Josef Gadermaier
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View article: Increased Belowground Carbon Allocation Reduces Soil Carbon Losses Under Long‐Term Warming
Increased Belowground Carbon Allocation Reduces Soil Carbon Losses Under Long‐Term Warming Open
The response of the carbon cycle in forests to global warming could lead to a positive climate feedback if warming accelerates the mineralization of soil organic carbon (SOC), thereby causing net emissions of CO 2 into the atmosphere. In E…
View article: Site and environmental legacies shape the growth–climate response of silver fir along a climatic and elevational gradient in Austria
Site and environmental legacies shape the growth–climate response of silver fir along a climatic and elevational gradient in Austria Open
View article: Scaling dendroecological studies on oaks combining different sampling schemes along a regional climatic gradient
Scaling dendroecological studies on oaks combining different sampling schemes along a regional climatic gradient Open
View article: Soil: The Foundation for Ecological Connectivity of Forest Ecosystems
Soil: The Foundation for Ecological Connectivity of Forest Ecosystems Open
Soil, ranking third in importance after air and water for supporting life on land, provides habitat, nutrients, water, and a physical foundation for plants, animals, fungi, and microorganisms. Thus, forest ecosystems, like all land-based e…
View article: Converging trends and strengthening climatic signal in the radial growth of Abies alba in Austria – between the legacies of “Waldsterben” and the era of climate change?
Converging trends and strengthening climatic signal in the radial growth of Abies alba in Austria – between the legacies of “Waldsterben” and the era of climate change? Open
Silver fir (Abies alba) is a key forest tree species in Central Europe growing most commonly in its mixtures with Fagus sylvatica and Picea abies. It is also an important species to dendrochronology due to its longevity, historic timber ut…
View article: Soil water storage capacity and soil nutrients drive tree ring growth of six European tree species across a steep environmental gradient
Soil water storage capacity and soil nutrients drive tree ring growth of six European tree species across a steep environmental gradient Open
Tree growth depends on tree-intrinsic attributes, synecological interactions, atmospheric conditions and soil properties. While the influence of tree factors and climate are analysed in detail in many studies, the effect of soil properties…
View article: On the role of soil water storage capacity and soil nutrients on tree growth of selected tree species in Central Europe.
On the role of soil water storage capacity and soil nutrients on tree growth of selected tree species in Central Europe. Open
While numerous correlational studies on the impact of climatic variation on tree ring formation consider plant functional traits, masting cycles and stochastic disturbances, the role of soil properties is frequently neglected due to insuff…
View article: High resolution soil hydrology maps as a decision tool for forest planning.
High resolution soil hydrology maps as a decision tool for forest planning. Open
<p>High resolution, dynamic forest site classification is an innovative tool for decision making in forest management, in particular under the scope of climate change. For a high share of the Austrian forest area, forest soil/site ma…
View article: Potential impact of contrails on solar energy gain
Potential impact of contrails on solar energy gain Open
The effect of contrails on global short-wave radiation (sum of direct and downward diffuse solar radiation) and on solar energy gain was investigated. The study was performed during days with high contrail persistence and focused on situat…