Kay David, Falconer Roger
1Centre for Catchment and Coastal Research, IGES, Aberystwyth University, Ceredigion, Wales, SY23 3DB UK.
2Hydro-environmental Research Centre, School of Engineering, Cardiff University, The Parade, Cardiff, CF24 3AA UK.
Environ Fluid Mech (Dordr). 2008;8(5):451-459. doi: 10.1007/s10652-008-9096-1. Epub 2008 Oct 1.
There is a growing international awareness of the health risks associated with water, and particularly in developing countries. For example: (i) a child dies in Africa every 30s due to malaria-a disease related to stagnant water, (ii) every year flooding causes many deaths world-wide, with infant mortality due to diarrhea from contaminated flood waters posing the biggest threat, and (iii) poor sanitation and its relation to hepatitis A continues to be a serious problem. A revealing measure of the extent of such global problems is that more than half of the hospital beds in the world today are occupied by people with water-related diseases. Addressing these issues mandates an interdisciplinary approach by the world's scientific and engineering community. In this spirit a workshop was held in Phoenix to provide a forum where epidemiologists, hydraulics researchers and other stakeholders of varied backgrounds (e.g., policy makers, environmental groups etc.) could all participate in a debate on a future agenda for hydro-epidemiology. The principal outcome of the workshop was a significant appreciation of the potential for interdisciplinary research and development in hydro-epidemiology and the major contribution that hydraulics professionals could offer, in partnership with the public health community, in addressing such water related disease control and prevention challenges.
国际上对与水相关的健康风险的认识日益提高,在发展中国家尤其如此。例如:(i)在非洲,每30秒就有一名儿童死于疟疾——一种与积水有关的疾病;(ii)每年洪水在全球造成许多人死亡,受污染洪水导致的腹泻造成的婴儿死亡率构成最大威胁;(iii)卫生条件差及其与甲型肝炎的关系仍然是一个严重问题。一个揭示此类全球问题严重程度的指标是,当今世界一半以上的医院床位被患有与水相关疾病的人占据。解决这些问题需要世界科学和工程界采取跨学科方法。本着这种精神,在凤凰城举办了一次研讨会,以提供一个论坛,让流行病学家、水力学研究人员以及其他不同背景的利益相关者(如政策制定者、环保组织等)都能参与关于水流行病学未来议程的辩论。研讨会的主要成果是,人们深刻认识到水流行病学跨学科研究与开发的潜力,以及水力学专业人员与公共卫生界合作,在应对此类与水相关的疾病控制和预防挑战方面所能做出的重大贡献。