1)regional eco-compensation区域生态补偿
1.Based on reviewing the practice of regional eco-compensation of China,The author tries to deeply analyze the main problems of present system and mechanism of regional eco-compensation.笔者在回顾我国区域生态补偿实践工作的基础上,针对目前生态补偿体制与机制中存在的主要问题进行了深入的分析,在此基础上,就如何完善我国区域生态补偿的体制和机制做了进一步的探讨。
英文短句/例句
1.The Research on the Oxygenous Regional Eco-compensation and Its Model Construction氧气区域生态补偿及其模型构建研究
2.Poyang Lake Area Construction of a New Mechanism for Ecological Compensation鄱阳湖区域生态补偿新机制构建研究
3.Legal Theory Foundation and Institutional Construction of Regional Ecological Compensation区域生态补偿的法理基础与制度构建
4.Major Function Oriented Zone and the Regional Eco-compensation Mechanism in China;我国区域生态补偿机制下的主体功能区划研究
5.The Legal Consideration of Ecological Compensation Mechanism in Bohai Rim Region;环渤海区域生态补偿机制的法制化思考
6.Mechanism of Ecological Compensation under the Virtual Water Strategy in China;虚拟水战略下的我国区域生态补偿机制研究
7.Study on Institutional Improvement of Practicing Regional Ecological Compensation Mechanism in China;我国区域生态补偿实践中的制度改进问题
8.The Exploring in Fundamental Theories and Practical Issues of Regional Ecological Compensation区域生态补偿的基础理论与实践问题研究
9.Theory and Mechanism of the Regional Eco-environmental Compensation;我国区域生态补偿的基础理论与体制机制问题探讨
10.Setting up Interregional Ecological Compensation Mechanism to Advance Coordinated Development of Regional Economy;区域间生态补偿机制推进区域经济协调发展
11.Valley Ecological Compensation:the Comparison and Selection between the Government Compensation and the Market Compensation;流域生态补偿:政府补偿与市场补偿比较与选择
12.INTER-REGIONAL ECOLOGICAL COMPENSATION SYSTEM AND REGIONAL CO-ORDINATIVE DEVELOPMENT;区际生态补偿机制是区域间协调发展的关键
13.Research on Dongjiang River Headstream Ecological Compensation Echanism;东江流域水源保护区生态补偿机制的研究
14.Research on Conservation of Water and Soil Ecology Compensation of Rocky Mountain Huaihe River Basin;淮河流域土石山区水土保持生态补偿研究
15.STUDY ON MECHANISM FOR ECOLOGICAL COMPENSATION OF RIVER BASINS BASED ON PRINCIPAL FUNCTION REGIONALIZATION;基于主体功能区划的流域生态补偿机制
16.On the Main Compensation Model and Mechanism of Valley Zoology;论流域生态区际补偿的主导模式与运行机制
17.Impact of regional land consolidation on the ecosystem and its compensation;区域土地整理对生态系统的影响及补偿
18.ON PROBLEM OF COMPENSATION OF REGIONAL ECOENVIRONMENTAL CONSTRUCTION;区域生态环境建设补偿问题的初步探讨
相关短句/例句
regional ecosystem compensation mechanism区域生态补偿机制
3)resource/ecological environment/regional compensation资源/生态环境/区域补偿
4)ecological compensation area生态补偿区
1.Beetles communities structure differences between farmland and ecological compensation area;农田及生态补偿区甲虫群落结构的差异
5)valley ecological compensation流域生态补偿
1.The most important thing to carry out the sustainable development of river ecology is to establish a mechanism for valley ecological compensation, which means constructed regions (up stream) are comp.建立流域生态补偿机制,由流域生态治理中受益区(下游)对建设区(上游)实施一定形式的补偿,是实现流域生态可持续发展的关键所在。
2.To achieve sustainable use of water resources and a virtuous circle in the entire ecosystem, China is actively building an valley ecological compensation mechanism.为实现水资源的永续利用和整个流域系统的良性循环,我国正在积极构建流域生态补偿机制。
6)River basin Ecological Compensation流域生态补偿
1.Chapter I: Theoretical Foundations of River basin Ecological Compensation SystemFrom the view of compensation laws, the author brings forth his own definition on ecological compensation and river basin ecological compensation, analyzes the features of river basin ecologic为实现水资源的可持续利用,必须在可持续发展的环境法视野下,积极进行制度创新,而流域生态补偿法律制度则为这种创新努力提供了可能的路径。
延伸阅读
农业生态区域法农业生态区域法agro-ecological zone nongye shengtai quyufa农业生态区域法(agro一ecological zone)A .H.卡萨姆于1977年为联合国粮农组织的农业生态区域项目制定的一种计算作物光温生产潜力的理论方法。又称“农业生态地带法”。它最先在《发展中国家土地的潜在人口支持能力》项目中得到了应用。对一定的气候，可以利用德维特公式(1%5)，即利用辐射数据，计算某种标准作物可能的潜在产量;对农作物，可根据其在一定气候条件下的遗传控制生长机制、制定校正系统。 假设作物对气候的要求得到满足，并且水分、营养、盐渍度和病虫害等对作物的生长和潜在产量没有影响，则一种生育期为‘日的高产作物品种，其潜在产量(}砷)(千克/公顷)的计算公式为: h切=CLx饰x饰x ex[尸(0.5+0.01玩)xb +(l一F)x(0 .5+0刀乃饰)Yc] (当Ym妻20千克l公顷/小时时)或 h切二CLx饰x偏x Gx[F(0.5+0.田25Ym)儿 +(l一F)x(0 .05饰)Yc] (当玩<20千克l公顷/小时时)式中:cL为作物生长和叶面积校正系数;心为净干物质生长量修正系数;偏为收获指数;F为白天中的阴天部分;F=(众一0.5心)ro.8枷(式中触为晴天最大辐射量，焦/平方厘米/日;庵为实测辐射量，焦/平方厘米/日);Yo为一定地方某作物在一全阴天中的干物质生产率，千克/公顷/日;Yc为一定地方某作物在一全晴天中干物质生产率，千克/公顷/日。 通过上式求得的作物潜在产量，是在理想条件仅受光温和作物品种影响的理论潜力，它是裸露于自然气温下作物生产力的上限，保证灌溉的肥沃土地上作物争取的就是这种潜力。公式中的q、岛、CH、肠、Ym、Yc和Yo等均可通过查表获得，联合国粮农组织在《产量与水的关系》一书中汇集了各国的研究成果，提供了全球性的这类表格。该方法在中国的土地承载力研究中得到了较为广泛的应用。考虑到中国的气候特点、地域差异和品种特性，应用公式前必须做好核查、分析、验证、归纳和分区工作。方法中所涉及的诸多元素都应尽量按不同区域农业生产的主体特征进行修订，最后在经当地高产典型或高产试验结果验证无误时，给出恰当的作物潜在产量。该计算结果，即作物潜在产量可以作为评价区域土地生产潜力和不同时期作物单产水平高低的重要依据。(封志明)
