Komonen and Müller (2018) aimed to inform connectivity conservation of saproxylic (deadwood-dependent) organisms. Out of the many different definitions of connectivity, they focus on structural connectivity and relate it to dispersal ability, concluding that spatial configuration of habitat is of little importance in conservation of saproxylic organisms. Komonen and Müller also point out it would be better to measure connectivity as dispersal success or search time, but they did not include such studies in their review, probably because of the small number of studies in which these measures are compared between landscapes. Their focus on dispersal ability and the measures they used to quantify this ability strongly limits the conclusions th...
In managed forests, intensive silvicultural practices reduce the density/diversity of deadwood and t...
Metrics of functional connectivity are necessary to understand the influence of habitat loss and fra...
Conserving biodiversity in human-dominated landscapes requires protecting networks of ecological re...
Limited knowledge of dispersal for most organisms hampers effective connectivity conservation in fra...
Hodgson et al. [Journal of Applied Ecology46 (2009) 964] argue that connectivity is complex and unce...
Biodiversity is fundamental for ecosystem functioning, but little is known about how function respon...
The connectivity between habitat patches or between populations indicates the potential for transfer...
Species distributions are influenced by habitat conditions and ecological processes at multiple spat...
International audienceQuestions: How does connectivity affect animal-dispersed plant assemblages in ...
Isolation of habitats in space and time affects species globally and in a multitude of ecosystems [1...
Habitat dynamics (habitat turnover due to natural perturbations or human activity) are commonplace, ...
AbstractHabitat dynamics (habitat turnover due to natural perturbations or human activity) are commo...
Context Dead wood is a key habitat for saproxylic species, which are often used as indicators of ha...
Context Land use changes have modified the extent and structure of native vegetation, resulting in ...
In managed forests, intensive silvicultural practices reduce the density/diversity of deadwood and t...
Metrics of functional connectivity are necessary to understand the influence of habitat loss and fra...
Conserving biodiversity in human-dominated landscapes requires protecting networks of ecological re...
Limited knowledge of dispersal for most organisms hampers effective connectivity conservation in fra...
Hodgson et al. [Journal of Applied Ecology46 (2009) 964] argue that connectivity is complex and unce...
Biodiversity is fundamental for ecosystem functioning, but little is known about how function respon...
The connectivity between habitat patches or between populations indicates the potential for transfer...
Species distributions are influenced by habitat conditions and ecological processes at multiple spat...
International audienceQuestions: How does connectivity affect animal-dispersed plant assemblages in ...
Isolation of habitats in space and time affects species globally and in a multitude of ecosystems [1...
Habitat dynamics (habitat turnover due to natural perturbations or human activity) are commonplace, ...
AbstractHabitat dynamics (habitat turnover due to natural perturbations or human activity) are commo...
Context Dead wood is a key habitat for saproxylic species, which are often used as indicators of ha...
Context Land use changes have modified the extent and structure of native vegetation, resulting in ...
In managed forests, intensive silvicultural practices reduce the density/diversity of deadwood and t...
Metrics of functional connectivity are necessary to understand the influence of habitat loss and fra...
Conserving biodiversity in human-dominated landscapes requires protecting networks of ecological re...