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"5.12"四川汶川大地震发生后,武警水电部队在第一时间组织驻灾区部队迅速投入抗震抢险救灾.同时了解到强烈地震给四川省带来巨大灾难,人员伤亡极其严重、公路严重堵塞、山体滑坡形成34座堰塞湖、大量水库受损,水电部队敏锐地意识到,这一个个堰塞湖、一座座病险水库,是悬在灾区人民头上的一盆盆水.不但危及下游灾区人民生命财产安全,而且危及灾区的社会稳定,必须尽快排险.在国家有难、人民受灾的危急时刻,水电部队作为一支专业化部队,理应发挥人才、技术和装备优势,为抗震救灾作更大的贡献.水电指挥部迅速向国家防总、水利部、电监会递交请战书.国务院抗震救灾总指挥部决定由水利部与武警水电部队、四川省共同组成工作组,开展堰塞湖抢险救灾工作. 相似文献
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程回洲 《中国水能及电气化》2006,(9):1-1
今天本刊以全新的面貌呈现于广大读者面前,这是杂志成长过程中的羽化新生。2006年9月,经国家新闻出版总署批准,《中国农村水电及电气化》杂志正式更名为《中国水能及电气化》。作为水利部主管的行业期刊,杂志的更名是主办单位水利部水电局贯彻落实科学发展观和《可再生能源法》 相似文献
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程回洲 《中国水能及电气化》2005,(1)
经国家科技部和国家新闻出版总署批准,《中国农村水电及电气化》杂志正式创刊了。这是农村水电发展史上具有重要意义的一件事,对贯彻党中央、国务院关于水利和农村水电工作的方针政策、水利部新时期治水 相似文献
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Lake Winnipeg is the 10th largest freshwater lake in the world and, like many of the world’s great lakes, it is increasingly being affected by anthropogenic pressures, such as high nutrient loads and invasive species. The consequences of these on the hydrology and ecology of the lake are the focus of continuing research, funded by the renewed investment of Federal and Provincial agencies. Complicating this, Lake Winnipeg is still very much a wilderness lake and despite two decades of research there is much we don’t know. This second special issue on Lake Winnipeg is a collection of 21 research articles that describe some of the most recent and emerging research on the lake. 相似文献
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《Journal of Great Lakes research》2022,48(2):261-263
As the human population of the Lake Ontario basin continues to grow, targeted research and monitoring activities to inform adaptive management are increasingly important for protecting the Lake Ontario ecosystem. As the most downstream of the Great Lakes, the Lake Ontario ecosystem is under pressure from a wide range of stressors including chemical contaminants and invasive species. This special issue highlights the broad network of binational research and monitoring efforts by federal, state, and provincial agencies and academic partners that took place during the 2018 Cooperative Science and Monitoring Initiative (CSMI) field year for Lake Ontario. The research and monitoring by creative and collaborative teams assembled under the umbrella of CSMI 2018 includes projects that investigated a wide variety of factors impacting the lake ecosystem, ranging from physics to chemistry and biology. This issue also provides examples of data sharing/synthesis and modeling tools that promote the use of these extensive datasets to explore ecosystem management options. The research and monitoring outcomes from CSMI 2018 provide managers with current information on the Lake Ontario ecosystem to inform decision making and guide restoration and protection efforts. 相似文献