Search for dissertations about: "Ecosystem response"
Showing result 6 - 10 of 136 swedish dissertations containing the words Ecosystem response.
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6. Confronting the ecology of crisis : The interlinked roles of ecosystem-based adaptation and empowerment
Abstract : Nature-based solutions (NBS) focus on the material functioning of ecosystems as part of a transformative response to societal challenges. NBS represent a growing response to climate change with a range of interventions emerging across the world to address the causes and effects of climate change. READ MORE
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7. Ecosystem services - a tool in sustainable landscape management
Abstract : In this thesis I have worked with the ambition of approaching the question of how human-ecology interaction can be articulated in a way that is useful as a vector for societal transformation. The thesis addresses the difficult question of how the ecosystem service framework may help to address mismatches between social and ecological systems. READ MORE
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8. Transport by Benthic Macrofauna: Functional Classification and Biogeochemical Response
Abstract : Burrowing and reworking activities by benthic macrofauna regulate rates and pathways during organic matter mineralisation in bioturbated sediments. In so doing, they also affect the overall cycling of elements crucial in the biosphere (e.g. C, N, P, Fe, Mn and S). READ MORE
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9. Function follows Form : Trait-based approaches to climate change effects on wetland vegetation and functioning
Abstract : Climate change and habitat fragmentation are altering the structure and functioning of plant communities world-wide. Understanding how, why and with what consequences are major challenges of ecology today. Trait-based approaches focus on functional rather than taxonomic identity to facilitate process-based explanation and prediction. READ MORE
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10. Peatland Bryophytes in a Changing Environment : Ecophysiological Traits and Ecosystem Function
Abstract : Peatlands are peat forming ecosystems in which not fully decomposed plant material builds up the soil. The sequestration of carbon into peat is mainly associated with the bryophyte genus Sphagnum (peat mosses), which dominate and literally form most peatlands. READ MORE