“Energy is the single most important challenge facing humanity today.” Nobel Laureate Rick Smalley, April 2004, Testimony to U.S. Senate |
“We must change the trajectories of our energy usage and energy sources. World peace, economic development for much of the world, continuing prosperity for the developed countries and a stable climate require us to do so. To create and analyze options, and to educate and inform people about the work ahead, scientists and engineers are critical…It is our privilege and our responsibility to rise to these energy challenges.” Ralph Cicerone, President, U.S. National Academy of Sciences, Address to U.S. National Academy of Sciences, April 28, 2008 |
Yet the historical approach to addressing increased energy supply needs, fossil fuel consumption coupled with energy conservation, will not be scaleable to meet future energy demands. U.N. projections indicate that meeting global energy demand in a sustainable fashion by the year 2050 will require not only increased energy efficiency and entirely new methods of utilizing existing carbon-based fuels, but will additionally require a very significant fraction of the U.S. and global energy supply to be in the form of carbon-free power.
Where will this energy come from, and how can it be produced and utilized in an environmentally sustainable fashion?
The answers are not presently known, but several aspects are clear. First, the most important energy problems hinge upon fundamental advances in science and technology. Second, ultimately we as a society will have to replace fossil fuels for much of our energy needs, yet at the present time we are not positioned to do so, and hence continued short-term reliance on fossil fuels appears inevitable. The most fruitful research directions will thus be ones that embrace these realities.
Energy research can be broadly categorized into three themes: increased energy efficiency and energy utilization (batteries, fuel cells, LED-based lighting, etc.); alternative energy (solar, wind, biofuels, etc.), and conventional energy (fossil energy with or without carbon capture and storage, and nuclear power). In response to a clear and pressing need, Energy & Environmental Science is a new journal that is uniquely chartered to act as a central location for publication and dissemination of key results and advances in all of these areas.
Enthusiastically supported by international Editorial and Advisory Boards of the highest caliber, Energy & Environmental Science welcomes contributions that range from new insights into photovoltaics to the synthesis of important new hydrogen storage materials; from new developments in hydrogen production from biomass to global climate change; from artificial photosynthesis to fuel cells; and from environmental catalysis to nanostructured materials for energy applications. In addition, position papers and perspectives from key thought leaders on the economic, social, political and environmental impacts of energy use, of changes in the energy mix, and of changes in the value proposition offered by new and different energy efficiencies and energy services will also be a key part of the journal.
Progress in transitioning to a globally scalable and sustainable energy system is a world-wide problem and demands contributions from scientists, engineers, economists, policy makers, and decision makers around the world. Rapid progress on this urgent issue depends on the integration of perspectives in all of these areas, which is the underlying and unique charter of Energy & Environmental Science as a leading, interdisciplinary journal.
Professor Nathan Lewis
George L. Argyros Professor of Chemistry, California Institute of Technology
Editor-in-Chief, Energy & Environmental Science
Above all, we are committed to ensuring that Energy & Environmental Science meets the requirements and aspirations of the communities it serves, and becomes essential reading for all those working in the vitally important areas of energy and related environmental research.
We sincerely hope that you will enjoy reading this exciting new journal and will submit some of your best work for publication in it. Some important Editorial information is included below.
We welcome your feedback and suggestions at any time—please contact ees@rsc.org with your views and ideas.
Philip Earis
Editor, Energy & Environmental Science
To maximise the visibility of work published, the current issue of Energy & Environmental Science—plus any Advance Articles—will be freely available to all on our website (www.rsc.org/ees).
In addition, the entire 2008 and 2009 content will be freely available following a simple registration process. Access is managed by institution and IP address. Make sure your organisation takes advantage of this by registering at www.rsc.org/ees_registration.
RSS feeds for Energy & Environmental Science also include graphical abstracts, enabling at-a-glance identification of relevant articles. To get the latest articles delivered straight to your screen, sign up at www.rsc.org/rss—or you can sign up for e-mail contents alerts at www.rsc.org/ej_alert.
Our full author guidelines, including preferred referencing style, are available on the Energy & Environmental Science website at www.rsc.org/ees. Our journal templates (available from the website) are designed to assist submission in a format similar to the journal layout. However, we are willing to consider articles in almost any reasonable format and layout.
Of course, all published articles are put into a standardised format by our professional technical staff.
This journal is © The Royal Society of Chemistry 2008 |