Biodiversity and the mitigation of climate change through bioenergy: impacts of increased maize cultivation on farmland wildlife

Keyphrases

• Biodiversity 100%
• Wildlife 100%
• Climate Change Mitigation 100%
• Bioenergy 100%
• Maize 100%
• Population Size 100%
• Maize Cultivation 100%
• Farmland 100%
• Skylark 100%
• Negative Effects 66%
• Land Use Change 66%
• Biogas 66%
• Crop Composition 66%
• Randomly Distributed 33%
• Germany 33%
• Renewable Energy 33%
• Spatial Configuration 33%
• Response Change 33%
• Spiders 33%
• Energy Production 33%
• Biogas Plant 33%
• Arable Crops 33%
• Animal Species 33%
• Species Response 33%
• Cash Crops 33%
• Land Use Scenarios 33%
• Hare 33%
• Wildlife Species 33%
• Area Cover 33%
• Carabid Beetles 33%
• Voles 33%
• Energy Crops Cultivation 33%
• Spatially Explicit Agent-based Model 33%
• Lepus Europaeus 33%
• Linyphiid Spiders 33%
• Microtus 33%
• Field Vole 33%
• Partridge 33%
• Grey Partridge 33%
• Erigone 33%
• Perdix Perdix 33%
• AtRA 33%
• European Brown Hare 33%
• Bembidion Lampros 33%
• Alauda Arvensis 33%
• ALMaSS 33%
• Farmland Species 33%

Agricultural and Biological Sciences

• Hare 100%
• Climate Change 100%
• Population Size 100%
• Biodiversity 100%
• Biogas 100%
• Bioenergy 100%
• Spider 66%
• Land Use Change 66%
• Microtus Agrestis 66%
• Perdix Perdix 66%
• Energy Crop 33%
• Animal Species 33%
• Cash Crop 33%
• Wildlife Species 33%
• Partridges 33%
• Grey Partridge 33%
• Bembidion Lampros 33%
• Tretinoin 33%
• Land Use 33%