Keywords: تغییر گیاه; Vegetation change; Time series analysis; DBEST; TRHR; NDVI; MODIS;
مقالات ISI تغییر گیاه (ترجمه نشده)
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Keywords: تغییر گیاه; Vegetation change; Vegetation coverage; Hurst exponent; Topographical factors; Precipitation;
Keywords: تغییر گیاه; Change detection; Time series; Dynamic trend; Vegetation change; Temporal indices;
Keywords: تغییر گیاه; Namib Desert; Pollen; Faecal deposits; Palaeoecology; Vegetation change;
Keywords: تغییر گیاه; Pampa biome; Stable carbon isotopes; Soils vs. vegetation; Vegetation change;
Keywords: تغییر گیاه; Biome; Vegetation change; Topographic units; Holocene; Chinese Loess Plateau;
Keywords: تغییر گیاه; GCNP; Grand Canyon National Park; JUOS; Juniperus osteosperma; NPS; National Park Service; PIED; Pinus edulis; PIPO; Pinus ponderosa; PJ; pinyon-juniper; PJPW; pinyon-juniper persistent woodland; PPF; ponderosa pine forest; QUGA; Quercus gambelii; Pinyon-
Keywords: تغییر گیاه; Pollen analysis; Holocene; Geochemistry; Pole forest; Vegetation change; Tropical peatland;
Keywords: تغییر گیاه; Coastal forest; Ecosystem resilience; Marsh migration; Sea-level rise; Tidal salt marsh; Vegetation change;
Keywords: تغییر گیاه; Coastal habitat; Vegetation change; Ecotone migration; Sea level rise; Feedback;
Keywords: تغییر گیاه; Eutrophication; Machair; Nitrogen deposition; Sand dune; Scotland; Vegetation change;
Keywords: تغییر گیاه; Paleoecology; Labrador; Inuit; Land use; Vegetation change; Forest; Climate change; Little Ice Age; Late Holocene;
Keywords: تغییر گیاه; Paleoecology; Anthropogenic impact; California; Sierra Nevada; Fire history; Vegetation change;
Keywords: تغییر گیاه; Vegetation change; Southern Africa; East Africa; Mozambique; Fire history; Miombo; Podocarp forest; Grassland expansion; ITCZ;
Keywords: تغییر گیاه; Trend analysis; Permafrost thaw; Thermokarst; Thermoerosion; Land cover disturbances; River delta; Arctic tundra; Vegetation greening; Vegetation change; Coastal dynamics; Siberia;
Keywords: تغییر گیاه; Vegetation change; Herbarium records; Regional identity; Local conservation;
Keywords: تغییر گیاه; Pollen analysis; Vegetation change; Peat; Last glacial period; Leizhou Peninsula
Keywords: تغییر گیاه; Holocene; Pollen and charcoal analysis; Gallery forest; Savanna; Mangrove; Vegetation change; Human impact; Climate change; ITCZ and SACZ shift; ENSO;
Keywords: تغییر گیاه; Climate change; Weathering; Feldspar; Vegetation change; Wind River Range; Alpine region
Keywords: تغییر گیاه; 4.2 event; Bronze Age; GIS mapping; MAXENT modeling; Southern Levant; Urban rise and collapse; Vegetation change;
Keywords: تغییر گیاه; dune transformation; parabolic dune; aeolian; climatic change; eco-geomorphic response; vegetation change
Keywords: تغییر گیاه; Vegetation change; Habitats directive; Sampling design; Supplemented panel; Sea-level rise; Salinization;
Keywords: تغییر گیاه; Vegetation change; Exclosures; Long-term monitoring; Large herbivores; Plant community composition; Broadleaved temperate woodland
Keywords: تغییر گیاه; Explorers; Rangelands; Vegetation change; Fire; Kangaroos; Waterholes; Geo-referencing;
Keywords: تغییر گیاه; Pollen; Grain size; TOC; Asian monsoon; Westerlies; Late Holocene; Vegetation change; Mongolia
Keywords: تغییر گیاه; Soil temperature; Soil moisture; Clearcutting; Soil water chemistry; Vegetation change
Vegetation change alters soil profile δ15N values at the landscape scale
Keywords: تغییر گیاه; Soil δ15N; Vegetation change; Spatial patterns; Soil profile; Landscape scale; Woody encroachment;
Organic matter geochemical signatures (TOC, TN, C/N ratio, δ13C and δ15N) of surface sediment from lakes distributed along a climatological gradient on the western side of the southern Andes
Keywords: تغییر گیاه; Southern Hemisphere westerly winds; Climatology; Lake sediments; Latitudinal and orographic gradients; Geochemical indicators; Carbon and nitrogen isotopes; Vegetation change;
Dynamics and driving forces of Bojiang Lake area in Erdos Larus Relictus National Nature Reserve, China
Keywords: تغییر گیاه; Erdos Larus Relictus National Nature Reserve; Bojiang Lake; Lake area; Climate change; Vegetation change;
MODIS detection of vegetation changes and investigation of causal factors in Poyang Lake basin, China for 2001-2015
Keywords: تغییر گیاه; MODIS NDVI; Vegetation change; Abrupt change; Deforestation; Poyang Lake basin;
Spatio-temporal pattern of plant communities along a hydrologic gradient in Everglades tree islands
Keywords: تغییر گیاه; Everglades; Tree islands; Hydrology; Split moving window; Vegetation change;
Reconstructing past arboreal cover based on modern and fossil pollen data: A statistical approach for the Gredos Range (Central Spain)
Keywords: تغییر گیاه; Vegetation change; Arboreal cover; Palynology; Mountain environments; Non-metric multidimensional scaling;
Detecting and attributing vegetation changes on China's Loess Plateau
Keywords: تغییر گیاه; Vegetation change; Attribution analysis; Climate change; Human activities; Loess plateau;
Inundation and precipitation effects on growth and flowering of the high marsh species Juncus gerardii
Keywords: تغییر گیاه; Vegetation change; Dieback; Storms; Sea level rise
On the measurability of change in Amazon vegetation from MODIS
Keywords: تغییر گیاه; MODIS; Amazon; MAIAC; Sensitivity analysis; Vegetation change; MOD09;
Use of WorldView-2 time series to establish a wetland monitoring program for potential offsite impacts of mine site rehabilitation
Keywords: تغییر گیاه; WorldView-2; Time-series analysis; Vegetation change; Wetlands; Monitoring
The relative importance of nitrogen deposition as a driver of Racomitrium heath species composition and richness across Europe
Keywords: تغییر گیاه; Alpine; Critical load; Diversity; Graminoids; Mosses; Vegetation change;
20% loss of unimproved farmland in 22 years in the Engadin, Swiss Alps
Keywords: تغییر گیاه; Vegetation change; Unimproved grassland; Management intensity; Irrigation; Hotspot agro-biodiversity
Importance of soil moisture and N availability to larch growth and distribution in the Arctic taiga-tundra boundary ecosystem, northeastern Siberia
Keywords: تغییر گیاه; Carbon and nitrogen isotopes; Soil inorganic nitrogen pool; Topography; Vegetation change; Photosynthesis
Reconstructing past climates using carbon isotopes from fulvic acids in cave sediments
Keywords: تغییر گیاه; Cave sediments; Paleoclimate; Fulvic acids; Speleothems; Precipitation; Vegetation change
NDVI-based vegetation changes and their responses to climate change from 1982 to 2011: A case study in the Koshi River Basin in the middle Himalayas
Keywords: تغییر گیاه; climate change; Koshi River Basin; Normalized Difference Vegetation Index (NDVI); vegetation change; growing season; piecewise linear regression;
Forest dynamics during the transition from the Oldest Dryas to the Bølling-Allerød at Gerzensee-a simulation study
Keywords: تغییر گیاه; Vegetation change; Forest modeling; Oldest Dryas-Bølling transition; δ18O; Migration; Facilitation; Albedo; Scenario study; Pollen;
Late Pleistocene vegetation change in Korea and its possible link to East Asian monsoon and Dansgaard–Oeschger (D–O) cycles
Keywords: تغییر گیاه; Carbon isotope (δ13C) records; C4 plant abundance; East Asian monsoon; Dansgaard–Oeschger (D–O) cycle; Vegetation change
Prehistoric land use at an archaeological hot-spot (the rock art park of Campo Lameiro, NW Spain) inferred from charcoal, synanthropic pollen and non-pollen palynomorph proxies
Keywords: تغییر گیاه; Campo Lameiro (NW Spain); Rock art; Human activities; Vegetation change; Pollen; Non-pollen palynomorphs; Charcoal
Grazing Method Effect on Topographical Vegetation Characteristics and Livestock Performance in the Nebraska Sandhills
Keywords: تغییر گیاه; deferred rotation; interdunes; short-duration grazing; topography; vegetation change;
Identifying the woody resources of Diepkloof Rock Shelter (South Africa) using scanning electron microscopy of the MSA wood charcoal assemblages
Keywords: تغییر گیاه; Wood charcoal; Scanning electron microscopy; Middle Stone Age; Vegetation change; Palaeoenvironments; Wood selection
Vegetation response in the southern Lake Baikal region to abrupt climate events over the past 33 cal kyr
Keywords: تغییر گیاه; Vegetation change; Lake Baikal; Pollen analysis; Younger Dryas; Holocene; 8.2 cal ka cooling event
Holocene fire occurrence and alluvial responses at the leading edge of pinyon–juniper migration in the Northern Great Basin, USA
Keywords: تغییر گیاه; Fire; Holocene; Vegetation change; Charcoal; Debris flow; PJ woodlands; Albion Mountains; Idaho; Woodrat midden
Graying, greening and fragmentation in the rapidly expanding Indian city of Bangalore
Keywords: تغییر گیاه; Land cover change; Vegetation change; Fragmentation; Reforestation; Urban institutions
Vegetation and land-use effects on soil properties and water infiltration of Andisols in Tenerife (Canary Islands, Spain)
Keywords: تغییر گیاه; Andisols; Infiltration rate; Double-ring infiltrometer; Soil structure; Land use change; Vegetation change