Informações:
Sinopse
Welcome to the GCB Bioenergy iTunes Channel. GCB Bioenergy exists to promote understanding of the interface between biological sciences and the production of fuels directly from plants, algae and waste. Papers published in the journal frequently look at the wider implications, such as on the economy, policy, ecosystem services, biodiversity and global change. This channel will feature podcasts related to some of the papers.
Episódios
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Issue 5.5 Round Up
26/09/2013 Duração: 04minIn GCB-Bioenergy's September Issue Round Up Podcast, we explore three featured articles. The first article aims at increasing the use of bioenergy in China, the world’s second largest energy consumer. And in our last article, we look into how researchers are trying to domesticate a bioenergy crop, Miscanthus, so that it can be more productive.
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Issue 5.4 Round Up
04/09/2013 Duração: 05minWe explore three featured articles from July’s issue. The 'carbon neutrality' of burning biomass which concludes that assuming burning biomass is carbon neutral leads to incorrect greenhouse gas accounts. How the mass planting of bioenergy crops will affect the atmosphere. And Miscanthus looking into how productive Miscanthus would be in the U.S.
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August 2011 - Joyce Tait
19/08/2011 Duração: 18minProfessor Joyce Tait, Chair of the Nuffield Council on Bioethics Working Party on Biofuels, and Scientific Adviser to the Innogen Centre at Edinburgh University, discusses the Council’s proposed development of a comprehensive ethical standard for biofuels. Professor Tait is interviewed by Jody Endres, a senior attorney at the Energy Biosciences Institute at the University of Illinois.
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June 2011 - Marty Schmer
09/06/2011 Duração: 10minMarty Schmer and Mark Liebig talk about how switchgrass managed for bioenergy production can improve soil quality in the Great Plains of the United States.
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March 2011 - The potential for Agave
15/03/2011 Duração: 10minBioenergy analyst, Sarah Davis, discusses the potential for Agave, which is unique feedstock because of its ability to survive in poor soil and without water between rainfalls, to be used as a sustainable biofuel feedstock.