Keywords: تنوع فضایی; Stochastic; Masonry; Flexural bond strength; Bending; Spatial variability; Structural reliability;
مقالات ISI تنوع فضایی (ترجمه نشده)
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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: تنوع فضایی; Biomass maps; Accuracy; Fusion model; Spatial variability;
Keywords: تنوع فضایی; Spatial interpolation methods; Spatial variability; Soil hydraulic properties; Irrigation and drainage
Keywords: تنوع فضایی; Marine renewable energy; Resource assessment; Spatial variability; SWAN (Simulating WAves Nearshore);
Keywords: تنوع فضایی; Spatial variability; Energy flux; Baroclinic tide; Coastally-trapped waves; Expendable current profilers
Keywords: تنوع فضایی; cLHS, Conditioned Latin Hypercube sampling design; iPCA, Iterative principal component analysis; NED, National elevation dataset; RK, Regression krigingDigital soil mapping; Regression kriging; Landsat; Spatial variability; Terrain analysis; Data reductio
Keywords: تنوع فضایی; Bromide leaching; State-space model; Spatial variability; Land use; Soil texture
Keywords: تنوع فضایی; Spatial variability; Wind-affected slopes; Dry slab avalanche trigger points; Svalbard; High arctic
Keywords: تنوع فضایی; Spatial variability; Soil moisture; Controlling factors; Structural equation modeling; Hydrological processes;
Keywords: تنوع فضایی; China; Deforestation; Forest policy; Cross-scale; Spatial variability; Natural Forest Protection Program; Sloping Land Conversion Program
Keywords: تنوع فضایی; Management zone; Fuzzy k-means clustering; Spatial variability; Coastal; Reclaimed farmland;
Keywords: تنوع فضایی; Soil moisture; Temporal stability; Spatial variability; Meteorological factors; Regional scale;
Keywords: تنوع فضایی; Pore-network modeling; Spatial variability; Pore-scale heterogeneity; Microbial community structure; Geostatistics; Chemotaxis
Keywords: تنوع فضایی; Floodplain morphology; Floodplain sedimentation; Spatial variability; Riverine wetland; Nationalpark Donau-Auen; LIDAR
Keywords: تنوع فضایی; Tidal currents; Spatial variability; Estuaries; Wadden Sea; Tidal straining; Bottom boundary layer;
Keywords: تنوع فضایی; Heavy metals; Pollution hotspots; Spatial variability; Geostatistics; Moran's I;
Keywords: تنوع فضایی; Bridge; Seismic isolation; Seismic performance; Ground motion; Fault crossing; Spatial variability; Bolu Viaduct
Keywords: تنوع فضایی; Alpine snow cover; Spatial variability; Glacierized catchment; Lidar; Landsat; Monte Carlo simulations;
Keywords: تنوع فضایی; Soil moisture; Spatial variability; Temporal variability; Modeling; Optimal design;
Keywords: تنوع فضایی; Composite sample; Pooling technique; Soil CO2 and N2O fluxes; Spatial variability; Static chamber;
Keywords: تنوع فضایی; X-ray computed micro-tomography; Spatial variability; Native vegetation succession; Conventionally tilled row crop agricultural system;
Keywords: تنوع فضایی; Metals; Zlatna; Spatial variability; Lead; Arsenic;
Keywords: تنوع فضایی; Soil CO2 efflux; Forest dieback; Mediterranean ecosystem; Spatial variability; Quercus ilex; Pinus sylvestris;
Keywords: تنوع فضایی; Precision agriculture; Management zones; Spatial variability; Soil properties; Nutrient concentrations;
Keywords: تنوع فضایی; ECa; soil apparent electrical conductivity; NDVI; normalized difference vegetation index; EC1:2; soil salinity electrical conductivity of a soil-water extract ratio 1:2; Ïb; soil bulk density; SOC; soil organic carbon; Site-specific management; Spatial v
Keywords: تنوع فضایی; Factorial kriging analysis; Spatial variability; Heavy metals; Land use; Parent material;
Keywords: تنوع فضایی; Avalanche; Spatial variability; Terrain parameters; Couloirs; Persistent weak layers
Keywords: تنوع فضایی; Soil erosion estimation; RUSLE; Spatial variability; Raster data layers; Forest management; Australia;
Keywords: تنوع فضایی; European emission inventories; Disaggregation methods; Inter-comparative analysis; Spatial variability;
Keywords: تنوع فضایی; spatial variability; climatic classification; NPP; GPP; Earth; moisture index;
Keywords: تنوع فضایی; Alaska; Chukchi Sea; Benthic ecology; Spatial variability; Temporal variability; Topographic control;
Keywords: تنوع فضایی; Spatial variability; Magnetic susceptibility; Soil organic carbon; Total nitrogen; Farmland
Keywords: تنوع فضایی; Landfill cover soil; Landfill gas; Model validation; Flux chamber; Spatial variability; Temporal variability
Quantifying geostatistical properties of 137Cs and 210Pbex at small scales for improving sampling design and soil erosion estimation
Keywords: تنوع فضایی; CI; confidence interval; CV; coefficient of variation; IAEA; International Atomic Energy Agency; i.d.; inner diameter; RE; relative error; SD; standard deviation; SE; standard error; Std; standard; Fallout radionuclides; Cesium-137; Spatial variability; S
Field scale temporal and spatial variability of δ13C, δ15N, TC and TN soil properties: Implications for sediment source tracing
Keywords: تنوع فضایی; Sediment fingerprinting; Spatial variability; Temporal variability; Isotopes; Carbon; Nitrogen;
Incidence and mortality risk for respiratory tract cancer in the city of São Paulo, Brazil: Bayesian analysis of the association with traffic density
Keywords: تنوع فضایی; Air pollution; Vehicle emissions; Respiratory tract cancer; Bayesian analysis; Spatial variability;
Health assessment and spatial variability analysis of the Naolihe Basin using a water-based system
Keywords: تنوع فضایی; Water-based system; Health status evaluation; Spatial variability; Kriging interpolation method;
Land use regression models for the oxidative potential of fine particles (PM2.5) in five European areas
Keywords: تنوع فضایی; Oxidative potential; Land use regression; LUR; Spatial variability; Exposure assessment; Air pollution;
Surface deterioration analysis for probabilistic durability design of RC structures in marine environment
Keywords: تنوع فضایی; Surface deterioration; Concrete structures; Durability design; Spatial variability; Structural reliability;
Modeling added spatial variability due to soil improvement: Coupling FEM with binary random fields for seismic risk analysis
Keywords: تنوع فضایی; D5â95; Predominant duration; EQ; Earthquake; FEM; Finite element model; FF; Free-field; fstr; Fundamental frequency; GEM; Generalized Effective Medium; IM; Intensity measures; IA; Arias intensity; LMS; Loose-to-medium sand; MDS; Medium-to-dense sand; PH
Probabilistic HM failure envelopes of strip foundations on spatially variable soil
Keywords: تنوع فضایی; Offshore foundations; Failure envelopes; Spatial variability; Random finite element method;
LiDAR derived topography and forest stand characteristics largely explain the spatial variability observed in MODIS land surface phenology
Keywords: تنوع فضایی; NDVI; LiDAR; Land cover; Phenology; Modelling; Spatial variability; Forest stand characteristics; Mountains; Bavarian Forest National Park;
Multifractal and joint multifractal analysis of general soil properties and altitude along a transect
Keywords: تنوع فضایی; Spatial variability; Soil general properties; Scaling heterogeneity; Multifractals; Joint multifractals;
Effective-stress seismic analysis of a gravity multi-block quay wall
Keywords: تنوع فضایی; Retaining walls; Earth pressures; Porewater pressures; Liquefaction; Numerical modelling; Spatial variability;
Subpixel variability and quality assessment of satellite sea surface temperature data using a novel High Resolution Multistage Spectral Interpolation (HRMSI) technique
Keywords: تنوع فضایی; SST subpixel variability; Spatial variability; Interpolation techniques;
PM2.5 and gaseous pollutants in New York State during 2005-2016: Spatial variability, temporal trends, and economic influences
Keywords: تنوع فضایی; Trends; Air pollution; Spatial variability; Policy; Economics;
Characterization of meter-scale spatial variability of riverbed hydraulic conductivity in a lowland river (Aa River, Belgium)
Keywords: تنوع فضایی; Riverbed hydraulic conductivity; Heterogeneity; Spatial variability; Slug tests; Standpipe tests; Variograms;
Geostatistical modeling applied to spatiotemporal dynamics of successional tree species groups in a natural Mixed Tropical Forest
Keywords: تنوع فضایی; Araucaria forest; Ecological groups; Spatial variability; Ordinary kriging;
CST-based first order second moment method for probabilistic slope stability analysis
Keywords: تنوع فضایی; Slope stability; Earth and rockfill dams; Sampling technique; First order second moment method; Correlated random variables; Spatial variability;
Prediction of urban residential end-use water demands by integrating known and unknown water demand drivers at multiple scales I: Model development
Keywords: تنوع فضایی; End-use water demand; Residential water use; Stochastic modeling; Spatial variability; Temporal variability;