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The Government is shifting the goal-posts on fuel poverty so that official statistics record far fewer households as fuel-poor. The changes to the fuel poverty definition and target, in part being made through amendments to the Energy Bill, should be stopped unless the Government is prepared to make a public commitment to end fuel poverty altogether. A short-term bid to cut bills must not throw energy and climate change policy off-course. In the longer term green levies could actually keep bills down if they drive energy efficiency improvements that cut the cost of heating our homes. Insulating homes and supporting green technologies is vital to help the fuel poor and cut the emissions causing climate change. At the Rio+20 Summit and the G20, the Government committed itself to phasing out fossil fuel subsidies that encourage wasteful consumption and contribute to greenhouse gas emissions. The Government must set a target to reduce subsidies to harmful fossil fuels. The Government should also use the Autumn Statement as an opportunity to provide a clear and comprehensive analysis of energy subsidies in the UK. The report also looks at whether Government support for the new nuclear power station at Hinkley Point constitutes a subsidy and concludes that it does, despite the Government's assurance otherwise. The Government's policy of 'no public subsidy for new nuclear' requires it to provide only 'similar' support to that provided to other types of energy, but even on that basis the deal for Hinkley Point C is 'dissimilar', notably on support for decommissioning and waste.
This study explains how, confronting ever-greater environmental pressures, we can plan for and achieve a sustainable environment. The book focuses on urban development, as population and resources and often the most severe environmental problems are concentrated in cities. It looks at the nature of environmental planning and at the main areas where changes have to be made: in energy policy, waste disposal and pollution control, construction, transport and infrastructure. The book concludes with chapters on planning a sustainable city and on how to bring the necessary changes and institutional arrangements about.
Offers an innovative look at why science and technology cannot alone meet the needs of energy policy making in the future.
In a world of growing complexity and dwindling resources, the relationship between technology and sustainability is a pressing issue of concern at the highest levels. This book improves our understanding by examining the ways that people, technology and governance shape each other with implications for sustainability. It is the first book to link technology studies and governance research to this problem. Contributions from leading environmental social scientists are included, with each chapter reporting on new research and tackling complex, but vital issues. Drawing on examples such as wave and tidal power, wind power, micro-generation, community waste recycling and eco-housing, the book provides powerful new insights into the governance of technology for sustainability. A detailed introduction and conclusion discuss existing research directions and identify the contribution that the book makes in advancing our understanding of the people-technology-governance nexus and its implications for sustainability. This is essential reading for all those in academia, government and industry working at the critical interface between how we develop, deploy and govern technology in the pursuit of sustainability.
The Government is failing to clearly and effectively communicate climate science to the public. There is little evidence of co-ordination amongst Government, government agencies and public bodies on communicating climate science, despite various policies at national and regional level to mitigate and adapt to climate change. The mandate to act on climate can only be maintained if the electorate are convinced that the Government is acting on the basis of strong scientific evidence. Ministers therefore need to do more to demonstrate that is the case and consistently reflect the Government approach in all their communications, especially with the media. The report also criticises the BBC for its reporting on the issue. It points out that BBC News teams continue to make mistakes in their coverage of climate science by giving opinions and scientific fact the same weight. The BBC is called to develop clear editorial guidelines for all commentators and presenters on the facts of climate that should be used to challenge statements, from either side of the climate policy debate, that stray too far from the scientific facts. It is important that climate science is presented separately from any subsequent policy response. Government should work with the learned societies and national academies to develop a source of information on climate science that is discrete from policy delivery, comprehensible to the general public and responsive to both current developments and uncertainties in the science
Helm provides a broad and lively survey of British energy policy since 1979. He traces the way in which political pressures from the proponents of both nationalization and privatization have affected the development of an industry which forms a significant part of the national economy.
Climate change is arguably the most important environmental issue that the world currently faces. Carbon Capture and Storage (CCS) offers the possibility of significant reductions in the volume of CO2 released into the atmosphere in the near to medium term. As a fairly new technology that has not been widely adopted, there remain some uncertainties related to both viability and desirability. This book discusses the key issues with regard to technical and legal feasibility, economic viability and public and stakeholder perceptions. It also provides recommendations for policy and future research.
Organized around eight fundamental ideas, Key concepts in energy history explores the discoveries, technologies and new paradigms in the field of energy, and how they have changed the course of history. Complex technical concepts such as the “rebound effect”, “technological hybridization”, “marginal cost pricing” are explained in clear terms and a balanced and concise account of t energy sources in the XIX and XX century such as wood, coal, oil, hydroelectricity and nuclear energy is provided. Key concepts in energy considers the process of energy-substitutions and analyzes it as a process of complementary usages, hybridization and technological mixes. The ex-post view tends to focus on replacement from among alternative energy-technologies and is basically innovation-centric. This means that little attention has been given to factors such as the windows of opportunities created by governments, inventors and entrepreneurs. This book highlights how key energy concepts surfaced, tracing their evolution throughout history. It encompasses four economic concepts (rebound effect, energy intensity, marginal cost pricing and levelized cost accounting) and four technological-engineering concepts (primary/final energy, technological hybridization, last gasp and probable oil reserves). The main benefit from reading the book is a cross disciplinary overview of energy fundamentals in a short and focused reading.
Uses global case studies to examine technological solutions to energy-related environmental problems and suggests that social, economic and political solutions may be needed to avoid serious future environmental damage.
proposals for national policy statements on Energy : Third report of session 2009-10, Vol. 2: Oral and written Evidence