Sentence examples for anthropogenic fragmentation from inspiring English sources

Anthropogenic fragmentation poses additional challenges: vegetation cover is becoming increasingly fragmented due to human disturbance, and habitat degradation is leading to changes in vegetation structure even in biomes previously deemed structurally homogeneous.

In human dominated systems with extensive anthropogenic fragmentation, resource managers are faced with prioritizing restoration actions to provide the most cost-effective conservation strategies.

In addition, samples from continuous habitat had less accurate assignments than samples from isolated areas whether due to landscape barriers or anthropogenic fragmentation.

European cultural landscapes are characterised by a high level of anthropogenic fragmentation which is known as a major reason for the loss of biodiversity in industrialised countries.

Therefore, we concluded that anthropogenic fragmentation is a key driver of tree community dynamics in the Araucaria Forest of Southern Brazil.

To assess mechanisms causing forest fragmentation, we investigated changes in following quantitative parameters describing forest fragmentation: (i) forest area density (Pf), (ii) overall forest connectivity (Pff), (iii) anthropogenic fragmentation (Pfa), and (iv) natural fragmentation (Pfn).

Anthropogenic habitat fragmentation, however, can disrupt plant pollinator interactions, and may have a negative impact on the reproductive success and population viability of entomophilous plants.

Landscape-level features were most affected by residential development and trends associated with increasing housing densities, such as anthropogenic habitat fragmentation primarily structured local bird communities.

Urban areas are expanding worldwide, yet little is known how anthropogenic landscape fragmentation affects the connectedness and gene flow in urban wildlife.

In this contribution an indicator system is proposed to measure natural diversity (relief, soils, waters), cultural diversity (main land use classes, diversity of land use, ecotones, connectivity) and anthropogenic impacts (fragmentation, hemeroby, protection).

In this study, we analyzed the effects of a recent anthropogenic forest fragmentation on the genetic diversity and genetic heterogeneity of pollen pools accepted by individuals of the red oak Quercus castanea growing in forest patches and as isolated trees in central Mexico.