Saproxylic fungi act as keystone species in forest ecosystems because they colonise and decompose dead wood, facilitating colonisation by later species. Here, we review the importance of intact forest ecosystems to dead wood fungi, as well as trends in their diversity research and challenges in conservation. Saproxylic communities are sensitive to transition from virgin forests to managed ecosystems, since the latter often results in reduced tree diversity and the removal of their natural habitat dead wood. The impact of dead wood management can be quite significant since many saproxylic fungi are host-specific. The significance of citizen science and educational programmes for saproxylic mycology is discussed with the emphasis on the North...
Wood decaying fungi are an essential part of all forest ecosystems. On their functioning depends a n...
Data sharing, data archival and data citation are new, but increasingly important elements of the sc...
Biodiversity surrogates are commonly used in conservation biology. Here we review how fungi have bee...
Saproxylic fungi act as keystone species in forest ecosystems because they colonise and decompose de...
Saproxylic fungi act as keystone species in forest ecosystems because they colonise and decompose de...
The increasing human impact upon the biosphere of earth is causing profound changes across all spa...
Abstract Wood-decaying fungi are essential for the func-tioning of forest ecosystems. They provide h...
Dead wood is a source of life as it provides habitat and substrate for a wide range of fungal specie...
Deadwood is an important functional and structural component of forest ecosystems since it regulates...
The decomposition of organic substrates represents an important part of the global carbon cycle and ...
Deadwood is a substantial component of forests playing a central role in many ecosystem processes. I...
Different types of dead wood in forest ecosystems contribute to an increase of habitats for decompos...
Saproxylic organisms are among the most threatened species in Europe and constitute a major conserva...
Abstract Conservation of wood-inhabiting fungi requires sufficient knowledge of their occurrences o...
Land use and land use change affect deadwood amount, quality and associated biodiversity in forest e...
Wood decaying fungi are an essential part of all forest ecosystems. On their functioning depends a n...
Data sharing, data archival and data citation are new, but increasingly important elements of the sc...
Biodiversity surrogates are commonly used in conservation biology. Here we review how fungi have bee...
Saproxylic fungi act as keystone species in forest ecosystems because they colonise and decompose de...
Saproxylic fungi act as keystone species in forest ecosystems because they colonise and decompose de...
The increasing human impact upon the biosphere of earth is causing profound changes across all spa...
Abstract Wood-decaying fungi are essential for the func-tioning of forest ecosystems. They provide h...
Dead wood is a source of life as it provides habitat and substrate for a wide range of fungal specie...
Deadwood is an important functional and structural component of forest ecosystems since it regulates...
The decomposition of organic substrates represents an important part of the global carbon cycle and ...
Deadwood is a substantial component of forests playing a central role in many ecosystem processes. I...
Different types of dead wood in forest ecosystems contribute to an increase of habitats for decompos...
Saproxylic organisms are among the most threatened species in Europe and constitute a major conserva...
Abstract Conservation of wood-inhabiting fungi requires sufficient knowledge of their occurrences o...
Land use and land use change affect deadwood amount, quality and associated biodiversity in forest e...
Wood decaying fungi are an essential part of all forest ecosystems. On their functioning depends a n...
Data sharing, data archival and data citation are new, but increasingly important elements of the sc...
Biodiversity surrogates are commonly used in conservation biology. Here we review how fungi have bee...