Fragmentation and connectivity play a key-role in nature conservation, habitat suitability, biodiversity, and landscape planning. Existing assessment schemes only address local features without accounting for their inter-dependence with the neighboring environment. As a direct consequence, they fail to automatically detect perforations (holes) and corridors connecting core areas. A generic automatic methodology addresses these shortcomings and user-driven control parameters may further customize the analysis to the end-user's needs.JRC.H.7-Land management and natural hazard
The perceived realism of simulated maps with contagion (spatial autocorrelation) has led to their us...
Landscape is the perceived, dynamic, and heterogeneous environment where spatial patterns are contin...
The description and analysis of landscape patterns became a central research issue in landscape ecol...
Pattern, connectivity, and fragmentation can be considered as key elements for a comprehensive quant...
Conservation and enhancement of ecological connectivity is widely recognized as one of the key objec...
Monitoring habitat change in protected areas is important for nature conservation. Changes in habita...
Pattern, connectivity, and fragmentation can be considered as key elements for a comprehensive quant...
Different kinds of approach to landscape configuration analysis were applied to a benchmark landuse...
Changes in habitat extent as well as landscape and habitat structure are often caused by human press...
The landscape-level spatial pattern of forest cover gives information on the size, shape and spatial...
Landscape patterns are key elements for understanding biodiversity. Nonetheless, the tools for predi...
Landscape architecture and landscape ecology are fundamentally concerned with the connections betwee...
Harmonized information on habitat pattern, fragmentation and connectivity is one among the reporting...
indices, landscape pattern, quantitative methods, spatial heterogeneity, splitting index Anthropogen...
ABSTRACT This work aimed to diagnose and analyze the structural connectivity of fragmented landscape...
The perceived realism of simulated maps with contagion (spatial autocorrelation) has led to their us...
Landscape is the perceived, dynamic, and heterogeneous environment where spatial patterns are contin...
The description and analysis of landscape patterns became a central research issue in landscape ecol...
Pattern, connectivity, and fragmentation can be considered as key elements for a comprehensive quant...
Conservation and enhancement of ecological connectivity is widely recognized as one of the key objec...
Monitoring habitat change in protected areas is important for nature conservation. Changes in habita...
Pattern, connectivity, and fragmentation can be considered as key elements for a comprehensive quant...
Different kinds of approach to landscape configuration analysis were applied to a benchmark landuse...
Changes in habitat extent as well as landscape and habitat structure are often caused by human press...
The landscape-level spatial pattern of forest cover gives information on the size, shape and spatial...
Landscape patterns are key elements for understanding biodiversity. Nonetheless, the tools for predi...
Landscape architecture and landscape ecology are fundamentally concerned with the connections betwee...
Harmonized information on habitat pattern, fragmentation and connectivity is one among the reporting...
indices, landscape pattern, quantitative methods, spatial heterogeneity, splitting index Anthropogen...
ABSTRACT This work aimed to diagnose and analyze the structural connectivity of fragmented landscape...
The perceived realism of simulated maps with contagion (spatial autocorrelation) has led to their us...
Landscape is the perceived, dynamic, and heterogeneous environment where spatial patterns are contin...
The description and analysis of landscape patterns became a central research issue in landscape ecol...