Despite much research on forest biodiversity in Fennoscandia, the exact mechanisms of species declines in dead-wood dependent fungi are still poorly understood. In particular, there is only limited information on why certain fungal species have responded negatively to habitat loss and fragmentation, while others have not. Understanding the mechanisms behind species declines would be essential for the design and development of ecologically effective and scientifically informed conservation measures, and management practices that would promote biodiversity in production forests. In this thesis I study the ecology of polypores and their responses to forest management, with a particular focus on why some species have declined more than others...
The impacts of fragmentation and recreational use on the hemiboreal urban forest understorey vegetat...
Boreal evergreen conifers are important for Northern countries and have functioned for centuries as ...
Although forest ecosystems are crucial for human survival they are constantly under threat from huma...
In boreal forests, microorganisms have a pivotal role in nutrient and water supply of trees as well ...
Forests and other natural environments retained in cities and their surroundings provide recreationa...
Forestry has influenced forest dwelling organisms for centuries in Fennoscandia. For example, in Fin...
The immediate effects of two human-related vegetation disturbances, (1) green tree retention (GTR) p...
According to theory, the functional traits of species dictate how environmental selection affects th...
Forests are the hotspots of Earth’s biodiversity, providing habitats to animals and resources to hum...
Dead wood ecology emerged at the end of the last century, when it was discovered that the reduction ...
The growing conditions in northern boreal forests have remained similar for millennia. However, ampl...
Increasing human impact has radically changed the forest structure and depleted the area of natural ...
This thesis concerns crown architecture and its role in species interactions in mixed forests. The s...
Fungi play an important role, especially in boreal coniferous forests and peatlands. For example, t...
In this work, the Holocene history of the western taiga forests, at the modern western range limit o...
The impacts of fragmentation and recreational use on the hemiboreal urban forest understorey vegetat...
Boreal evergreen conifers are important for Northern countries and have functioned for centuries as ...
Although forest ecosystems are crucial for human survival they are constantly under threat from huma...
In boreal forests, microorganisms have a pivotal role in nutrient and water supply of trees as well ...
Forests and other natural environments retained in cities and their surroundings provide recreationa...
Forestry has influenced forest dwelling organisms for centuries in Fennoscandia. For example, in Fin...
The immediate effects of two human-related vegetation disturbances, (1) green tree retention (GTR) p...
According to theory, the functional traits of species dictate how environmental selection affects th...
Forests are the hotspots of Earth’s biodiversity, providing habitats to animals and resources to hum...
Dead wood ecology emerged at the end of the last century, when it was discovered that the reduction ...
The growing conditions in northern boreal forests have remained similar for millennia. However, ampl...
Increasing human impact has radically changed the forest structure and depleted the area of natural ...
This thesis concerns crown architecture and its role in species interactions in mixed forests. The s...
Fungi play an important role, especially in boreal coniferous forests and peatlands. For example, t...
In this work, the Holocene history of the western taiga forests, at the modern western range limit o...
The impacts of fragmentation and recreational use on the hemiboreal urban forest understorey vegetat...
Boreal evergreen conifers are important for Northern countries and have functioned for centuries as ...
Although forest ecosystems are crucial for human survival they are constantly under threat from huma...