Keywords: بیوماس زیرزمینی; Increased temperature; Normalized difference vegetation index; Soil adjusted vegetation index; Aboveground biomass; Gross primary production;
مقالات ISI بیوماس زیرزمینی (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: بیوماس زیرزمینی; 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
Keywords: بیوماس زیرزمینی; Wood specific gravity; Terrestrial LiDAR; Aboveground biomass; Linear model; Error propagation; Cameroon eastern forest; Remote sensing;
Keywords: بیوماس زیرزمینی; NFI; Forest inventory; Remote sensing; Aboveground biomass; Forest plot; Carbon cycle;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Diameter at breast height; Modelling; Individual tree crowns; Remote sensing; Airborne laser scanning; Hyperspectral imagery;
Keywords: بیوماس زیرزمینی; Normalized difference vegetation index; Soil-adjusted vegetation index; Gross primary production; Aboveground biomass; Climatic change; Alpine grassland;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Evapotranspiration; Harvest index; Maize hybrids; Root/shoot ratio; Water use efficiency; Zea mays L;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Cluster sampling; Forest inventory; Point process; Sampling design; Tropical rain forest;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Tropical forest; Disturbance; Lidar simulation; Forest modeling; Resolution; Scale;
Keywords: بیوماس زیرزمینی; Aboveground biomass; SAR remote sensing; Random forest; Stochastic gradient boosting; Data synergy;
Keywords: بیوماس زیرزمینی; Aboveground biomass; LiDAR; Forest inventory;
Keywords: بیوماس زیرزمینی; Soil organic carbon; Aboveground biomass; Geopedologic land units; Terrestrial carbon; Site quality;
Keywords: بیوماس زیرزمینی; Grazing intensity; Soil organic carbon; Carbon input; Carbon transformation; Soil respiration; Soil microenvironment; Ï; soil bulk density; AGB; aboveground biomass; DOC; dissolved organic carbon; MBC; microbial biomass carbon; PMC; potentially mineraliz
Keywords: بیوماس زیرزمینی; Blue carbon; Uncertainty analysis; Aboveground biomass; EVI; National carbon inventory;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Fine roots; Edge effects; Forest fragments; Soil organic carbon;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Destructive sampling; Allometric model; Secondary forest; Limestone; Indonesia;
Keywords: بیوماس زیرزمینی; AGB; aboveground biomass; CC; canopy cover; H; canopy height; LAI; leaf area index; MS; May 30-Sep. 23; SV; seasonal growth effect variable; TGR; Three Gorges Reservoir; VIF; variance inflation factor; VCC; volume related variable (HÂ ÃÂ CC); VLAI; vol
Keywords: بیوماس زیرزمینی; AGB; aboveground biomass; CPMAS TOSS NMR; cross-polarization magic-angle-spinning and total-sideband-suppression nuclear magnetic resonance; EOC; easily oxidizable organic carbon; FAC; fulvic acid carbon; HAC; humic acid carbon; HUC; humin carbon; MAP; me
Keywords: بیوماس زیرزمینی; Aboveground biomass; Agroforestry; Biodiversity; Species diversity; Structural equation models; Tree size variation;
Keywords: بیوماس زیرزمینی; Alley cropping; Soil organic carbon storage; Equivalent soil mass; Aboveground biomass; Belowground biomass;
Keywords: بیوماس زیرزمینی; Agroforestry; Aboveground biomass; Belowground biomass; Detrital biomass; C, N and P concentrations; Soil nutrient availability (supply rates);
Keywords: بیوماس زیرزمینی; PAR; Photosynthetically active radiation, in MJ per m2 ground area; fIpar; Fraction of intercepted photosynthetically active radiation, dimensionless; Ipar; Intercepted photosynthetically active radiation, in MJ per m2 ground area; CIpar; Crop Ipar accu
Keywords: بیوماس زیرزمینی; Aboveground biomass; Boreal forests; Remote sensing; Successional dynamics; MODIS; GLAS; ASAR;
Keywords: بیوماس زیرزمینی; Arrested succession; Climber cutting; Lianas; Natural regeneration; Aboveground biomass; Tropical forest restoration;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Allometric equation; Eco-region; Evergreen broadleaf forest; Pantropic equations; South Central Coastal Region of Viet Nam;
Keywords: بیوماس زیرزمینی; Designer biochars; Belowground biomass; Aboveground biomass; Hard setting subsoil
Keywords: بیوماس زیرزمینی; Designer biochars; Belowground biomass; Aboveground biomass; Hard setting subsoil
Keywords: بیوماس زیرزمینی; 3-PG model; Aboveground biomass; Rio grande valley; Spatial data;
Keywords: بیوماس زیرزمینی; Zea mays; Grain yield; Aboveground biomass; Harvest index; Ridge-furrow planting; Soil temperature; Soil moisture;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Grasslands; Plant functional traits; Plant water-use; Rooting depth; Root morphology;
Keywords: بیوماس زیرزمینی; AGB; aboveground biomass; IGPAR; accumulated intercepted by green tissue photosynthetic active radiation; AUDPC; area under disease progress; CGR; crop growth rate; FL; flag leaf layer; GLAI; green leaf area index; HAD; healthy area duration; HC; high con
Keywords: بیوماس زیرزمینی; SNPUA; spike number per unit area; GNPS; grain number per spike; TKW; thousand kernel weight; GNPUA; grain number per unit area; AB; aboveground biomass; PrAAA; pre-anthesis assimilate accumulation; PoAAA; post-anthesis assimilate accumulation; PoATR of P
Keywords: بیوماس زیرزمینی; Aboveground biomass; Allometric equation; Climate change; Evergreen broadleaf forest; Ecoregions of Viet Nam; Plant family;
Keywords: بیوماس زیرزمینی; Tropical forest; Moist deciduous forest; Leaf area index; Plant canopy analyzer; Aboveground biomass; Litter fall;
Keywords: بیوماس زیرزمینی; Uncertainty; Error; Aboveground biomass; Carbon; Lidar; Tropical forests;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Belowground biomass; Ecosystem services; Hydro-geomorphology dynamics; Integrated management; Kandelia obovata;
Keywords: بیوماس زیرزمینی; Growth; Development; Aboveground biomass; Winter wheat yield; Plant height; Climate change; Minimum temperature
Keywords: بیوماس زیرزمینی; Afforestation; Species composition; Aboveground biomass; Vegetation cover; Environmental variable
Keywords: بیوماس زیرزمینی; LiDAR and hyperspectral remote sensing; Aboveground biomass; Statistical prediction; Post-stratification; Model performance; Factorial design;
Keywords: بیوماس زیرزمینی; A. Maritimus; Asteriscus maritimus; AB; aboveground biomass; ADP; adenosine di-phosphate; APA; alkaline phosphatase enzyme activity; ATP; adenosine tri-phosphate; β-GLA; β-glucosidase enzyme activity; CAM; crassulacean acid metabolism; C. maritimum; Cri
Keywords: بیوماس زیرزمینی; Aboveground biomass; Communities; Conservation; Deforestation; Forest fragments; Remote sensing; Sacred groves; Western Ghats; Trends;
Keywords: بیوماس زیرزمینی; Aboveground biomass; East Africa; Nutrient cycling; N release; P release; Savanna;
Keywords: بیوماس زیرزمینی; Interaction; Leaf area index; Aboveground biomass; Biodiversity; Understory dynamic; Soil conditions
Keywords: بیوماس زیرزمینی; Aboveground biomass; Forest succession; Tropical forest; Steep slope; Remote sensing;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Root system; Semi-arid Loess Plateau; Triticum aestivum;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Leaf area index; Canopy height; Landsat; Uncertainty assessment
Keywords: بیوماس زیرزمینی; Aboveground biomass; Allometry; Biodiversity plantings; Carbon; Destructive sampling; Generalised equations;
Keywords: بیوماس زیرزمینی; Aboveground biomass; Eucalyptus camaldulensis; General allometric equation; Stem biomass; Tectona grandis
Keywords: بیوماس زیرزمینی; Carbon stocks; Aboveground biomass; Natural forests; Colombia; Allometric equations; Estimation method
Keywords: بیوماس زیرزمینی; Oedaleus decorus asiaticus; Grasshopper density; Dispersal; Aboveground biomass; Grasshopper–plant interaction; Spatial heterogeneity