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The town of Hespeler in southwestern Ontario is an old industrial community that lost its core manufacturing businesses, its municipal status, and its civic pride in the time since the end of the Korean War. In the early 1990s, Banks and Mangan implemented a community-development, action-research project designed to rebuild and revitalize the town. This book illustrates the success of local citizens in the revival of their community and the discovery of a nascent network of mutual support among neighbours. The authors demonstrate how inquiry, education, and action-research can combine to form an effective model for engaged ethnographic analysis. Their application of narrative inquiry to community-based research is new, and their conclusion that externally generated, imposed structure impedes community autonomy and responsibility is well supported. The book significantly expands the established theoretical framework of action-research and offers an exciting alternative to existing models of community development. The Company of Neighbours demonstrates a valuable approach for researchers, social workers, educators, and geographers in facilitating the collective efforts of people in local communities to shape the conditions of their own lives. With a new farmer's market, a museum in the renovated train station, youth programs, and an invigorated Business Improvement Association, Hespeler is well on its way to a new identity

The United Kingdom (UK) has a decarbonisation strategy that includes energy from both hydrogen and biomethane. The latter comes from the growing anaerobic digestion (AD) market, which in 2020 produced 23.3 TWh of energy in the form of biogas. According to the strategy, this must be upgraded to biomethane by removal of carbon dioxide (CO2): a goal that could also be fulfilled through CO2 biomethanisation, alleviating the need for carbon capture and storage. Results are presented from a survey of publicly available datasets coupled with modelling to identify potential scale and knowledge gaps. Literature data were used to estimate maximum biomethane concen-trations by feedstock type: these ranged from 79% for food wastes to 93% for livestock manures. Data from various government sources were used to estimate the overall potential for CO2 bio-methanisation with current AD infrastructure. Values for the uplift in biomethane production ranged from 57% to 61%, but the need for more consistent data collection methodologies was highlighted. On average, however, if CO2 biomethanisation was applied in all currently operating UK AD plants an energy production uplift of 12,954 GWh could be achieved based on 2020 figures. This is sufficient to justify the inclusion of CO2 biomethanisation in decarbonisation strategies, in the UK and worldwide

"U. S. Government Printing Office: 1955."--P. 96. ; "Contract no. W-7405-eng-82."--P. [2] of cover. ; "Ames Laboratory, Iowa State College, Ames, Iowa."--P. [1] of cover. ; "June 1953."--P. [1] of cover. ; "ISC-456."--P. [1] of cover. ; Cover title. ; Includes bibliographical references (p. 90-96). ; Mode of access: Internet.