Keywords: بیش از حد; Change detection; Coral to Algae Index; Hyperspectral; Reef geomorphology; Remote sensing monitoring; Reunion Island;
مقالات ISI بیش از حد (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: بیش از حد; near infrared spectroscopy; Soil constituents; Minerals; Geology; Empirical models; Hyperspectral;
Keywords: بیش از حد; LMA; Specific leaf area (SLA); Hyperspectral; Imaging spectroscopy; PROSAIL; Trait plasticity;
Keywords: بیش از حد; Ecosystem service mapping; South African palmiet wetlands; Hyperspectral; Spectroscopy; Biochemical plant traits; Spectral separability; Partial least squares regression (PLSR); Redundancy analysis (RDA);
Keywords: بیش از حد; Chlorophyll-a; Algal bloom; Hyperspectral; Algorithms; Temperate lakes;
Keywords: بیش از حد; Heavy metal; Optimized spectral indices; GWR model; Coal mine field; Hyperspectral;
Keywords: بیش از حد; Campylopus introflexus; Heath star moss; Hyperspectral; Maxent; Dune ecosystem; Model transfer;
Keywords: بیش از حد; Coastal marshes; Multispectral; Hyperspectral; Ground-based; Airborne; Spaceborne; Louisiana;
Keywords: بیش از حد; Heterogeneity; Thermal imagery; LST; Sub-pixel; Hyperspectral; Plant functional type; Income;
Keywords: بیش از حد; Hyperspectral; Imaging spectroscopy; Fire; Fuel; Fire severity; HyspIRI; AVIRIS;
Keywords: بیش از حد; Spectral-spatial features; Target detection; Attribute profile; Collaborative representation; Sparse representation; Hyperspectral;
Keywords: بیش از حد; Hyper-sensing; High-spatial; Temporal; Hyperspectral; China; Remote sensing; Yield sustainability;
Keywords: بیش از حد; Essential biodiversity variables; Grassland; Heath; Hyperspectral; Spectroscopy; Vegetation;
Keywords: بیش از حد; Hyperspectral; Remote sensing; Modeling; Water characteristics; Mariut Lake;
Keywords: بیش از حد; Spatial resolution; Spectral resolution; Classification; Hyperspectral; Scale; Monitoring; Survey; Coral reefs; Benthic;
Keywords: بیش از حد; Hyperspectral; Emerald ash borer; OBIA; Forest species classification; GLiHT; Spectral unmixing; Forest decline; Forest health;
Keywords: بیش از حد; Strawberry; Anthracnose crown rot; Colletotrichum; Hyperspectral; Vegetation indices; Disease detection;
Keywords: بیش از حد; Fuel moisture content; Equivalent water thickness; Spectral emissivity; Thermal infrared; Canopy; Hyperspectral;
Keywords: بیش از حد; Maxent; Biased support vector machine; Boosted regression trees; Imaging spectroscopy; Vegetation; Species distribution model; Yellow starthistle; Centaurea solstitialis; Phalaris aquatica; Carnegie airborne observatory; Hyperspectral;
Revealing the biography of a hidden medieval manuscript using synchrotron and conventional imaging techniques
Keywords: بیش از حد; Hidden manuscript; Synchrotron; Hyperspectral; X-Ray Fluorescence; Data fusion; Inverse learning;
Keywords: بیش از حد; Bark beetle; Hyperspectral; Insect infestation; Landsat; Shortwave infrared; Vegetation stress;
Keywords: بیش از حد; Very high resolution; Hyperspectral; AISAÂ +; UAV; Pixel size; Diversity levels; Species cover; Functional types; Herbaceous;
Keywords: بیش از حد; Leaf carotenoids content; Hyperspectral; Spectral index; Radiative transfer model;
Keywords: بیش از حد; Hydrocarbons; Soils; Hyperspectral; Mapping; Onshore;
Keywords: بیش از حد; Vcmax; Jmax; Nitrogen; Photosynthesis; Leaf reflectance; PLS; Hyperspectral;
Keywords: بیش از حد; Biological soil crust; Remote sensing; Hyperspectral; Mapping indices; Drylands; Multispectral;
Keywords: بیش از حد; Spectral dimensionality reduction methods; Machine learning regression algorithms; Biophysical parameter retrieval; ARTMO; Hyperspectral; Vegetation properties;
Keywords: بیش از حد; Leaf water content; Spectral similarity measures; Similarity water indices; Spectral angle cosine; Hyperspectral; Remote sensing; Quantile statistics;
Keywords: بیش از حد; Spectral-spatial classification; Attribute profile; Discriminant analysis; Hyperspectral;
Keywords: بیش از حد; NIRS; near infrared spectroscopy; PAT; process analytical technology; TDS; transdermal drug delivery systems; NIR; near infra-red; CQA; critical quality attribute; PLS; partial least square; %PE; % prediction error; MCT; mercury-cadmium-telluride; MC; Mea
Keywords: بیش از حد; Hyperspectral; Atmospheric correction; Illumination compensation; Reflectance retrieval; Ground based; Robotics;
Keywords: بیش از حد; Hyperspectral; Image analysis; Liquid food; Machine vision; Optical properties; Quality evaluation;
Keywords: بیش از حد; Spectral; Polarization; Multiple scattering; Depolarization; Hyperspectral; Particulate media;
Keywords: بیش از حد; Molecular analysis; Neurodegenerative disorders; MELAS; Metabolic imaging; Hyperspectral;
Keywords: بیش از حد; Bread; Adulteration; Image analysis; MSPC; Hyperspectral;
Keywords: بیش از حد; Thermal infrared; Hyperspectral; Emissivity spectra; Leaf area index; Vegetation;
Keywords: بیش از حد; Gaussian mixture model; Spatially-varying; Spectral-spatial; Small sample size; Hyperspectral;
Keywords: بیش از حد; Fire severity; Empirical models; Hyperspectral; VNIR data; Spectral properties; First derivative spectra;
Keywords: بیش از حد; Geothermal; Spectroradiometer; Hydrothermal alteration; Drill core; Hyperspectral; Spectroscopy;
Keywords: بیش از حد; Benthos; Crassostrea gigas; Hyperspectral; Oyster reefs; Remote sensing; Tidal flats
Keywords: بیش از حد; Gaussian processes regression (GPR); Machine learning; Band selection; ARTMO; Vegetation properties; Hyperspectral;
Keywords: بیش از حد; Hyperspectral; Fluorescence; SIF; FLD; In-filling; Photosynthesis; Airborne; Stress detection;
Keywords: بیش از حد; Winter wheat; Hyperspectral; Multi-angular remote sensing; Canopy leaf N concentration; Monitoring model
Keywords: بیش از حد; Close-range; COSINE; Hyperspectral; Imaging spectroscopy; Leaf optical properties; Pigment retrieval; PROCOSINE; PROSPECT; Radiative transfer; Vegetation;
Keywords: بیش از حد; Hyperspectral; Anomaly detection; Robust background regression; Paired-dataset based k-nn score estimation; Empirical parameter-chosen analysis;
Keywords: بیش از حد; Remote sensing; Traits; Vegetation function; Satellites; UAV; Multispectral; Hyperspectral; Thermal;
Keywords: بیش از حد; Wetlands; Hyperspectral; Spectroscopy; Biodiversity; Prairie fen; Flower;
Keywords: بیش از حد; Arid land; Soil salinity; Salt type; Hyperspectral; Feature parameter; Classification algorithm;
Keywords: بیش از حد; Tea polyphenol; Hyperspectral; Discriminant analysis; Stepwise multiple linear regression; Partial least square regression; Principal component analysis
Keywords: بیش از حد; Non-destructive analysis; Fresh-cut fruit and vegetables; Spectroscopy; Imaging; Multispectral; Hyperspectral;