Upscaled maps, as necessary data sources, have drawn much attention to fill data gaps or match the spatial resolution of pre-existing projects. Nevertheless, it remains a challenging task to quantitatively assess the impact of landscape characteristics on the upscaled maps. To simplify the investigation, three characteristics: fragmentation, number of classes and major class impact factor (MCIF), were selected. We utilized SIMMAP to produce categorical maps for generating base maps with different landscape characteristics. The Majority Rule Based algorithm was then used to produce upscaled maps at 11 different spatial resolutions. The findings indicate that the combined effect of landscape patterns greatly impacts upscaling accuracy. This i...
This dissertation addressed problems in scaling, problems that are among the main challenges in remo...
As Ecosystem Services (ES) are the products of complex socio–ecological systems, their mapping requi...
Raster datasets are important for spatial analysis and modeling as well as for cartographic display....
Aggregation methods are the most common way of upscaling land cover maps. To analyze the impact of l...
Aggregation methods are the most common way of upscaling land cover maps. To analyze the impact of l...
Upscaling land cover maps is broadly employed to fill data gaps or match the spatial-resolution of p...
Understanding the relationship between landscape pattern and environmental processes requires quanti...
Landscape pattern quantities are affected by issues of scale, namely extent and resolution. The grai...
Scale-dependent factors such as pixel size, study extent, and the application of smoothing filters a...
During the last two decades, a wide range of geographical tools including the calculation of landsca...
This dissertation addressed problems in scaling, problems that are among the main challenges in remo...
Remote sensing data type, classification technique and class description act together to produce, la...
Spatially explicit ecological models rely on spatially exhaustive data layers that have scales appro...
Rescaled maps have been extensively utilized to provide data at the appropriate spatial resolution f...
Most models of land cover change predict change using physical and socio-economic factors in raster ...
This dissertation addressed problems in scaling, problems that are among the main challenges in remo...
As Ecosystem Services (ES) are the products of complex socio–ecological systems, their mapping requi...
Raster datasets are important for spatial analysis and modeling as well as for cartographic display....
Aggregation methods are the most common way of upscaling land cover maps. To analyze the impact of l...
Aggregation methods are the most common way of upscaling land cover maps. To analyze the impact of l...
Upscaling land cover maps is broadly employed to fill data gaps or match the spatial-resolution of p...
Understanding the relationship between landscape pattern and environmental processes requires quanti...
Landscape pattern quantities are affected by issues of scale, namely extent and resolution. The grai...
Scale-dependent factors such as pixel size, study extent, and the application of smoothing filters a...
During the last two decades, a wide range of geographical tools including the calculation of landsca...
This dissertation addressed problems in scaling, problems that are among the main challenges in remo...
Remote sensing data type, classification technique and class description act together to produce, la...
Spatially explicit ecological models rely on spatially exhaustive data layers that have scales appro...
Rescaled maps have been extensively utilized to provide data at the appropriate spatial resolution f...
Most models of land cover change predict change using physical and socio-economic factors in raster ...
This dissertation addressed problems in scaling, problems that are among the main challenges in remo...
As Ecosystem Services (ES) are the products of complex socio–ecological systems, their mapping requi...
Raster datasets are important for spatial analysis and modeling as well as for cartographic display....