PLoS One. 2012; 7(4): e29656.
Published online 2012 Apr 20. doi: 10.1371/journal.pone.0029656
Fighting malaria and Saving Lives, Accessed Febr. 23, 2017
India AIDS Response Report 2014
This paper is Oxfam’s essential guide for WASH staff and partners. It describes the processes and standards that Oxfam WASH programmes should follow if they are to be carried out effectively, consistently and in a way which treats affected communities with respect.
All WASH staff members are expe...cted to understand and follow these Minimum Requirements. However, it is recognised that in acute emergencies it is preferable to start work on the basics immediately, and build up a comprehensive, quality programme in the following days and weeks. There will, therefore, be some programmes in which certain individual requirements are not appropriate or relevant; in such cases staff members responsible should be able to justify why she/he did things differently, or how the minimum requirement was achieved over time.
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Yemen remains the world’s worst humanitarian crisis with staggering levels of humanitarian need. Eighty per cent of the population – 24.1 million people – need some form of humanitarian assistance. Economic decline, restrictions on imports, shortages of foreign exchange and liquidity, and fluc...tuations in the value of the currency continues to put millions of people at risk of famine. Key assessments remain blocked, complicating efforts to adjust programmes based on the latest evidence. This makes it difficult to know with certainty whether there are large pockets of unmet needs across the country.
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Chagas disease is currently endemic and also predicted to be at increased transmission risk under future climate change scenarios. Similarly, an expansion of areas in the United States at increased risk for Chagas disease transmission is also expected over the next several decades under climate chan...ge scenarios. Of particular interest is the predicted northern shift of triatomine species to central regions of the United States with historically unsuitable climates for T. cruzi vectors. The weight of evidence regarding the influences climate change may pose on T. cruzi vector species distributions demonstrates the sensitivity of Chagas disease transmission to future climate variability. In order to advance forecasts for the impact climate change may have on Chagas disease transmission in the Americas, it is imperative to
further develop, utilize, and perhaps combine predictive species distribution modeling approaches that integrate accurate, long term data on climate variables, vector species distributions, Chagas disease incidence, as well as other socio-ecological variables.
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