Forest Ecology and Ecophysiology
The research field Forest Ecology and Ecophysiology focuses on nature conservation, soil ecology, nutrient dynamics in forests, ecophysiology, the water and carbon balance of forests, and various physiological processes in the forest. Within this field, we also engage in teaching and research related to cultural values and forest history.
Our research
There are several ongoing research projects within the research area Forest Ecology and Ecophysiology. Amongst other things we investigate causal relationships in the forest, closely linked to the water and carbon balance. Additionally, we conduct research on biochar as a product within the circular economy. The research field is closely connected to forest management and understanding how forest practices impact different processes in the forest.
This research area covers, among other things:
- Soil Science: This field focuses on the study of soil properties, composition, and processes, particularly as they relate to forest ecosystems.
- Ecophysiology: Ecophysiology investigates how plants and organisms adapt to their environment, including aspects such as growth, metabolism, and responses to environmental stress.
- Forest Ecology: Forest ecology explores the interactions between living organisms (such as trees, animals, and microorganisms) within forest ecosystems. It considers factors like biodiversity, nutrient cycling, and ecosystem dynamics.
- Biochar: Biochar refers to the use of charcoal-like material produced from organic matter (such as wood or agricultural residues) for soil improvement. It has applications in agriculture, forestry, and environmental management.
Research projects
Ongoing projects
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Doctoral project: Can fertilizers accelerate forest adaption to warmer temperatures? Today’s changing climate with rising temperatures and differences in precipitation is forcing the forest to adapt…
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Project: Adaptation to changes: emerging forest ecosystems in a changing climate We aim to compile information about oak forest distributions and associated biodiversity, identifying threats and…
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Project: CONFLICT – Can continuous cover forestry lead to increased carbon uptake of terrestrial ecosystems? We measure the carbon uptake of a continuous cover forest and compare it with carbon fluxes…
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Project: How useful is an acorn? Quantifying the plant available carbon in acorns using achlorophyllous oaks The size of the acorn is an important trait often linked to the well-being of young…
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Project: Residues to Best Use – Biochar as a solution and a product in a sustainable and circular society The aim of Residues to Best Use is to develop solutions for managing society’s organic…
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Project: The potential of biochar in a circular agriculture The aim of this project is to investigate how the addition of biochar to arable land can affect the soil's ability to retain nutrients, in…
Staff
- Anna Jensen professor
- +46 470-76 75 72
- +46 72-565 34 77
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- Ann-Mari Fransson Senior lecturer
- +46 470-76 78 84
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- Johan Bergh Professor
- +46 470-76 75 42
- +46 70-292 25 25
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- Johanna Sunde Associate senior lecturer
- +46 480-44 67 43
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- Karolina Pehrson Doctoral student
- +46 470-70 86 48
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- Martin Karlsson Lecturer
- +46 470-70 85 10
- +46 70-269 63 72
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