共查询到20条相似文献,搜索用时 15 毫秒
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本刊讯(记者 杨春华):1月24日,农业部党组副书记、常务副部长韩长赋来到中国农村杂志社,代表部党组,代表杜青林部长看望全社干部职工,给大家拜年,并与全社中层以上干部进行了座谈,勉励全社干部职工要以办好刊物特别是要千方百计办好《农村工作通讯》为重点,全面推进杂志社各项事业的发展. 相似文献
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《农民科技培训》编辑部 《农民科技培训》2008,(1):1-1
令人期待的、充满激情活力的2008年,带着她蓬勃热情的气息已向我们走来!亲爱的新老朋友们,当你们手捧这期《农民科技培训》的时候,是否有焕然一新的感觉? 相似文献
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都兰是农牧业大县,但基础设施落后,农牧业结构不尽合理,粗放经营问题突出。今后要调整农牧业内部结构。提高经济作物、畜牧业和特色农畜产品的比重;积极发展二、三产业,合理转移农牧区剩余劳动力;努力改善农牧业基础设施,加快培育龙头企业,加强农牧业生产基地建设,加速推进农牧业产业化进程。 相似文献
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记得有位名人说过,读本好书,就多了位无言之师。转眼间,与《渔政》相识四年了。尽管时间不是很长,但已经与《渔政》结下了一份难得的师生之缘,照样有浓得化不开的记忆与情结。 相似文献
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《水利经济》2013,(6):69-72
China' s agricultural ecological compensation mechanism from perspective of virtual resources and ecological factor flows/SUN Caizhi, et al ( Center for Studies of Marine Economy and Sustainable Development, Liaoning Normal University, Dalian 116029, China)Abstract: Based on the calculated flows of virtual resources and ecological factors (virtual water, land, virtual chemical fertilizers, pesticides and agricultural film) caused by the grain trade in 2000 and 2010 in China, the flow patterns of the virtual resources and ecological factors are analyzed. The results show that Yellow River-Huaihe River-Haihe River regions and Northeast China are the most important discharge regions of virtual resources and ecological factors, 相似文献
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《水利经济》2014,(5):71-74
Driving forces for change of water footprint in China based on IPAT-LMDI model/XI Xu, et al (College of Urban and Environment, Liaoning Normal University, Dalian 116029, China)
Abstract: By establishing IPAT model for change of water footprint, the driving forces for change of water footprint in China are decomposed into three humanistic factors of population, affluence and technology. The contribution rates of the above three factors to change of China' s water footprint as well as their average annual contribution rates in various provinces in China from 1997 to 2011 are measured using the LMDI decomposition model. The results show that the impact of the degree of affluence on change of water footprint is the greatest, that of the population is the smallest, both of which are positive driving factors, and the technology has bidirectional driving effects, while currently it is substantially negative driving force. 相似文献
Abstract: By establishing IPAT model for change of water footprint, the driving forces for change of water footprint in China are decomposed into three humanistic factors of population, affluence and technology. The contribution rates of the above three factors to change of China' s water footprint as well as their average annual contribution rates in various provinces in China from 1997 to 2011 are measured using the LMDI decomposition model. The results show that the impact of the degree of affluence on change of water footprint is the greatest, that of the population is the smallest, both of which are positive driving factors, and the technology has bidirectional driving effects, while currently it is substantially negative driving force. 相似文献
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《水利经济》2014,(1):73-76
For the specialty of the cases about joint infringement of water pollution, special judicial rules which are different from those for general torts should be designed. In consideration of the factors of relieving victims, facilitating courts make judgments and preventing misuse of discretion, 相似文献
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《水利经济》2009,27(5):75-78
Mixed fuzzy clustering analysis based on feature weights and its application in classification of flood disaster grade/KONG Ling-yan, et al (College of Sciences, Hohai University, Nanjing 210098, China) Abstract: A mixed fuzzy clustering analysis method based on feature weights was put forward. In other words, the weights of sample characteristics were obtained by use of the relief F method based on an improved ISODATA method. 相似文献
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《水利经济》2014,(6):69-72
Difficulties and countermeasures in operation of China's central fund on farmland water conservancy/CHEN Tao, et al (Graduate School, Chinese Academy of Social Sciences, Beijing 100005, China)
Abstract: The increasing investment into the construction of farmland water conservancy in China is needed, however, the available sources for the funds are short. In order to fill the financial gap of the construction of farmland water conservancy, the background, design and operating mode of the funds for the farmland water conservancy in China are elaborated, and the preliminary estimate and the actual draw of China's central funds for the farmland water conservancy are analyzed. With regard to the poor draw situation, some countermeasures are put forward: the draw degree should be strengthened, 相似文献
Abstract: The increasing investment into the construction of farmland water conservancy in China is needed, however, the available sources for the funds are short. In order to fill the financial gap of the construction of farmland water conservancy, the background, design and operating mode of the funds for the farmland water conservancy in China are elaborated, and the preliminary estimate and the actual draw of China's central funds for the farmland water conservancy are analyzed. With regard to the poor draw situation, some countermeasures are put forward: the draw degree should be strengthened, 相似文献