS (4.5 2.5 CottonGen 2 Relatively high CottonGen Jing Yu cotton bollworm resist (1-5) CTBWR_E_1to5 hairy 4 4 boll open>1/2 4 1 main and 4 on other veins 5 full stand (100%) 6 red 7 root ZNCONC (mg/kg) ZnConcRt_M_mgkg CottonGen Jing Yu dark green 2 small 2 tall 6 3 large LfSp_E_1to7 CottonGen Jing Yu leaf shape (1-8) 3 dense pink 8 two locules 2 1 green FV4PltH_M_cm CottonGen Jing Yu FOV4 plant height (cm) 3 weak 2 cluster PM_E_1to5 CottonGen Jing Yu plot maturity (1-5) prostrate 1 pitted 3 outcross 4 okra 2 13-24 bolls 2 3 bolls brown 5 off white 2 5 five locules. frego 2 none 0 XcmPltRespE_1to3 CottonGen Jing Yu Xcm resist (1-3) Intermediate 4 CottonGen DTS_E_1to6 Jing Yu trichome density on stem (1-6) 0 Weak large 3 cone oval 4 2 Long brown 3 7 strong 4 light brown (tan) none 1 3 moderate DOFB_E_day CottonGen Jing Yu days flowering to boll open 3 moderate normal 1 5 orange 1 Extra long early 1 0 no boll reduced on main vein (reduced) 6 5 tan BWt_Cmp_g BWT (g) CottonGen Jing Yu glandless 0 white 9 2 seg 3 medium 6 dark brown (rust) 1 only 1 on main vein more than 48 bolls 5 purple 6 3 50% stand (50%) 6 pink light green 5 3 inactive super okra 4 2 yellow 3 extreme protruding low 1 4 37-48 bolls FWDI - Computation Percentage of plant survival in a field infested with Fusarium oxysporum f. sp. vasinfectum race 4. The percentage of plant survival (PS) was calculated by dividing the total number of surviving plants on each sample date by the initial plant count after plant establishment, and multiplying by 100. Verticillium wilt incidence on is calculated as the ratio between the number of infected plants and the total number of plants VWDI - Computation L1W The width of leaf main lobe Lobe width Leaf main lobe width mm AACYS Cysteine content The amount of total cotton seed protein that is composed of cysteine Seed cysteine content BOLLPNT - Estimantion Degree of tapering of the boll tips Leaf nectaries Observed nectary glands on the undersides of the leaf Nectary glands LfNect BCONC - Measurement Standard method for the total Boron (B) concentration measured in a given volume of stem extract Stem gossypol glands StmGsp The degree or relative density of trichome on stem Gossypol glands SDTP The clustering of the seed in the boll Seed type Seed type ZNCONC - Measurement Standard method for the total zinc (Zn) content measured in a given volume of petiole extract 1-3 seed type scale Seed oil content Percentage of oil by weight in 10 gram sample of dehulled seeds Oil content SOC 1-6 low-high DTS scale 0-4 flowing score scale Magnesium concentration Magnesium concentration The total magnesium (Mg) concentration measured in a given volume of a plant or a plant part or plant extract MGCONC content 1-5 low-high disease susceptible scale KCONC Potassium concentration The total Potassium (K) concentration measured in a plant or a plant part or plant extract Potassium concentration VWDI - Computation Verticillium wilt incidence on is calculated in plant mature stage, as the ratio between the number of infected plants and the total number of plants. OR: Disease incidence = No. of infected plants x 100 Total no. of plant assessed g/1000seed VWDS - Computation Verticillium wilt severity (or disease infection index) is calculated according to the formula: DI=[Ʃ(Ni × i)/(N × i)] × 100, Where i is the maximum disease grade, Ni, the number of plants with corresponding disease grade and N the number of total investigated plants node Fiber length estimation FL - Estimantion 1-10 low-high disease severity rating Lobe length The length of leaf second lobe L2L Leaf second lobe length Seed oleic acid content FAOLE Oleic acid content The amount of total cotton seed oil that is composed of oleic acid (omega-9 fatty acid) Spider mite resistance Resistance to spider mite (Tetranychus spp.) Spider mite resistance SPMR Fiber uniformity FU Uniformity The ratio between the mean length and the upper half mean length of the fibers expressed as a percentage Measure the width of leaf main lobe L1W - Measurement The color of the seed fuzz after ginning. SDFZCL - Estimation GTO (gin turnout) is the ratio of lint to seed cotton harvested from ginning GTO - Computation FFBN - Counting Node number of the first fruiting branch, with the cotyledonary node recorded as zero Fiber Uniformity Index is the ratio between the mean length (ML) and the upper half mean length (UHML) of the fibers expressed as a percentage FUI - Computation APR - Estimation Observation the host reaction to aphids, and rate it from immune/resistant to susceptible Photoperiod response Photoperiod FLWSC Indication of the flowering of the plot in relation to daylength g-1 Calculated by dividing fruit branch length by fruit branch nodes FBNDL - Computation % Weight SI Seed index (10xSI) The mass of 1000 fuzzy seeds, in grams Verticillium wilt disease severity is the percentage of relevant host tissues or organ covered by symptom or lesion or damaged by the disease. Severity results from the number and size of the lesions VWDS Verticillium wilt disease severity Verticillium wilt severity Leaf color Color LFCL Coloration of mature leaf 1-9 petal color scale FNPS Fiber number per seed Number Fiber number per seed (FNPS). Can be calculated using either HVI or AFIS measurements PH - Measurement Plant height: height from the ground to the main stem tip (cm) measuring with ruler Verticillium wilt incidence Verticillium wilt disease incidence Observe incidence of verticillium wilt disease, usually recorded as the frequency of damaged individuals or their parts, commonly the portion of plant units diseased. Proportion of plants (leaves, etc.) diseased or the number diseased out of N plants (leaves, etc.) observed VWDI Standard method for the total Copper (Cu) content measured in a given volume of petiole extract CUCONC - Measurement PH Height Height of the plant rated near the time of defoliation Plant height near defoliation PH - Estimation Estimate plant (average) height for the plot to nearest foot. Code description: Plot height<1 (prostrate); 1-2 (dwarf); 2-3 (short); 3-4 (medium); 4-5 (med-tall); 5-6 (tall); 6-7 (very-tall); 7 (super-tall) Trichome density Trichome density on leaf The degree or relative density of trichome on leaf DTL growing days SNPB_Computation SNPB (seed number per boll) = [the weight of fuzzy seeds from one boll (Wt_25_boll_fuzz_seed/25)] divided by [the weight of one fuzzy seed (Wt_25_fuzz_seed/25)] Number of stem nodes in a field infested with Fusarium oxysporum f. sp. vasinfectum race 1 and root-knot nematodes STEMNN - Counting Standard method for the total sodium (Na) content measured in a given volume of root extract NACONC - Measurement Number of nodes on stem Node number StmNN Stem node number STGMTP - Estimation The stigmatic column in relation to the antheridial cone. Code description: normal=stigma clears the antheridial cone; protruding=stigma is beyond the antheridial cone; extreme protruding=stigma is well beyond the antheridial cone and can surpass petal length; short buried=stigma is hidden by the tip of the antheridial cone. % Standard method for the total Potassium (K) concentration measured in a given volume of leaf extract KConc - Measurement um 1-7 low-high DTS rating Trash content is a measure of the non-lint particles (like leaf, bark) in the cotton TRASH Trash content Trash content CACONC - Measurement Standard method for the total Calcium (Ca) concentration measured in a given volume of seed extract Estimating relative maturity of entries when earliest cotton had all bolls open PM - Estimation FECONC - Measurement Standard method for the total Iron (Fe) concentration measured in a given volume of stem extract 1-3 low-high fiber fineness scale BCONC - Measurement Standard method for the total Boron (B) concentration measured in a given volume of seed extract Standard method for manganese (Mn) content measured in a given volume of root extract MNCONC - Measurement Standard method for the total Calcium (Ca) content measured in a given volume of root extract CACONC - Measurement Fiber mature ratio FMR Maturity Using AFIS to measure the ratio of fibers with a 0.5 (or more) circularity divided by the amount of fibers with a 0.25 (or less) circularity. The length of leaf third lobe Lobe length Leaf third lobe length L3L Standard method for the total Copper (Cu) concentration measured in a given volume of stem extract CUCONC - Measurement Seed phenylalanine content AAPHE The amount of total cotton seed protein that is composed of phenylalanine (amino acid) Phenylalanine content Potassium concentration in given volume KCONC The total Potassium (K) concentration measured in a given volume of a plant petiole extract Potassium concentration 1-4 bract type scale Total nep count The total nep count normalized per gram. This includes both fiber and seed coat neps TNC Nep content Resistance to bacterial blight [Xanthomonas citri pathovar malvacearum (Xcm) or Xanthomonas axonopodis pv. malvacearum (Xam)] Bacterial blight resistance BBR Bacterial blight resistance 0-5 low-high disease severty index rating PETALSP - Estimation Red coloration at interior base of flower petals. Code description: none = base of petal is same color as rest of petal, light = red coloration is faint, medium = red coloration is just enough to create effect of petal spot, heavy = red coloration creates solid band across petals and extends halfway up the petal LI - Computation LI (lint index) = (weight_25_boll_lint/(num_seed_per_boll*25))*100 Area - HVI Measurement AREA is an HVI standard measurement, is given as the percentage of surface area occupied by trash when a cotton sample is scanned by a camera mg/kg Measure the width of leaf 3rd lobe L3W - Measurement 0-5 PlotHomo scale SConc - Measurement Standard method for the total sulfur (S) concentration measured in a given volume of leaf extract Lint yield (g/plant) LY - Measurement Calculated by dividing fruit branch length by fruit branch nodes Internode length FBNDL Fruit branch internode length CUCONC - Measurement Standard method for the total Copper (Cu) concentration measured in a given volume of seed extract lobe Cb - Nickerson-Hunter Colorimeter Measurement Nickerson-Hunter Colorimeter +b value, a measure of increasing yellowness of the cotton, taken with a Nickerson-Hunter Colorimeter. Yellowness depicts the degree of cotton pigmentation FCG (fiber color grade) is determinded based on HVI Color Chart, a chart that shows the graphic plot of the distribution of reflectance (Rd) and yellowness (+b) for American Upland cotton. It includes color grades for white, light spotted, spotted, tinged and yellow stained cotton FCG - HVI Color Chart The number of leaf lobes Number of lobes Number of leaf lobe LBN 1-4 canopy type scale BBDI Bacterial blight disease incidence Bacterial blight disease incidence Observe incidence of bacterial blight caused by Xanthomonas citri pathovar malvacearum (Xcm) or Xanthomonas axonopodis pv. malvacearum (Xam) Fruit branch node number The number of nodes on fruit branch FBNDN Number of node The presence of nectar glands on the base of the boll or calyx Nectary glands BNect Boll nectaries branch AAArg - Measurement Standard method for seed arginine content LFSZ - Estimation Size of the mature, expanded leaf surfaces, fourth node, or older E1 is an HVI standard measurement of percentage elongation at break of the center 1/8 inch of the fiber bundle measured for T1 strength on the Stelometer E1 - HVI Measurement 1-7 bract shape scale FP Fiber perimeter Perimeter Arealometer p, a measure of the perimeter, is defined as the distance around the outside wall of the fiber cross section Verticillium wilt resistance Verticillium wilt resistance Resistance to verticillium wilt (Verticillium dahliae) VWR 1-3 low-high susceptible scale UHML (upper half mean length) is an HVI measurement, it is the average length of the longer one-half of the fibers FL_UHML - HVI Measurement General description of degree of roundness to the boll shapes Shape BOLLSP Boll shape Pink bollworm resistance Resistance to pink bollworm (Pectinophora gossypiella) PKBWR Pink bollworm resistance Damage caused by tarnished plant bug (Lygus lineolaris or Lygus hesperus Knight) Tarnished plant bug damage Tarnished plant bug damage TPBD FrtTp Fruiting type Pattern of boll formation on branches Grouping type Weight in grams of kernel per 100 seeds Seed kernel index Kernel weight SKI Is the fiber strength of a bundle of fibers measured with the two jaws holding the fiber bundle separated by one-eighth inch, expressed in grams force per tex FS - Measurement T1 BPit Pitting The depth and density of pitting associated with glands of the boll wall of the mature but non cleft bolls Boll pitting Maturity The stage of maturation of the plot at the time of observation PM Plot maturity Standard method for the total magnesium (Mg) content measured in a given volume of root extract MGCONC - Measurement BNect - Estimantion Observe the presence of nectar glands on the base of the boll or calyx Size of bract teeth relative to the bract BRACTTSZ - Estimantion Standard method for seed aspartate content AAAsp - Measurement Flowering time FLW50 Days to 50% flowering Number of days between emergence and the first flower for 50% of the plants Seed coat index Weight in grams of seed coats per 100 seeds SCI Weight Lint yield of a plot infested with tobacco budworm LY - Measurement Seed arginine content Seed arginine content AAARG The amount of total cotton seed protein that is composed of arginine Phosphorus concentration The total phosphorus (P) concentration measured in a given volume of a plant or a plant part or plant extract PCONC Phosphorus concentration cm Yellowness Yellowness CB Colorimeter +b. Yellowness indicates how much yellow color is in the sample CUCONC - Measurement Standard method for the total Copper (Cu) content measured in a given volume of root extract Leaf main lobe length Lobe length The length of leaf main lobe L1L FFBH - Measurement Height of the first fruit branch in cm Measure the width of leaf 2nd lobe L2W - Measurement mm2/mm3 Relative size of bract teeth BrTSz Teeth size Bract teeth size DTL - Estimation Relative density of hairs on the leaf surfaces (expanded leaves at the fourth node). Code description: none=hairs appear to be absent from leaf surfaces; few=leaf hairs are at a low frequency; moderate=leaf hairs are at a commonly seen density; hairy=density is greater than most cotton cultivars density; very hairy=highest density seen on leaf surfaces; pilose=leaf hairs are short and may lend a soft, velvety feel to leaf surface. FLN - AFIS Measurement FLn, an AFIS measurement on the mean length of fibers calculated by number Standard method for the total Sodium (Na) concentration measured in a given volume of leaf extract NaConc - Measurement The ratio of total potassium (K) concentration to sodium (Na) concentration measured in a plant or a plant part KNACONCR Potassium to sodium concentration ratio Potassium to sodium concentration ratio SCY - Measurement Seed cotton yield (kg/ha) ZNCONC - Measurement Standard method for the total zinc (Zn) concentration measured in a given volume of seed extract Number of bolls per plant was recorded on 10 plants each plot BN - Counting Fiber strength (unit) or fiber tenacity is an AFIS measurement on fiber tenacity FS - AFIS Measurement Relative number of bract teeth BRACTTN - Estimantion Stem diameter StmD - Measurement Response to tarnished plant bug was determined by examining white flowers (6 flowers/plot/day for 9 days) for presence of anther damage (damaged flowers) TPBD - Computation Standard method for phosphorus (P) content measured in a given volume of petiole extract PCONC - Measurement index Fusarium wilt resistance Resistance to fusarium wilt (Fusarium oxysporum) Fusarium wilt resistance FWR LP - Computation LP (Lint percent) = 100*(25_boll_lint_weight/25_boll_sample_weight) cN/tex mg/g Calcium concentration CACONC Calcium concentration The total Calcium (Ca) concentration measured in a given volume of a plant or a plant part or plant extract The ratio between the number of bacterial blight Xam (Xanthomonas axonopodis pv. Malvacearum) susceptible plants and the total number of plants BBDI - Computation degree FM Maturity Fiber mature content Arealometer M, the simple linear regression prediction of caustic soda percent maturity Number of total stem nodes STEMNN - Counting kNm/kg UQLw (mm), an AFIS measurement. It is the length which is exceeded by 25% of the fibers by weight UQLW - AFIS Measurement 1-3 boll point scale Boll open rate BOR Open rate Visually boll open rated near the time of defoliation LFSZ Leaf size The relative size of the mature, expanded leaf Size L2L - Measurement Measure the length of leaf 2nd lobe seed/boll SCP Seed coat percent Weight of seed coat over weight of whole seed Percent PH - Measurement Plant height (cm) in a field infested with Fusarium oxysporum f. sp. vasinfectum race 1 and root-knot nematodes. Spin consistency FSCI Fiber spin consistency index The spinning consistency index (FSCI) is a calculation for predicting the overall quality and spinnability of the cotton fiber num SGC_free - Measurement Free gossypol is expressed as a percentage of the mass of the kernel. HPLC Method A measurement of SL-HVI for the length at the 50% of fibers in an array are that long or longer SL50 - Measurement FF - AFIS Measurement FF (fiber fineness) is an AFIS measurement on fiber fineness in weight per unit length (mTx or millitex). One thousand meters of fibers with a mass of 1 milligram equals 1 millitex Presence of target leaf spot disease based upon: 1= none, 2=lower leaves, 3= middle leaves, 4= middle leaves and defoliation, 5= upper leaves and defoliation, and 6= plant death LSTDS - Estimation 1-7 low-high DTP scale The productivity of an accession by observing the boll load on a single plant. Descriptor code: 0=no bolls have formed on the plant; 1=less than a dozen bolls are observed per plant; 2=average count of bolls per plant range between 13 to 24 bolls per plant; 3=average count of bolls per plant range between 25 and 36 per plant; 4=average count of bolls per plant range from 37 to 48 bolls per plant; 5=average count of bolls per plant are more than 48 per plant PRODUCT - Estimation FASTE - Measurement Standard method for seed stearic acid content (%) Plant height (cm) in a field infested with Fusarium oxysporum f. sp. vasinfectum race 4. PH - Measurement lb/acre 1-6 low-high number scale The nitrogen in fuzzy seeds as determined by AOCS Method Ba 4-38 SNC - Measurement The yield in pounds of seed per acre for each plot was calculated and reported SY - Computation Pattern of boll formation on branches. FRTP - Estimation Number of stem nodes in a field infested with Fusarium oxysporum f. sp. vasinfectum race 4 STEMNN - Counting Oil content in seed kernel estimate (Low/High) SOC - Estimation Canopy type The overall appearance of foliage density on the plants CnpTp Type Measure the length of leaf 3rd lobe L3L - Measurement FWDS - Estimation Disease severty index of vascular root stain in a field infested with Fusarium oxysporum f. sp. vasinfectum race 4. Vascular Root Staining: 0 = no vascular root staining evident, 1 = light vascular root staining evident as spotty areas, 2 = more continuous than 1, but light colored staining covering an area between one quarter and one half of the stem cross-section, 3 = moderate brown/black staining evident in a band encircling most of the stem cross section, 4 = brown/black staining evident across most vascular tissue in stem cross section, and 5 = plant severely damaged or plant death with staining evident throughout a cross-section of root tissue SCF - AFIS Measurement Seed coat fragments (SCFs) are the parts of a seed coat that have been broken from the surface of either mature or immature seeds during mechanical processing measured by AFIS MNCONC - Measurement Standard method for manganese (Mn) content measured in a given volume of petiole extract num/seed 1-4 stigma exsertion scale PM - Estimation Estimating the growth stage of the plot at the time of observation L2L3A - Measurement Measure the angle between two leaf lobes Stand establishment of the accession in the plot Stand PlotStd Plot plant stand DTL - Estimation Trichome density on abaxial side of leaf is visually rated using scale of 1 (smooth), 3 (lightly hairy), 5 (hairy), 7(very hairy), and 9 (pilose) for six leaves per plot Seed clustering type in boll. Code description: free=seeds separate freely from each other in the ripe boll; semi kidney=some seeds remain stuck to each other even after boll is fully ripe; kidney=seeds are stuck together in the ripe boll. SDTP - Estimation Standard method for the total potassium (K) content measured in a given volume of root extract KCONC - Measurement Intensity of the pitting of the surface of the mature, but non cleft bolls. BOLLPIT - Estimantion Seed aspartate content Seed aspartate content AAASP The amount of total cotton seed protein that is composed of aspartate boll/plant First fruit branch position Position First fruiting branch position measured by height FFBH SDFZGD Seed fuzz grade Observe seed fuzz on the seed surface and rate the density of fuzz Seed fuzz grade Boll point Degree of tapering of the boll tips Point BPnt Gin turnout percentage is a simple measurement of the weight ratio of lint to seed cotton harvested from ginning Gin turnout GTO Gin turnout Filament color Color The color of filament (stamen) of flower FlmCol Number of nodes on main stem STEMNN - Counting Sympodia branch number Number of branches SymBrh Number of sympodia branches 1-5 early-late plot maturity scale KNACONCR - Computation The ratio of total potassium (K) concentration to sodium (Na) concentration measured in given volume of root extracts Seed glycine content The amount of total cotton seed protein that is composed of glycine AAGLY Glycine content BConc The total Boron (B) concentration measured in a given volume of a plant or a plant part or plant extract Boron concentration Boron concentration LY - Measurement Lint yield (g/plot) scale_of L2L3A Leaf angle between 2nd and 3rd lobes Angle between leaf lobes The angle between leaf second the third lobes Seed cotton yield (g/plant) SCY - Measurement BrSp Bract shape Bract shape (BRACTSP), shape of bract Shape Fiber quality score calculated by weighting selected fiber traits as follows: fiber length (0.45), mic (0.25), UI (0.0), and strength (0.3) QS-4.5-2.5-0-3 - Computation CuConc - Measurement Standard method for the total Copper (Cu) concentration measured in a given volume of leaf extract Seed fuzz color SdFzCol Seed fuzz color Observe seed fuzz color on the seed surface BOLL50 - Estimantion Duration in days between seed germination and the first open boll for 50% of the plants PKBWR - Estimation Pink bollworm resistance SPC - Measurement Standard method for seed protein content (%) PETALCL - Estimation Flower petal color A measurement of SL-HVI for the length at the 2.5% of fibers in an array are that long or longer SL2.5 - Measurement Fiber elongation FEL - (unknown method) Measurement A Measure of the percentage of reflectance on a Nickerson-Hunter Colorimeter. The higher the value the lighter the cotton CRD - Nickerson-Hunter Colorimeter Measurement Coloration of mature fiber Lint color Color LintCol SNPB Number Seed number per boll Number of seeds per boll is a calculated estimate of the actual number of seeds in a boll 1-9 lint color scale g Seed percent Seed Percentage (SP). It is determined from ginning boll samples, and is close to being the reciprocal of lint percentage SP Percent Standard method for seed serine content AASER - Measurement Lint weight per boll in grams LY - Measurement Seed Percentage (SP). It is determined from ginning boll samples, and is close to being the reciprocal of lint percentage SP - Measurement Iron concentration Iron concentration FECONC The total Iron (Fe) concentration measured in a given volume of a plant or a plant part or plant extract QS-2-1-4-3 - Computation Fiber quality score calculated by weighting selected fiber traits as follows: fiber length (0.2), mic (0.1), UI (0.4), and strength (0.3) SKC - Computation Weight of kernel over weight of whole seed FL_UHML - HVI Measurement UHML is an HVI standard measurement, it is the average length of the longer one-half of the fibers CACONC - Measurement Standard method for the total Calcium (Ca) content measured in a given volume of petiole extract Duration in days between the date of sowing to the date when 50% of plants reached boll opening BOLL50 - Estimantion Salinity tolerance SALT Salinity tolerance Salinity tolerance is the degree to which a plant is adapted to salt conditions g/100seed Seed energy reuired for seed germination in thermostat SDV - Measurement SI - Measurement 10x SI (seed index). Weight of 1000 seeds in grams The weight of lint ginned from a sample of seed cotton expressed as a percentage of the weight of seed cotton Lint percent Weight LP CTBWR - Estimation Bollworm resistance FP - Measurement Fiber primeter. Arealometer p, a measure of the perimeter, is defined as the distance around the outside wall of the fiber cross section FD - Computation Fiber Density (FD), estimated fibers per mm2 of SSA (seed surface area). FD=FPS/(35.74+(SI*6.59) PlotHomo - Estimation Indicates degree of uniformity of plants in field plot. unif = appears uniform and each trait can be given a single score, not unif = not uniform without classification, seg = one or more traits are segregating and usually at least one trait can have multiple scores, mix = seed of another accession has germinated in the same plot, outcross = segregation is best explained by a wide cross with another accession or even a different species, volunteer = other cotton seed has germinated in place of or in competition with the accession Weight of seed coat over weight of whole seed SCP - Computation BBR - Estimation Plant response to bacterial blight Xcm (Xanthomonas citri subsp. Malvacearum). Less than 20% susceptible plants was classed as resistant; 21%-50% susceptible plants classed as intermediate; and more than 50% susceptible plants classed as susceptible FLw, an AFIS measurement on the mean length of fibers calculated by weight FLW - AFIS Measurement Weight in grams of seed coats per 100 seeds SCI - Measurement FL Length Fiber length is measured on a beard of cotton fibers on HVI systems and is reported in hundredths of an inch and equivalent staple length in thirty-seconds of an inch Fiber length FNPS HVI: fibers per seed calculated using HVI measurements. FNPS=[LI(g)/100]/[[UHML(inch)*[FUI(%)/100]]*[MIC/1000000] FNPS - Computation Number of mature bolls per plant Boll number Number BN Observe the growth of plants per plot/entry at the field presenting soil salinity and rate the tolerance SALT - Estimation Micronaire The fineness of the sample taken from the ginned lint, measured by a Fibronaire and expressed in standard (curvilinear scale) micronaire units Micronaire MIC Standard method for phosphorus (P) content measured in a given volume of root extract PCONC - Measurement KNaConcR - Computation The ratio of total leaf potassium (K) concentration to leaf sodium (Na) concentration 1-2 low-high scale Fiber fineness estimate FF - Estimation Standard method for the total Potassium (K) concentration measured in a plant seed extract KCONC - Measurement Fineness Fiber fineness Fiber fineness is a measure of the fibers linear density and can be expressed as mass per unit length FF FM is the fiber maturity content measured by HVI FM - HVI Measurement LVFM Lint visible foreign matter Foreign matter is mechanically separated from lint and reported by weight as visible waste content Visible foreign matter KCONC - Measurement Standard method for the total potassium (K) content measured in a given volume of petiole extract ratio VWDI - Computation Verticillium wilt incidence on is calculated as the ratio between the number of infected plants and the total number of plants 1-6 low-high DTL scale Productiveness Productiveness PRODUCT Relative assessment of the productivity of an accession by observing the boll load on a single plant SGC_plus - Measurement Gossypol is a terpenoid aldehyde that exists in enantiomeric forms (+) FWDS - Estimation Disease severty index of foliar symptoms in a field infested with Fusarium oxysporum f. sp. vasinfectum race 1 and root-knot nematodes. FOV foliar disease severity Index scale: 0 = no symptoms; 1 = epinasty and slight dwarfing; 2 = 1 to 30% of leaves chlorotic; 3 = 31 to 80% of leaves chlorotic and severe stunting; 4 = 81 to 100% of leaves chlorotic; and 5 = plant death Standard method for the total Iron (Fe) content measured in a given volume of petiole extract FECONC - Measurement Fiber Density (FD), estimated fibers per mm2 of SSA (seed surface area) Density Fiber density FD Boll gossypol glands Gossypol gland density on bolls Gossypol glands BOLLGL Leaf angle between main and 2nd lobes The angle between leaf main and second lobes L1L2A Angle between leaf lobes Days to 50% boll opening Number of days between sowing day and the first boll opening for 50% of the plants Boll opening time BOLL50 SNC Seed nitrogen content Percentage of nitrogen by weight in of the mass of fuzzy seeds Nitrogen content Number of sympodia branches counting Sym_branch - Counting Protein weight per 100 kernels SPC Protein content Seed protein content Standard method for the total magnesium (Mg) concentration measured in a given volume of seed extract MGCONC - Measurement ZNCONC - Measurement Standard method for the total zinc (Zn) concentration measured in a given volume of stem extract FAPal - Measurement Standard method for palmitic acid content SFCn, an AFIS measurement on the percent of the fibers, calculated by number, that are less than 0.50 inch or 12.7 mm SFC - AFIS SFCn Measurement Standard method for the total zinc (Zn) concentration measured in a given volume of leaf extract ZnConc - Measurement Standard method for the total sulfur (S) concentration measured in a given volume of stem extract SCONC - Measurement Standard method for the total Iron (Fe) concentration measured in a given volume of seed extract FECONC - Measurement Seed serine content The amount of total cotton seed protein that is composed of serine Seed serine content AASER 1-5 plot growth stage scale Standard method for the total Potassium (K) concentration measured in a plant stem extract KCONC - Measurement Bollworm resistance Resistance to cotton bollworm (Helicoverpa gelotopoeon) CTBWR Cotton bollworm resistance Drought tolerance Drought tolerance DRTT Drought tolerance is the degree to which a plant is adapted to arid or drought conditions Standard method for the total zinc (Zn) content measured in a given volume of root extract ZNCONC - Measurement The content of gossypol in enantiomeric minus form SGCm Gossypol content Gossypol minus content mN/Tex 0-9 low-high disease severity rating The ratio of total potassium (K) concentration to sodium (Na) concentration measured in seed KNACONCR - Computation Standard method for the total manganese (Mn) concentration measured in a given volume of leaf extract MnConc - Measurement 1-3 fruiting type scale Trichome density on stem DTS Trichome density The degree or relative density of trichome on stem Fiber nep count FNC Nep count is the number of neps per 100 square inches of card web forming (a standard hank of sliver of 12 NE on a 40 inch wide card) Nep content Number of leaf lobes. Lobes can be recorded as: 2 lobes/3 lobes/3 to 5 lobes/5 lobes/5 to 7 lobes, etc LBN - Counting Manganese concentration The total manganese (Mn) concentration measured in a given volume of a plant or a plant part or plant extract Manganese concentration MNCONC Filament color Filament_Col - Estimantion PH - Measurement Description of the average height of the plot. Final recording is meant to be in meters, but field scoring by the curator is often done by estimating to the nearest foot. The field scores are converted to the nearest meter measurement. descriptor code definition: seg/off type (9) 1-7 boll color scale Fiber strength FS Strength The fiber strength of a bundle of fibers measured with the two jaws holding the fiber bundle separated by one-eighth inch, expressed in grams force per tex variable_of Arealometer A measures the external surface area of the fibers of a given volume of material, expressed in square mm per cubic mm of fibrous material AreoA - Arealometer Measurement 1-9 pollen color scale 1-9 low-high DTL rating The Sum total of those properties of the seed which determine the level of activity and performance of the seed or seed lot during germination and seedling emergence SDV Vigor Seed vigor NACONC - Measurement Standard method for the total Sodium (Na) concentration measured in a given volume of seed extract The degree of red coloration to the stems StmCol - Estimation Trichome density on plant The degree or relative density of trichome on plant Trichome density DTP Standard method for seed phenylalanine content AAPhe - Measurement SKI - Measurement Weight in grams of seed coats per 100 seeds 1-3 bract color scale Disease severty index of vascular root stain in a field infested with Fusarium oxysporum f. sp. vasinfectum race 1 and root-knot nematodes. Vascular Root Staining: 0 = no vascular root staining evident, 1 = light vascular root staining evident as spotty areas, 2 = more continuous than 1, but light colored staining covering an area between one quarter and one half of the stem cross-section, 3 = moderate brown/black staining evident in a band encircling most of the stem cross section, 4 = brown/black staining evident across most vascular tissue in stem cross section, and 5 = plant severely damaged or plant death with staining evident throughout a cross-section of root tissue FWDS - Estimation MIC is an HVI standard measurement, the fineness of the sample taken from the ginned lint, measured by a Fibronaire and expressed in standard (curvilinear scale) micronaire units MIC - HVI Measurement Node number of the first fruiting branch, with the cotyledonary node recorded as one FFBN - Counting LY - Measurement Lint yield of a plot with non-infested tobacco budworm The relative density of seed fuzz on the seed surface after ginning. Seed fuzz code description: none=no seed fuzz on surface; medium=seed fuzz throughout surface; high=dense seed fuzz and seed coat is not visible; sparse=seed fuzz occurs sparingly on surface; tufted=fuzz only on micropylar end SDFZGD - Estimation DTP - Estimation Hairiness of the plant The amount of chlorophyll normally found in a plant under normal environmental conditions Chlorophyll content ChlLf Leaf chlorophyll content PetSpt Spot Red coloration at base of flower petals, creating the effect of a spot in the center of the flower Petal spot Bract teeth number BrTN Teeth number Relative number of bract teeth to what is typically seen for cultivars of G. hirsutum Standard method for the total Sodium (Na) concentration measured in a given volume of stem extract NACONC - Measurement DOFB - Estimantion Number of days from flowering to boll opening LINTCL - Estimation Color of mature fiber FNS (g), an AFIS measurement on nep size FNS - AFIS Measurement Fiber length by number FLN Number Using AFIS to measure the mean length of fibers calculated by weight Plant response to tobacco budworm (Heliothis virescens) Tobacco budworm plant response Tobacco budworm plant response TNC - AFIS Measurement TNC (Nep Count per Gram), an AFIS measurement on the total nep count normalized per gram. This includes both fiber and seed coat neps Seed leucine content Leucine content AALEU The amount of total cotton seed protein that is composed of leucine Lint percent estimate (Low/High) LP - Estimation 1-6 filament color scale FUR - Computation FUR (fiber uniformity ratio) is the ratio between the 50% span length and 2.5% span length Number of monopodial branches MonoBrh Monopodia branch number Number of branches FIM (%), an AFIS measurement on Immature fiber content by weight (=Arealometer I) FIM - AFIS Measurement CaConc - Measurement Standard method for the total Calcium (Ca) concentration measured in a given volume of leaf extract The ratio of total potassium (K) concentration to sodium (Na) concentration measured in given volume of petiole extracts KNACONCR - Computation The degree of red coloration to the boll BollCol - Estimation Type BrTp Type of bract according to shape or placement relative to the boll Bract type Disease severty index of foliar symptoms in a field infested with Fusarium oxysporum f. sp. vasinfectum race 4. FOV foliar disease severity Index scale: 0 = no symptoms; 1 = epinasty and slight dwarfing; 2 = 1 to 30% of leaves chlorotic; 3 = 31 to 80% of leaves chlorotic and severe stunting; 4 = 81 to 100% of leaves chlorotic; and 5 = plant death FWDS - Estimation Fiber strength estimation (Low/Strong) FS - Estimation Shape Leaf shape LFSP The shape and structure of leaf Using AFIS to measure the mean length of fibers calculated by weight Length Fiber length by weight FLW Yield SY The yield in pounds of seed per acre for each plot was calculated and reported Seed yield SPMR - Estimation Spider mite resistance SOC - Measurement Standard method for seed oil content (%) PltCol - Estimation Colour of the plant in general estimation Severity of fusarium wilt disease, caused by the Fusarium wilt fungus (Fusarium oxysporum f. sp. vasinfectum) Fusarium wilt disease severity Fusarium wilt disease severity FWDS Density of gossypol glands on the surface of the mature, but non cleft boll BOLLGL - Estimantion Standard method for the total Boron (B) content measured in a given volume of root extract BCONC - Measurement Standard method for the total sulfur (S) content measured in a given volume of petiole extract SCONC - Measurement Gossypol gland density on leaf Leaf gossypol glands Gossypol glands LFGL method_of g/boll AREOAH Arealometer ah Arealometer AH Arealometer AH measures specific area, which is an arealometer A determined at high pressure The weight of kernel over weight of whole seed SKC Kernel content Seed kernel content 0-3 bract teeth size scale Verticiliium wilt resistance estimation VWR - Estimation Locule number per boll. LCLNPB - Estimation AAIle - Measurement Standard method for seed isoleucine content Arealometer M. M=150.5 - 38.1*Arealometer I FM - AFIS Measurement Stearic acid content The amount of total cotton seed oil that is composed of stearic acid FASTE Seed stearic acid content lb/a Growth pattern of stem and branches PS - Estimation SCNC This is the number of neps normalized per gram that are classified as seed coat neps Nep content Seed coat nep count Mono_branch - Counting Number of monopodial branches counting 0-6 low-high stand plant % scale Zinc concentration ZNCONC The total zinc (Zn) concentration measured in a given volume of a plant or a plant part or plant extract Zinc concentration The general shape of the mature, expanded leaves (degree of lobing ). Code descriptipn: normal=leaf shape typically seen in cotton cultivars; okra=leaf shape is more dissected; sub okra=leaf shape is intermediate between normal and okra; super okra=leaf shape is highly dissected and lobing is sometimes absent and showing single leaf; laciniate=leaf shape includes spurs at the base of the leaf; ovate=leaf shape is rounded or oval; cordate=leaf shape is like an inverted heart shape LFSP - Estimation MGCONC - Measurement Standard method for the total magnesium (Mg) concentration measured in a given volume of stem extract The content of gossypol in enantiomeric plus form SGCp Gossypol plus content Gossypol content DTS - Estimation Trichome (or pubescence) density on leaf is visually rated using scale of 1 (smooth), 3 (lightly hairy), 5 (hairy), 7(very hairy), and 9 (pilose) for six leaves per plot Gossypol is a terpenoid aldehyde that exists in enantiomeric forms (-) SGC_minus - Measurement 0-6 leaf nectaries scale 1-4 low-high susceptible scale LY - Computation LY (Lint yield) = [the weight of plot plus the weight of 25 samples in pounds (plot_wt+25_sample_wt)] x [the mean lint percentage of the 4 replications (avg_lint_pct_of_4_reps)] x 163.35/100 BollSz Boll size Size Relative size of the bolls Bract shape. BRACTSP - Estimantion The ratio of total potassium (K) concentration to sodium (Na) concentration measured in stem KNACONCR - Computation Free gossypol is expressed as a percentage of the mass of the kernel Gossypol free content SGCfr Gossypol content The presence of nectar glands on the base of the bracts on the outside or abaxial side. BRACTNT - Estimantion DOE50 - Estimantion Duration in days from seed to seed germination The total sulfur (S) concentration measured in a given volume of a plant or a plant part or plant extract Sulfur concentration SCONC Sulfur concentration Weight Seed cotton weight per boll BWT The average weight in grams of a boll FEL Elongation is the degree of extension of the fibers before a break occurs when measuring strength Elongation Fiber elongation Number of days to 50% emergence of cotton seedlings Days to 50% emergence Emergence time DOE50 WASTE - Measurement Waste percentage as reported is the percentage of material removed during the carding process Plant shape The shape and structure of plant Shape PS MNCONC - Measurement Standard method for the total manganese (Mn) concentration measured in a given volume of stem extract num/cm Percentage of plant survival in a field infested with Fusarium oxysporum f. sp. vasinfectum race 1 and root-knot nematodes. The percentage of plant survival (PS) was calculated by dividing the total number of surviving plants on each sample date by the initial plant count after plant establishment, and multiplying by 100. FWDI - Computation Standard method for the total manganese (Mn) concentration measured in a given volume of seed extract MNCONC - Measurement Stem hair density on the mature, expanded stem, fourth node, or older. Code description: none=hairs appear to be absent from stems; few=stem hairs are at low frequency; moderate=stem hairs are at a regular and commonly seen density for most cotton cultivars; hairy=stem hair density is greater than that normally seen on most cotton cultivars; very hairy=highest density seen on stems; pilose=stem hairs are short and may lend a soft, velvety feel to leaf surfaces DTS - Estimation inch QS-5-2.5-1-1.5 - Computation Fiber quality score calculated by weighting selected fiber traits as follows: fiber length (0.5), mic (0.25), UI (0.10), and strength (0.15) SNPA - Computation Seed Number Per Acre (SNPA). Usually counted by number of millions Reflectance Reflectance Colorimeter Rd, the percentage of reflectance CRD WETT - Estimation Observe the growth of plants per plot/entry at the field presenting wet and rate the tolerance SNPA Seed number per acre Number Seed Number Per Acre (SNPA). Usually counted by number of millions Waste WASTE Waste The difference in mass, expressed as a percentage of the fed stock and delivered stock BRACTCL - Estimantion The degree of red coloration to the bracts. Fiber nep size Fiber nep size (FNS), an AFIS measurement on nep size FNS Nep size Observe the number of nectary glands on the undersides of the leaf LfNect - Estimation node/branch BCONC - Measurement Standard method for the total Boron (B) content measured in a given volume of petiole extract DTB - Counting Trichome density on margin of bract. A bract from a mid-canopy, first position boll is collected from six plants per plot and taken to laboratory, where they are examined using a viewing scope. Number of marginal trichomes in an designated area are counted, and expressed as number per cm Severity of bacterial blight disease caused by Xanthomonas citri pathovar malvacearum (Xcm) or Xanthomonas axonopodis pv. malvacearum (Xam) Bacterial blight disease severity Bacterial blight disease severity BBDS index FLWSC - Estimation Average plot flowering response approximately 3 weeks post Summer Solstice. Code description: no squares=no sign of flowering response in the plot; squares=flower buds are formed in the plot; flowers=flowers are opening, but bolls are not yet formed; bolls=bolls are developing on the plants; open bolls=already maturing VWDS - Computation Verticillium wilt severity (or disease infection index) is calculated in flowering stage. the formula is: DI=[Ʃ(Ni × i)/(N × i)] × 100, Where i is the maximum disease grade, Ni, the number of plants with corresponding disease grade and N the number of total investigated plants Wet tolerance is the degree to which a plant is adapted to excess water conditions Wet tolerance WETT Wet tolerance Aphid resistance APR Resistance to aphid (Aphis gossypii) Aphid resistance SCY Weight of harvested cotton seed by each plant/plot/area Seed cotton yield Yield Pollen color POLLENCL - Estimation Anthracnose resistance CGR Coletotrichum resistance Resistance to anthracnose (Colletotrichum gossypii) Target leaf spot disease severity LSTDS Severity of target leaf spot disease (or corynespora leaf spot) caused by fungus Corynespora cassiicola Target leaf spot disease severity 1-5 plant shape scale Number of susceptible plants per plot were counted in a plot inoculated with 4 races of Xanthomonas axonopodis pv. Malvacearum. If susceptible plants were found throughout plot, plot was given a score of 9. BBDS - Estimation LVFM - AFIS Measurement LVFM (%), an AFIS measurement on lint visible foreign matter content BrNect Nectaries The presence of nectar glands on the base of the bracts on the outside or abaxial side Bract nectaries Weight LI The weight of lint per 100 seed Lint index The verticillium wilt disease incidence is calculated as the ratio between the number of infected plants and the total number of plants. OR: Disease incidence = No. of infected plants x 100 Total no. of plant assessed VWDI - Computation Standard method for the total phosphorus (P) concentration measured in a given volume of seed extract PCONC - Measurement The mean production of the plots harvested, expressed in weight of lint of each plant/plot/area Yield LY Lint yield Flower petal pigmentation Color PetCol Petal color Visually boll open rated near the time of defoliation BOR - Computation FWDI Observe incidence of fusarium wilt disease, caused by the Fusarium wilt fungus (Fusarium oxysporum f. sp. vasinfectum) Fusarium wilt disease incidence Fusarium wilt disease incidence SDV - Measurement The energy required for seed germination Fiber Spinning Consistency Index (SCI) is an HVI measurement calculated value based on a regression equation. This equation takes into account all HVI properties and calculates one value to be used on each sample tested. The SCI is an index derived with data from a large number of cotton samples having a wide range in properties that is related to test data from yarn spun from each sample FSCI - Measurement Copper concentration The total Copper (Cu) concentration measured in a given volume of a plant or a plant part or plant extract CUCONC Copper concentration 0-4 fuzz grade scale Using AFIS to measure the length which is exceeded by 25% of the fibers by weight Upper quartile length by weight UQLW Length LY - Measurement Lint yield (kg/ha) 1-8 leaf shape scale read g/plot num/mm2 g/plant BWT - Computation BWT (seed cotton weight per boll) = the weight of 25 boll samples in gram divided by 25 Sodium concentration NACONC The total Sodium (Na) concentration measured in a given volume of a plant or a plant part or plant extract Sodium concentration VWDS - Computation Verticillium wilt severity (or disease infection index) is calculated in seedling stage. the formula is: DI=[Ʃ(Ni × i)/(N × i)] × 100, Where i is the maximum disease grade, Ni, the number of plants with corresponding disease grade and N the number of total investigated plants FQS Quality Fiber quality score Fiber quality score (Qscore), very similar to a selection index, adds the weighted values of selected fiber traits (length, mic, UI, strength) to provide a single measure (0-100) of desirable fiber qualities Standard method for the total magnesium (Mg) concentration measured in a given volume of leaf extract MgConc - Measurement m Standard method for the total Calcium (Ca) concentration measured in a given volume of stem extract CACONC - Measurement 1-6 leaf color scale Seed cotton yield (g/plot) SCY - Measurement Observe the growth of plants per plot/entry under droughted condition and rate the tolerance DRTT - Estimantion SFC-HVI (short fiber content measured by HVI), it is the HVI value of short fiber index (SFI) SFC - HVI Measurement VWDS - Computation Verticillium wilt disease severity (or disease infection index) was calculated according to the formula: DI=[Ʃ(Ni × i)/(N × i)] × 100, Where i is the maximum disease grade, Ni, the number of plants with corresponding disease grade and N the number of total investigated plants FNC - AFIS Measurement FNC (g-1), an AFIS measurement on nep count QS-1-1-3-5 - Computation Fiber quality score calculated by weighting selected fiber traits as follows: fiber length (0.1), mic (0.1), UI (0.3), and strength (0.5) PH Height of the plant at maturity Height Plant height The degree of red coloration to the bracts BrCol Color Bract color SFCw (g), an AFIS measurement on the percent of the fibers, calculated by weight, that are less than 0.50 inch or 12.7 mm SFC - AFIS SFCw Measurement SCY - Measurement Seed cotton yield measured in lb/a from machine harvest million/acre FS - Measurement T0 Fiber Strength T0 from Pressley (joined jaws), expressed in grams force per tex The amount of total cotton seed protein that is composed of isoleucine AAILE Isoleucine content Seed isoleucine content The percent by weight of short fibers (12.7 mm or less) measured by Suter-Webb array method, or AFIS (Advance Fiber Information System), or the SFI from HVI (High Volume Instrument) Short fiber content SFC Short fiber content Tobacco budworm percent of potential yield Potential LY - Computation L1L - Measurement Measure the length of leaf main lobe unit Locule number Number of locules per boll LCLNPB Number of locules (cavities or chambers) per boll FLW50 - Estimantion Duration in days between seed germination to 50% flowering Valine content Seed valine content AAVAL The amount of total cotton seed protein that is composed of valine 1-4 boll pitting scale In the Regional test the standard skein strength of the yarn in millinewtons per tex(mN/tex) is estimated from miniature skeins. The data are adjusted to standard skein basis and corrected to 27 tex YS - Measurement SCNC - AFIS Measurement SCNC (Seed Coat Nep Count per Gram) is an AFIS measurement on the number of neps normalized per gram that are classified as seed coat neps PlotStd - Estimation Stand establishment of the accession in the plot QS-5-2.5-1.5-1 - Computation Fiber quality score calculated by weighting selected fiber traits as follows: fiber length (0.5), mic (0.25), UI (0.15), and strength (0.10) 0-3 light-heavy petal spot scale Density of gossypol glands in the leaves. LFGL - Estimation FALIN - Measurement Standard method for seed linolenic acid content Indicate if the plot of an accession appears uniform or is variable PlotHomo Homogeneity Plot homogeneity Seed palmitic acid content Palmitic acid content FAPAL The amount of total cotton seed oil that is composed of palmitic acid (omega-7 fatty acid) 1-9 low-high DTS rating 0-3 leaf glands scale AALEU - Measurement Standard method for seed leucine content FWR - Estimation Fusarium wilt resistance AAVAL - Measurement Standard method for seed valine content (%) PCONC - Measurement Standard method for the total phosphorus (P) concentration measured in a given volume of stem extract Presence of target leaf spot disease based upon: 1 = no disease, 2 = very few lesions in canopy, 3 = few lesions noticed in lower and upper canopy, 4 = some lesions seen and < 10% defoliation, 5 = lesions noticeable and < 25% defoliation, 6 = lesions numerous and < 50% defoliation, 7 = lesions very numerous and < 75% defoliation, 8 = numerous lesions on few remaining leaves and < 90% defoliation, 9 = very few remaining leaves covered with lesions and < 95% defoliation, and 10 = plants defoliated LSTDS - Estimation Stigma exsertion STGMTP The classified length of the stigmatic column in relation to the antheridial cone Exsertion The immaturity ratio is a dimensionless number which describes a physical characteristic of the fiber cross section Fiber immature content Maturity FIM 0-3 plant color scale Protein content in seed kernel estimate (Low/High) SPC - Estimation FBNDN - Computation The everage number of nodes on fruit branches Verticillium wilt incidence on is calculated in seedling stage, as the ratio between the number of infected plants and the total number of plants. OR: Disease incidence = No. of infected plants x 100 Total no. of plant assessed VWDI - Computation The mass of 100 fuzzy seeds, in grams SI Weight Seed index Standard method for the total Iron (Fe) concentration measured in a given volume of leaf extract FeConc - Measurement Flowering to boll opening time DOFB Days flowering to boll open Number of days from flowering to boll opening Standard method for the total Iron (Fe) content measured in a given volume of root extract FECONC - Measurement VWDI - Computation Verticillium wilt incidence on is calculated in flowering stage, as the ratio between the number of infected plants and the total number of plants. OR: Disease incidence = No. of infected plants x 100 Total no. of plant assessed Potassium to sodium concentration ratio Potassium to sodium concentration ratio in given volume The ratio of total potassium (K) concentration to sodium (Na) concentration measured in given volumes of a plant or a plant part or plant extract KNACONCR Color Pollen color Pollen pigmentation PollCol Coloration on stem surface Stem color Color StmCol 1-5 boll shape scale 0-3 boll nectaries scale Chl - Measurement Standard method for leaf chlorophyll content PltCol Plant color Plant pigmentation Color Lobe width L3W The width of leaf third lobe Leaf third lobe width Trichome density on bract DTB Trichome density on margin of bract Trichome density Relative size of the bolls BollSz - Estimation Arealometer a Arealometer A measures the external surface area of the fibers of a given volume of material, expressed in square mm per cubic mm of fibrous material Arealometer A AREOA The length at the 2.5% of fibers in an array are that long or longer Length SL2.5 2.5 span length CGR - Estimation Observe the plants and give number of level that are resistance to anthracnose diseases (1 = Immune, 5 = Highly Susceptible) 0-3 low-high gossypol glands density scale In the Regional test the standard skein strength of the yarn in millinewtons per tex (mN/tex) is estimated from miniature skeins Yarn strength YS Strength FALIN Linolenic acid content Seed linolenic acid content The amount of total cotton seed oil that is composed of linolenic acid (omega-3 fatty acid) The foliage density on the plants CNPTY - Estimation PConc - Measurement Standard method for the total phosphorus (P) concentration measured in a given volume of leaf extract Standard method for the total sodium (Na) content measured in a given volume of petiole extract NACONC - Measurement Color grade Color grade refers to the gradations of reflectance (Rd) and yellowness (+b) the cotton Fiber color grade FCG BollSp - Estimation Degree of roundness to the boll shape First fruiting branch position measured by number of stem node Position First fruit branch position by node FFBN The length at the 50% of fibers in an array are that long or longer 50 span length SL50 Length 1-8 low-high scale 0-5 low-high productive scale SCONC - Measurement Standard method for the total sulfur (S) concentration measured in a given volume of seed extract Fiber strength FS - Measurement SI (seed index) = the weight of 100 sampled fuzzy seeds in grams SI - Measurement Color Coloration on boll surfaces BollCol Boll color SCONC - Measurement Standard method for the total sulfur (S) content measured in a given volume of root extract VWDS - Computation Verticillium wilt severity (or disease infection index) is calculated in plant mature stage. the formula is: DI=[Ʃ(Ni × i)/(N × i)] × 100, Where i is the maximum disease grade, Ni, the number of plants with corresponding disease grade and N the number of total investigated plants 1-3 low-high bract teeth number scale BConc - Measurement Standard method for the total Boron (B) concentration measured in a given volume of leaf extract AreoAH - Arealometer Measurement Arealometer AH measures specific area, which is an arealometer A determined at high pressure 0-3 bract nectaries scale Standard method for the total magnesium (Mg) content measured in a given volume of petiole extract MGCONC - Measurement 1-6 low-high disease severity rating L1L2A - Measurement Measure the angle between two leaf lobes Fiber length in millimeter FL - Measurement g/tex 1-5 short-long fiber length scale The ratio between the number of bacterial blight Xcm (Xanthomonas citri subsp. malvacearum) susceptible plants and the total number of plants BBDI - Computation Trichome density on stem apex is visually rated using reference scale of 1 (smooth), 3 (lightly hairy), 5 (hairy), 7(very hairy), and 9 (pilose) for six plants per plot DTS - Estimation BRACTTP - Estimantion Type of bract according to shape or placement relative to the boll kg/ha The relative density of gossypol glands on the stems. Code description: glandless=no observable dark glands on the stems; medium=typically seen density of gossypol glands for most cotton cultivars; light=lower than normal density of gossypol glands; heavy=density of glands is greater than that normally seen in most cotton cultivars STEMGL - Measurement Plant response to bacterial blight Xam (Xanthomonas axonopodis pv. Malvacearum). Less than 4 susceptible plants/plot was classed as resistant; 4 to 6 plants classed as intermediate; and more than 6 plants classed as susceptible. OR: Less than 20% susceptible plants was classed as resistant; 21%-50% classed as intermediate; and more than 50% classed as susceptible BBR - Estimation Stem diameter StmD The stem diameter Diameter Fragment Seed coat fragments (SCFs) are the parts of a seed coat that have been broken from the surface of either mature or immature seeds during mechanical processing Seed coat fragment SCF number The degree of red coloration to the leaf color. LFCL - Estimation 1-3 stem color scale Is the fiber strength of a bundle of fibers measured with the two jaws holding the fiber bundle separated by one-eighth inch, expressed in cN per tex FS - Measurement T1 Standard method for seed cysteine content AACys - Measurement Standard method for oleic acid content FAOle - Measurement 0-3 light-heavy glands scale Leaf second lobe width L2W The width of leaf second lobe Lobe width 0-7 fuzz color scale 1-4 small-large size scale AAGly - Measurement Standard method for seed glycine content