Keywords: فلات تبت; Extrusion; Rotation; Indochina Block; Tibetan Plateau; Paleomagnetic;
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; Density; Geomagnetic intensity; Tibetan Plateau; Tarim Basin; Altyn Tagh Mountains; Qaidam Basin;
Keywords: فلات تبت; Large-scale climate classification; Central Asia dryland; Westerly; Mediterranean climate; Moisture transport; Tibetan Plateau;
Keywords: فلات تبت; Palynology; Tibetan Plateau; Stratigraphy; Late Eocene; Paleoclimate;
Keywords: فلات تبت; Tree-ring; Annual minimum temperature; Sabina tibetica; Tibetan Plateau; Atlantic Multidecadal Oscillation;
Keywords: فلات تبت; Moho topography; Tibetan Plateau; Multi-scale gravity analysis; Gravity anomaly; Wavelet multi-scale analysis;
Keywords: فلات تبت; Thermokarst lake; Supra-permafrost discharge; Hydrological regime; Lake growth; Tibetan Plateau;
Keywords: فلات تبت; Fatty acids; Terrestrial plants; Submerged plants; Algae; Tibetan Plateau;
Keywords: فلات تبت; Geomorphology; OSL dating; Paleoclimate; Tibetan Plateau;
Keywords: فلات تبت; Climate change; Tectonic activity; Early Pliocene Warm Period; Tibetan Plateau; Ostracoda; Asian summer monsoon;
Keywords: فلات تبت; Tectonic geomorphology; Qilian Shan plateau; Tibetan Plateau; Low-relief landscape; Plateau formation;
Keywords: فلات تبت; Tibetan Plateau; Himalaya; Uplift history; Monsoons; Biodiversity; Molecular phylogeny;
Keywords: فلات تبت; Mantle peridotites; Ultra-refractory mantle; Partial melting; Xigaze ophiolites; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; Bangong-Nujiang Suture Zone; Gufeng ocean island; Late Permian; Late Triassic; Geochemistry;
Keywords: فلات تبت; Longmen Shan; Tibetan plateau; Beichuan fault; total exhumation of the Pengguan massif; Fault offset; Greenschist metamorphism; Thermobarometry; 40Ar/39Ar dating; Lower Cretaceous;
Keywords: فلات تبت; Qaidam basin; Tibetan Plateau; Crystalline basement; Geochronology and geochemistry; Cenozoic tectonics;
Keywords: فلات تبت; Tibetan Plateau; Qiangtang terrane; Paleomagnetism; Cretaceous; Tectonic rotation;
Keywords: فلات تبت; Tibetan Plateau; Longmuco-Shuanghu-Lancangjiang suture zone; Ocean island; Late Permian-Middle Triassic;
Keywords: فلات تبت; Sr-Nd-Pb-Hf isotopes; Potassic volcanic rocks; Adakitic intrusions; Lhasa terrane; Tibetan plateau;
Keywords: فلات تبت; Tibetan Plateau; Qaidam Basin; Magnetostratigraphy; Sedimentation rate; Tectonics;
Keywords: فلات تبت; Hydrocarbons; Air deposition; Source identification; Historical record; Travertine; Tibetan Plateau;
Keywords: فلات تبت; Black carbon; Tibetan Plateau; Aerosol-snow/ice radiative effects; Regional climate model;
Keywords: فلات تبت; Apiculture; Community biodiversity; Ecosystem function; Ecosystem services; Land use change; Nectariferous plant; Tibetan plateau;
Keywords: فلات تبت; continental collision; crustal and upper-mantle structure; receiver-function imaging; Tibetan plateau; continental subduction; lower-crustal delamination;
Keywords: فلات تبت; Alpine grassland; Ecosystem respiration; Grazing; Temperature sensitivity; Tibetan Plateau;
Keywords: فلات تبت; CRNS; Soil moisture; Alpine meadow; Tibetan Plateau;
Keywords: فلات تبت; Hydrological regime; Permafrost degradation; Runoff; Climate change; Tibetan Plateau;
Keywords: فلات تبت; Tree rings; MXD; Tibetan Plateau; August mean minimum temperature; AMO;
Keywords: فلات تبت; Density-mediated indirect interactions; Herbivore; Pollinator; Tibetan Plateau; Top-down control; Trophic cascade;
Keywords: فلات تبت; NPPgap; HANPP; Plant functional traits; Precipitation legacy; Tibetan Plateau;
Keywords: فلات تبت; Carbon monoxide; China; Energy; Exposure; Household air pollution; Nitrogen oxides; Particulate matter; Tibetan Plateau;
Keywords: فلات تبت; Polycyclic aromatic hydrocarbons; Tibetan Plateau; Indian monsoon; South Asia; Atmospheric transport;
Keywords: فلات تبت; Soil extracellular enzyme; Nitrogen; Phosphorus; Nutrient availability; Alpine grassland; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; Riverine outflows; Nitrogen balance; Climate change;
Keywords: فلات تبت; Digital soil mapping; Soil organic carbon; Boosted regression tree; Random forest; Environmental variables; Tibetan Plateau;
Keywords: فلات تبت; Mercury; Atmospheric particulate; Lhasa; Tibetan Plateau; China;
Keywords: فلات تبت; Black carbon; Tibetan Plateau; Interannual variations; South Asian summer monsoon;
Keywords: فلات تبت; Tibetan Plateau; Alpine grassland; Net primary productivity; Climate change; Ecological restoration
Keywords: فلات تبت; Ecosystem respiration; Soil respiration; Total autotrophic respiration; Heterotrophic respiration; Experimental warming; Tibetan Plateau;
Keywords: فلات تبت; Hydrogen isotopes; Water isotopes; Leaf wax; Lake sediments; Tibetan Plateau; Holocene;
Keywords: فلات تبت; Antimony; Glacier; Elemental records; Anthropogenic impact; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; Kobreasia capillifolia; endophytic bacteria; diversity; biological functions;
Keywords: فلات تبت; Deserts; Tibetan Plateau; Loess; Atmospheric dust; Climate change;
Keywords: فلات تبت; Tibetan Plateau; Alpine meadow degradation; Bacteria; Fungi; Composition; Diversity
Keywords: فلات تبت; anisotropic tomography; Tibetan plateau; lateral heterogeneities; diverse deformation patterns; crustal and uppermantle structures;
Keywords: فلات تبت; Tibetan Plateau; Dust event; Plateau dust index; Wind; NDVI;
Keywords: فلات تبت; Cryoconite; TEM-EDX; Light absorbing impurities; Tibetan Plateau;
Keywords: فلات تبت; Tibetan Plateau; Nepal; China; PMF model; Toxicity assessment; Mountain;
Keywords: فلات تبت; Mercury; Glacier; River water; Lake water; Transportation; Tibetan Plateau
Keywords: فلات تبت; Sichuan Basin; Tibetan Plateau; Alluvial sediment; Aeolian deposit; Compositional maturity; Isotopic tracing; Dust provenance; Pedogenic concretions; Sedimentary hiatus; Strata age;