How does bioenergy compare with other land-based renewable energy sources globally?

Engineering & Materials Science

• Renewable energy resources 68%
• Carbon 64%
• Carbon capture 52%
• Land use 51%
• Crops 47%
• Solar energy 38%
• Biomass 38%
• Sensitivity analysis 37%
• Wind turbines 37%
• Wind power 37%
• Power generation 36%
• Economics 27%
• Costs 16%

Agriculture & Biology

• renewable energy sources 96%
• bioenergy 95%
• solar energy 52%
• carbon 42%
• wind power 33%
• wind turbines 33%
• power generation 30%
• solar collectors 30%
• arable soils 24%
• energy crops 24%
• computer simulation 23%
• land use 20%
• viability 16%
• economics 14%
• biomass 13%

Earth & Environmental Sciences

• renewable energy source 100%
• bioenergy 95%
• land 47%
• demand 22%
• solar power 21%
• wind power 19%
• carbon 19%
• arable land 19%
• wind turbine 18%
• technological development 18%
• power generation 17%
• viability 16%
• carbon sequestration 15%
• sensitivity analysis 15%
• crop 12%
• food 11%
• land use 11%
• biomass 10%
• policy 10%
• economics 9%
• cost 8%
• evaluation 8%
• comparison 7%
• effect 4%