Keywords: لندست; Data fusion; Land use classification; Urban expansion; SAR; Landsat; Greater Cairo; Giza;
مقالات ISI لندست (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: لندست; Canopy cover; Aerial image; Photogrammetry; Image matching; Point cloud; Remote sensing; Lidar; Landsat;
Keywords: لندست; Land change; Stratified estimation; Open source; Heterogeneous landscape; Landsat; BEEODA; West Africa; Capacity building; REDD;
Keywords: لندست; Spectral indices; Soybean; Landsat; Water stress; Argentina;
Keywords: لندست; Surface water body; Mapping; Landsat; Climate change;
Keywords: لندست; Watershed; Water quality; Nitrate; Leaching; Structural equation modelling; Landsat; Buffer strips;
Keywords: لندست; Sonoran Desert; Rodent; Abundance; Habitat modeling; Response curves; Surface temperature; Thermal infrared; Landsat;
Keywords: لندست; Image compositing; Landsat; Image metrics; Phenology; Corridor mapping; Connectivity; Land cover;
Keywords: لندست; Landsat; Cross-calibration; Spectral mixing; Global;
Keywords: لندست; Tree cover; ADS; SPOT5; Landsat;
Keywords: لندست; Restoration interventions; Biophysical impact; Landsat; MODIS; BACI sampling design;
Keywords: لندست; Regionalization; Disturbance; Recovery; Landsat; Spatial-temporal; Functional data analysis;
Keywords: لندست; Urban and peri-urban agriculture; Vegetation; MODIS; Landsat; Dakar; Harare; Detroit; Ho Chi Minh city;
Keywords: لندست; Fire scars; Forest recovery index; Time of complete recovery; Landsat;
Keywords: لندست; Urbanization; Medium cities; Land use change; Landsat; PiauÃ;
Keywords: لندست; Classification; Cover map; Landsat; Satellite; Big data; Google Earth Engine; Zambia; Land cover; Machine learning;
Keywords: لندست; Disturbance mapping; Landsat; Harvest; Bark beetle; Wind; Forest management;
Keywords: لندست; Bark beetle; Hyperspectral; Insect infestation; Landsat; Shortwave infrared; Vegetation stress;
Keywords: لندست; Software for Assisted Habitat Modeling; Bromus tectorum; Landsat; Random Forests; Land management;
Keywords: لندست; Landsat; CFMask; Cloud detection; Cloud validation masks; Biome sampling; Data products;
Keywords: لندست; Landsat; Time series analysis; LandTrendr; Land use change; Sub-Saharan Africa; Shifting cultivation; Angolan civil war;
Keywords: لندست; Tidal flat; Digital elevation model; Landsat; Radar altimetry; Tide model;
Keywords: لندست; Agriculture; Cropland; Sample; Remote sensing; Landsat; Image time-series; Classification; Decision tree;
Keywords: لندست; Agriculture; Landsat; MODIS; Google Earth Engine; Crop modeling; Big data; Remote sensing; Yield;
Keywords: لندست; Time series; Spectral unmixing; Urban vegetation; Landsat;
Keywords: لندست; Land cover change; Deforestation; Forest fragmentation; Southern Chile; Landsat;
Keywords: لندست; Landsat; Glacial lake; Glacier; Climate change; Himalaya;
Keywords: لندست; Urban systems; Landsat; Double sigmoid; Vegetation phenology; Urbanization;
Keywords: لندست; Yield estimation; Maize; Landsat; Google earth engine;
Keywords: لندست; Flood pulse; Shallow lake; Remote sensing; Landsat; Climate change; Dam; Pantanal; River flow alterations;
Keywords: لندست; Long-term monitoring; Mangroves; Tides; Automation; Landsat; ASTER; Programming; Remote sensing;
Keywords: لندست; Evapotranspiration; ET modeling; Historical ET; Landsat; SSEBop model; Thermal remote sensing; Water use;
Keywords: لندست; Nile Delta; NDVI; Vegetation; Remote sensing; Landsat; RapidEYE; Tell; Settlement mound;
Keywords: لندست; Change detection; Post-classification; Iterative slow feature analysis; Bayesian soft fusion; Land-use/land-cover; Multi-temporal; Landsat;
Keywords: لندست; Forest cover; Deforestation; Fragmentation; Landsat; Himalaya;
Keywords: لندست; Bare ground gain; Urbanization; Resource extraction; Area estimation; Uncertainty quantification; Accuracy assessment; Stratified sampling; Land cover and land use change; Landsat;
Keywords: لندست; Cropland; Field; Landsat; South America;
Keywords: لندست; Landsat; Time-series; Big data; Data cube; High performance computing; High performance data; Collection management; Geometric correction; Pixel quality; Australian Geoscience Data Cube;
Keywords: لندست; Agriculture; Landsat; MODIS; Area estimate; Sample; Soybean; United States; Argentina;
Keywords: لندست; Image processing; Landsat; Large area monitoring; MODIS; Phenological normalization; Zambia;
Keywords: لندست; Burned area; Essential climate variable; Landsat; Wildfire;
Keywords: لندست; Urban; Change detection; Land-cover classification; Landscape; Landsat; ZY-3;
Keywords: لندست; MODIS; Landsat; GDE Atlas; Evapotranspiration; Phreatophyte; Stygofauna; Water resource management; Remote sensing; Australia;
Keywords: لندست; Amazon; Environmental impact assessment; Landsat; Madeira River; Mega dam;
Keywords: لندست; Area closure; Community; Ethiopia; GIS; Image; Landsat;
Keywords: لندست; Genetic algorithm; Landsat; MODIS; Remote sensing; Water quality monitoring;
Keywords: لندست; Deforestation; Landsat; Forest; Remote sensing; Woodland loss;
Keywords: لندست; Fire; Landsat; Remote sensing; Coastal; Aeolian;
Keywords: لندست; Landsat; Conflict; Humanitarian; Time-series; Human rights;
Keywords: لندست; Understorey; Vegetation; Habitat; Landsat; Phenology;