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Community Organizations Wiley-Blackwell
Wiley-Blackwell
Wiley-Blackwell
Publishing Company

Location

New Jersey
United States

Wiley-Blackwell is the international scientific, technical, medical, and scholarly publishing business of John Wiley & Sons. It was formed by the merger of John Wiley's Global Scientific, Technical, and Medical business with Blackwell Publishing, after Wiley took over the latter in 2007.[1]


As a learned society publisher, Wiley-Blackwell partners with around 750 societies and associations. It publishes nearly 1,500 peer-reviewed journals and more than 1,500 new books annually in print and online, as well as databases, major reference works, and laboratory protocols. Wiley-Blackwell is based in Hoboken, New Jersey (United States) and has offices in many international locations including Boston, OxfordChichester, Berlin, Singapore, Melbourne, Tokyo, and Beijing, among others.


Wiley-Blackwell publishes in a diverse range of academic and professional fields, including in biologymedicinephysical sciencestechnologysocial science, and the humanities.[2]


Access to more than 1,500 journals, OnlineBooks, lab protocols, electronic major reference works and other online products published by Wiley-Blackwell is available through Wiley Online Library,[3] which replaced the previous platform, Wiley InterScience, in August 2010.


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Resources

Displaying 121 - 125 of 379

Data at our fingertips, myths in our minds: recent grain price jumps as the ‘perfect storm’

Journal Articles & Books
Dezembro, 2014
Índia
China

The onset of the grain price spikes in late 2007 heralded a heated discussion among economists and policy makers on the source of the problem and appropriate policy responses. The subsequent rounds of price surges hit landless poor consumers hard, and transferred billions of dollars from them to landowners worldwide. Economists offered a list of highly plausible explanations for the recent jumps in grain price levels.

Forecasts of habitat suitability improve habitat corridor efficacy in rapidly changing environments

Journal Articles & Books
Dezembro, 2014

AIM: Habitat fragmentation threatens species’ persistence by increasing subpopulation isolation and vulnerability to stochastic events, and its impacts are expected to worsen under climate change. By reconnecting isolated fragments, habitat corridors should dampen the synergistic impacts of habitat and climate change on population viability. Choosing which fragments to reconnect is typically informed by past and current environmental conditions. However, habitat and climate are dynamic and change over time.

Seagrass rehabilitation off metropolitan Adelaide: a case study of loss, action, failure and success

Journal Articles & Books
Dezembro, 2014

Heavy losses of 6200 ha of seagrass off the Adelaide metropolitan coast since 1949 have had substantial implications for beach management, fisheries and biodiversity. Here, we describe for managers some promising initial trials to develop a cost‐effective method to rehabilitate some of these lost seagrasses.

Factors Influencing the Stream‐Aquifer Flow Exchange Coefficient

Journal Articles & Books
Dezembro, 2014

Knowledge of river gain from or loss to a hydraulically connected water table aquifer is crucial in issues of water rights and also when attempting to optimize conjunctive use of surface and ground waters. Typically in groundwater models this exchange flow is related to a difference in head between the river and some point in the aquifer, through a “coefficient.” This coefficient has been defined differently as well as the location for the head in the aquifer.

Impacts of decentralized fish fingerling production in irrigated rice fields in Northwest Bangladesh

Journal Articles & Books
Dezembro, 2014

Rice field‐based fish seed production (RFFSP) has become established in parts of Northwest Bangladesh (NWB) as part of promoting improved rice‐based livelihoods. The impact of RFFSP on adopting households in terms of interactions of assets and other activities was assessed in a comparison of seed‐producing (RF; n� =� 60) and non‐seed‐producing (NRF; n� =� 58) households that were sampled randomly and ranked as poor, intermediate and better‐off.