Sustainable Bioenergy Production - An Integrated Approach

Part I: Setting the scene.- Sustainable bioenergy production: An integrated perspective.- Bioenergy villages in Germany: Applying the Göttingen Approach of Sustainability Science to promote sustainable bioenergy projects.- Part II: Do we have enough? - Biomass potentials for energy generation.- Estimation of global bioenergy potentials and their contribution to the world's future energy demand - a short review.- A process-based vegetation model for estimating agricultural bioenergy potentials.- Modelling site-specific biomass potentials.- Part III: Can bioenergy production be environmentally sound?.- Integrative energy crop cultivation as a way to a more nature-orientated agriculture.- Scale-relevant impacts of biogas crop production: A methodology to assess environmental impacts and farm management capacities.- Part IV: Economic optimisation of bioenergy production.- Optimising bioenergy villages' local heat supply networks.- Part V: Bridging bioenergy production and society.- Growth of biogas production in German agriculture: An analysis of farmers' investment behaviour.- Social acceptance of bioenergy use and the success factors of communal bioenergy projects.- Applying the sustainability science principles of the Göttingen approach to initiate renewable energy solutions in three German districts.- Assessment of different bioenergy concepts in terms of sustainable development.- Part VI: Comb
ustion of biomass for heat and power.- Emissions of organic and inorganic pollutants during the combustion of wood, straw and biogas.- Part VII: Bioenergy from polluted soils.- Bioenergy production as an option for polluted soils - a non-phytoremediation approach.- Index.