Keywords: شاخص برداشت; AB; Aboveground biomass; CD; Cappelle Desprez; DS; Drought stress; HI; Harvest index; HT; Heading time; PH; Plant height; Pl; Plainsman V.; RDM; Root dry mass; RTND; Reproductive tiller number depression; SNSD; Seed number/spike depression; STI; Stress to
مقالات ISI شاخص برداشت (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: شاخص برداشت; Ground cover; Harvest index; Second growth; Stolon length; Tuberization; Tuber length to width;
Keywords: شاخص برداشت; Drought stress; Genetic correlation; Heritability; Micronutrients; ANOVA; analysis of variance; GFeC; grain iron concentrations; GFeY; grain Fe yield; GPC; grain protein concentration; GZnC; grain zinc concentrations; GZnY; grain Zn yield; HI; harvest ind
Keywords: شاخص برداشت; TRL; total root length; TSA; total surface area; RSA; root system architecture; NMVC; New Mexico Valencia C; PA; primed acclimation; HI; harvest index; Peanut; Hydrologic adaptability; Root system architecture; Water deficit; Irrigation;
Keywords: شاخص برداشت; Growing degree days; Harvest index; Kernel number per ear; Thousand-kernel weight;
Keywords: شاخص برداشت; CV; coefficient of variation; D; stand density; D9; 9 plants mâ2; D12; 12 plants mâ2; Exp.; experiment; H; hybrid; HI; harvest index; N; nitrogen; N0; no N added; N200; 200 kg N haâ1; Nc; critical N concentration; NHI; N harvest index; NNI; N nut
Keywords: شاخص برداشت; HI; harvest index; LER; land equivalent ratios; LI-BIRD; Local Initiatives for Biodiversity, Research and Development (a Nepalese NGO); masl; meters above sea level; ppm; parts per million; SAKNepal; sustainable agriculture kits for Nepal (a Canadian-fund
Keywords: شاخص برداشت; Rainfall; Water; Protein; Harvest index; Grain number; Grain weight; Yield gap;
Keywords: شاخص برداشت; Aboveground biomass; Evapotranspiration; Harvest index; Maize hybrids; Root/shoot ratio; Water use efficiency; Zea mays L;
Keywords: شاخص برداشت; DR; double ridge; DM; dry matter; FY; farm-yield; FD; flowering date; HI; harvest index; NSW; New South Wales; PAR; photosynthetically active radiation; PY; potential yield; RUE; radiation use efficiency; SD; sowing date; TS; terminal spikelet; TOS; time
Keywords: شاخص برداشت; C footprint; Organic farming; Greenhouse gases; Harvest index; C sequestration;
Keywords: شاخص برداشت; Canopy temperature; Crop water stress index; Drought stress; Harvest index; Lentil; Relative water content; Root-shoot ratio; Thermal imaging;
Keywords: شاخص برداشت; Harvest index; Crop yield; Aboveground residue; Carbon input; Agricultural soils;
Keywords: شاخص برداشت; Actinidia arguta; Dry matter; Harvest index; Maturity; Storage;
Keywords: شاخص برداشت; grain and straw N concentrations; grain yield; harvest index; N management; plant N uptake; reciprocal internal efficiency;
Keywords: شاخص برداشت; Vicia faba L.; Greenhouse; Harvest index; Cellulose; Pretreatments; Saccharification;
Keywords: شاخص برداشت; Wheat plant; Leachate; Trace element; Harvest index; Hazard quotient;
Keywords: شاخص برداشت; super rice; erect panicle; harvest index; nitrogen; planting density;
Keywords: شاخص برداشت; CEGH; cultivars with erect growth habit; CPGH; cultivars with procumbent growth; DAS; days after sowing; fIPAR; fraction of IPAR intercepted by the crop; GH; growth habit; HI; harvest index; HIPOD; HI of pods; IPAR; incident PAR; IPARi; intercepted IPAR;
Keywords: شاخص برداشت; Genetic improvement; Harvest index; Long-term trials; Water; Plasticity; Phenotype; Synergy;
Keywords: شاخص برداشت; DI; deficit irrigation; HI; harvest index; Gs; stomatal conductance; Pn; light-saturated photosynthetic rate; PNUE; photosynthetic nitrogen use efficiency; Tr; transpiration rate; SLA; specific leaf area; WUEi; instantaneous water use efficiency; WUEagr;
Keywords: شاخص برداشت; CT; conventional tillage; NT; no till; GY; grain yield; GN; grain number; KW; kernel weight; PHT; plant height; BM; biomass; HI; harvest index; %NC; grain nitrogen content; SPADSE; leaf greenness at stem elongation; SPADFL; leaf greenness at flowering; SP
Keywords: شاخص برداشت; Winter wheat; Harvest index; Light use efficiency; Radiation interception; Yield formation;
Keywords: شاخص برداشت; Dry matter and nitrogen remobilization; Evapotranspiration; Harvest index; Indo-gangetic plains; Rice genotype; Planting time; Water productivity;
Keywords: شاخص برداشت; %GR; % glucose release; DPC; dual-purpose cultivars; FE1-3; field experiments 1-3; FHB; fusarium head blight; GS; growth stage; HI; harvest index; N; nitrogen; N1-3; nitrogen treatments 1-3; PGRs; plant growth regulators; RFWS; root failure wind speed
Keywords: شاخص برداشت; CT; conventional tillage; HI; harvest index; NAR; apparent N recovery efficiency; NHI; nitrogen harvest index; NT; no tillage; NUE; nitrogen use efficiency; WUEb; water-use efficiency for biomass; WUEy; water-use efficiency for yield; Tillage; N fertiliza
Keywords: شاخص برداشت; Kreq; potassium requirement per Mg grain yield; HI; harvest index; KHI; potassium harvest index; PFPK; partial factor productivity of applied K; REK; apparent recovery efficiency; AEK; agronomic efficiency; Winter wheat; Potassium application; Grain yield
Keywords: شاخص برداشت; Emergence; Harvest index; Stolon; Tuber growth rate; Underground stem;
Keywords: شاخص برداشت; Cassava brown streak disease; Early harvesting; Harvest index; Path coefficient analysis;
Keywords: شاخص برداشت; N; nitrogen; NUE; N use efficiency; NRE; N recovery efficiency; NAE; N agronomic efficiency; HI; harvest index; TKW; 1000-kernel weight; LNC; leaf N concentration; GNC; grain N concentration; PNC; plant N concentration; E-J; the growth periods of emerge
Keywords: شاخص برداشت; Zea mays; Grain yield; Aboveground biomass; Harvest index; Ridge-furrow planting; Soil temperature; Soil moisture;
Keywords: شاخص برداشت; QUEFTS; Nutrient use efficiency; Crop nutrient equivalent; Nitrogen; Phosphorus; Potassium; Harvest index
Keywords: شاخص برداشت; dry matter partitioning; growth stage; harvest index; phosphorus level; rice; zinc level
Keywords: شاخص برداشت; ECG; end of crop growth; RUE; radiation use efficiency; TT; thermal time; PAR; photosynthetically active radiation; EGFP; effective grain filling period; CGR; crop growth rate; GGR; grains growth rate; HI; harvest index; fi; fraction of intercepted PAR; R
Keywords: شاخص برداشت; Phosphorus uptake requirements; Grain yield; Summer maize; Post-silking gain; Preq.; the phosphorus requirement megagramâ1 grain yield; HI; harvest index; PHI; phosphorus harvest index; DM; dry matter; NCP; North China Plain;
Keywords: شاخص برداشت; Biomass accumulation; Harvest index; N management; Sink size; Post-anthesis; N; nitrogen; NUE; nitrogen use efficiency; RUE; radiation use efficiency; NCP; North China Plain; TN; Tainong 18; LX; Liangxing99; ONR; optimal N rate; FNP; farmers' N practice
Keywords: شاخص برداشت; Subsoil compaction; Soil bulk density; Water supply; Harvest index; Root distribution; Crop yield
Keywords: شاخص برداشت; Mungbean; Row configurations; Water-use efficiency; Radiation-use efficiency; Harvest index;
Keywords: شاخص برداشت; grazing; harvest index; range management; sustainability;
Keywords: شاخص برداشت; AEZ; agro-ecological zone; BPR; by-product to product ratio; CIRY; crop-independent residue yield; BAT; best available technologies; FAO; Food and Agriculture Organization of the United Nations; FCI; Food Corporation of India; GOI; Government of India; Ha
Keywords: شاخص برداشت; Solanum tuberosum; Potential yield; Yield gap; Harvest index; Climate change; Modelling
Keywords: شاخص برداشت; AEZ; agro-ecological zone; ASSOCHAM; The Associated Chambers of Commerce and Industry of India; BPR; by-product to product ratio; BAT; best available technologies; CIRY; crop-independent residue yield; FAO; Food and Agriculture Organization of the United
Keywords: شاخص برداشت; Nitrogen; Cereals; Wheat; Yield; GPD; grain protein deviation; HI; harvest index; NHI; nitrogen harvest index; NUE; nitrogen use efficiency; NUpE; nitrogen uptake efficiency; NUtE; nitrogen utilization efficiency; SSA; sub-Saharan Africa; WGIN; Wheat Gene
Keywords: شاخص برداشت; Soil organic carbon; Climate change; Crop yield; Root-to-shoot ratio; Harvest index; Rhizodeposition
Keywords: شاخص برداشت; HI; harvest index; LAI; leaf area index; MSE; mean squared error; NDVI; normalized difference vegetation index; PAR; photosynthetically active radiation; PVI; perpendicular vegetation index; WDVI; weighted difference vegetation index; Yield gap analysis;
Keywords: شاخص برداشت; Texture; Flesh firmness; Maturation; Stone fruit; Harvest index;
Keywords: شاخص برداشت; Dry matter accumulation; Harvest index; Rice; Sheath blight disease; Sink capacity; Quantitative trait loci;
Keywords: شاخص برداشت; DM; dry matter; gs; stomatal conductance; HI; harvest index; Pn; leaf photosynthetic rate; TGC; temperature gradient chamber; VPD; vapor pressure deficit; Global warming; Temperature gradient chamber; Seed yield; Soybean;
Keywords: شاخص برداشت; HI; harvest index; IE; internal efficiency; K; potassium; N; nitrogen; NE; nutrient expert; OPT; optimal practice treatment; P; phosphorus; RE; recovery efficiency; RIE; reciprocal internal efficiency; SSNM; site-specific nutrient management; QUEFTS model
Keywords: شاخص برداشت; ASI; anthesis-silking interval; ENV; environment; GY; grain yield; HI; harvest index; IPAR; intercepted photosynthetically active radiation; KN; kernel number; KW; kernel weight; LA; leaf area; LAI; leaf area index; NIWA; National Institute of Water and A