Greenhouse Gas Removal (GGR) technologies, such as Bioenergy with Carbon Capture and Storage (BECCS) and Direct Air Capture and Carbon Storage, present complex challenges and uncertainties. While nature-based solutions like forest restoration offer potential win-win scenarios, the risks associated w

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The Committee of Visitors (COV) reviewed the Biological Systems Sciences Division in 2011, focusing on the efficacy of processes for soliciting, reviewing, and monitoring proposals, as well as assessing the DOE Bioenergy Research Centers and JGI user facility. The COV consisted of 17 scientists who

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The Implementation Agendas Report of 2022-2024 compares and contrasts biofuel policies, focusing on market-pull and technology-push strategies. Task 39 of IEA Bioenergy assesses member countries' efforts in biofuel sector development. The report seeks to evaluate the effectiveness of policies in pro

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The International Bioenergy Science and Technology Conference 2020 held in São Paulo featured plenary panels on bioenergy innovation, sustainability governance, policies for environmental services, transportation, financing, technology push, and a Biofuture Summit wrap-up. Parallel sessions covered

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This study focuses on assessing bioenergy potentials in rural landscapes to address climate change challenges and depletion of fossil fuel reserves. By developing a holistic approach, the research aims to consider various factors impacting bioenergy potential under an SEA framework. Exploring altern

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Explore the evolution of the forest sector, its challenges, and the innovative solutions proposed by the Centre for Forest Science and Innovation. Witness the decline, ecosystem management shifts, and the vision for a sustainable and transformed industry focusing on biorefining, bioenergy, and advan

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Explore the pathways to achieving UK net-zero carbon emissions through carbon capture, low-carbon alternative fuels like hydrogen and bioenergy, and sustainable bioenergy practices. Learn about the importance of zero-carbon hydrogen production and the challenges and benefits of utilizing bioenergy f

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GBEP is committed to engaging youth in bioenergy activities through capacity building initiatives, dedicated webpages, and the GBEP Youth Award. Collaborating with YUNGA, GBEP developed educational materials like the Bioenergy Supplement for youth, encouraging behavior change towards sustainable ene

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The drivers of forest loss, including demand for wood and land, conflict over land tenure, urbanization, industrialization, corruption, and climate change, are explored in relation to food insecurity and land grabbing caused by initiatives like REDD+ and bioenergy. Increasing competition for land be

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This content highlights the technological impact and processes involved in efficiently utilizing biomass for renewable resources. It discusses innovative methodologies to upgrade diverse biomasses for chemicals production, bioenergy, and biofuels. The development of advanced technological solutions,

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This study explores the potential impacts of climate change on key renewable energy sources through integrated assessment models. It assesses future potential and costs of various technologies under different warming scenarios, highlighting the effects on energy system dynamics. The findings reveal

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The evolution of agriculture practices in the Central USA, from historical land use changes to the decline in crop diversity and the emergence of bioenergy solutions, reflects a shift towards sustainability. With a focus on utilizing marginal lands and promoting diversified crop-livestock-bioenergy

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