Keywords: فلات تبت; Alpine treeline; Divergence problem; Climate response; Tibetan Plateau; Tree ring;
مقالات ISI فلات تبت (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: فلات تبت; Climate warming; Community Land Model; Machine learning; Nitrogen cycle; Permafrost; Tibetan Plateau;
Keywords: فلات تبت; Soil organic carbon; Digital soil mapping; Tibetan Plateau; Soil carbon stock; Climate change;
Keywords: فلات تبت; Machine learning; Tibetan Plateau; Permafrost degradation; Maximum thickness of seasonally frozen ground; Climate change;
Keywords: فلات تبت; Rivers; Water chemistry; Trace elements; Tibetan Plateau;
Keywords: فلات تبت; Nature reserve networks; Ecological conservation; Ecosystem change; Climate variability; Tibetan plateau;
Keywords: فلات تبت; Tibetan Plateau; Aerosol size distribution; Religious activities; Incense burning; Biomass burning; Source apportionment;
Keywords: فلات تبت; Brown carbon; Light absorption coefficient; Mass absorption cross section; Tibetan Plateau;
Keywords: فلات تبت; Growth trends; Growth response; Global warming; Drought stress; Treeline; Tibetan Plateau;
Keywords: فلات تبت; Vegetation phenology; Tibetan Plateau; End of season (EOS); Climate change; BRT model;
Keywords: فلات تبت; Nitrogen cycling microbes; Meta-gene expression; Soil inorganic nitrogen; Grassland degradation; Grassland restoration; Tibetan plateau;
Keywords: فلات تبت; Coping styles; Personality; Plateau pika; Stress reactivity; Tibetan Plateau;
Keywords: فلات تبت; PAHs; Tibetan Plateau; Long-range atmospheric transport (LRAT); Alpine region; Mountain;
Keywords: فلات تبت; Organochlorine pesticides; Atmospheric deposition; Lateral remobilization; Sedimentary core; Tibetan plateau;
Keywords: فلات تبت; Polybrominated diphenyl ethers; Atmospheric dispersion; Waste leachate; Landfill; Tibetan plateau;
Keywords: فلات تبت; Atmospheric moisture transport; Precipitation; Mini-review and challenges; Qualitative and quantitative analyses; Tibetan Plateau;
Keywords: فلات تبت; Stable isotopic composition; Yarlungzangbo; Hydrological process; Isotope-discharge pattern; Tibetan Plateau;
Keywords: فلات تبت; Persistent organic pollutants; Temporal trend; Half-life; Tibetan Plateau;
Keywords: فلات تبت; Tibetan plateau; India-Asia collision; analogue modeling; Xianshuihe fault; Longmen Shan thrust belt; Songpan-Ganzi terrane;
Keywords: فلات تبت; Climate changes; Livestock grazing; Tibetan plateau; Soil microbes; Microbial activity;
Keywords: فلات تبت; Tibetan Plateau; Community properties; Field experiment; Species richness; Species evenness; Species diversity;
Keywords: فلات تبت; Tibetan Plateau; Soot particles; Ageing; Glacier area; Individual particle analysis;
Keywords: فلات تبت; Phenology; Tibetan plateau; NDVI3g; PLS; SOS; EOS;
Keywords: فلات تبت; Tree-ring width; South Asian summer monsoon; Drought variability; Tibetan Plateau;
Keywords: فلات تبت; HANPP; Anthropogenic activities; Grassland degradation; Ecosystem management; Tibetan Plateau;
Keywords: فلات تبت; Spatial distribution; Hydrochemistry; Ground ice; Permafrost; Tibetan Plateau;
Keywords: فلات تبت; Monsoon precipitation; Tibetan plateau; Southwestern China; Spatial pattern; Stalagmite;
Keywords: فلات تبت; Light-absorbing impurities; Albedo reduction; Radiative forcing; Glacier melting; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; extrusion tectonics; GPS; leveling; strain partition;
Keywords: فلات تبت; Tibetan Plateau; Qaidam Basin; Dune sand; Provenance; Geochemistry;
Keywords: فلات تبت; Tibetan Plateau; Grassland yield changes; Climate change; Grazing activities; Protection and restoration projects;
Keywords: فلات تبت; Alpine grassland; Nutrient interaction; Nutrient stoichiometry; Permafrost; Soil nutrients; Tibetan Plateau;
Keywords: فلات تبت; Downscaling; Temporal continuity; Geographically weighted regression; Soil moisture; AMSR-E; Tibetan plateau;
Keywords: فلات تبت; Tibetan plateau; Soil organic matter; Pasture degradation; Soil nutrients; Carbon sequestration;
Keywords: فلات تبت; provenance; zircon U-Pb geochronology; South China Sea; Pearl River; Tibetan Plateau; topography;
Keywords: فلات تبت; Weather radar; Quantitative precipitation estimation (QPE); Reflectivity threshold; Storm tracking/identification; Complex terrain; Tibetan Plateau;
Keywords: فلات تبت; Experimental warming; Soil organic carbon; Soil aggregates; Solid-state 13C NMR; Alpine meadow; Tibetan Plateau;
Keywords: فلات تبت; Frozen soil; Runoff; Land surface modelling; Tibetan Plateau;
Keywords: فلات تبت; Mercury speciation; Snow/ice; Migration; Transport; Mountain glacier; Tibetan Plateau;
Keywords: فلات تبت; Grassland; Climate change; Tibetan Plateau; Inner Mongolia; ORCHIDEE model;
Keywords: فلات تبت; Fluvial system; Tibetan Plateau; Provenance; Late Pliocene;
Keywords: فلات تبت; Vegetation growth; Land surface phenology; Snow cover phenology; Response mechanism; Tibetan Plateau;
Keywords: فلات تبت; Alluvial fan; Aggradation and incision; Tibetan Plateau; OSL dating;
Keywords: فلات تبت; surface uplift; Tibetan Plateau; East Asian monsoon; latitude & paleogeography;
Keywords: فلات تبت; TRMM PR; GPM DPR; Tibetan Plateau; Precipitation; Topography;
Keywords: فلات تبت; Soil Moisture Active Passive (SMAP); Liquid soil water; Frozen and thawed soils; Discrete radiative transfer model; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; Snow cover extent; AVHRR surface reflectance CDR; Climate change;
Keywords: فلات تبت; Neogene; Tibetan Plateau; Geomorphology; Landslide; Rotational-translational;
Keywords: فلات تبت; South Asian High; Northward movement; Tibetan Plateau; Asian summer monsoon; Condensation heating;
Keywords: فلات تبت; Levoglucosan; Biomass burning; Tibetan plateau;