1) urban water-saved greenbelt
节水型城市绿地
2) resources-saving urban green space
节约型城市绿地
1.
Ideas and measures for resources-saving urban green space;
建设节约型城市绿地的思路和对策研究
3) urban green-land water-saving irrigation
城市绿地节水灌溉
1.
Fuzzy synthetic evaluation on benefits of urban green-land water-saving irrigation;
城市绿地节水灌溉效益模糊综合评价方法
4) Water-saving city
节水型城市
1.
The correlative problems researching of the water resources developing and utilization and the water-saving city building of Urumuqi;
乌鲁木齐市水资源开发利用及建设节水型城市相关问题研究
2.
By analysis of characters of water resources in Dunhuang , this paper discussed the development and utilization ofwater resources , took preliminary studiy on building the water-saving city of Dunhuang, at last ,it proposed the corresponding measures.
本文通过对敦煌水资源特征分析 ,论述敦煌水资源开发利用方向 ,对建设敦煌节水型城市进行初步探讨 ,并提出相应对策。
3.
In order to relieve the present situation of water resources serious shortage in cities of China, a slogan on developing water-saving city is put forward.
为了有效的缓解目前我国城市水资源严重短缺的现状 ,国家提出了大力创建节水型城市口号。
5) water saving type city
节水型城市
1.
IToday when water and water saving measure are paid great attention by the international society to counter the great task of rapidly stepping into water saving type city in Wuhan City the paper points out that Wuhan urban development must take the water saving type road.
在水及节水措施引起国际社会极度关注的今天,针对武汉快速步入节水型城市这一重大课题,指出武汉城市发展必须走节水型道路。
6) water saving city
节水型城市
1.
And based on the principle "broaden sources of income and reduce expenditure, resources allocation"the conception of enhancing scientific and technological management level in water supply and water saving is elaborated to building water saving city and social strategies.
分析了城市供水节水工作存在的主要问题,按照“开源、节流和保护并举、资源合理配置”的原则,阐述了提高供水节水工作的科学技术管理水平,促进污水资源化等建成节水型城市与社会的策略。
补充资料：城市楔型绿地建设
楔型绿地是指用于纵向分割城市边缘集团、限制城市无限扩展、由郊区深入城区的放射型带状绿地。为了改善首都环境质量，缓解城市热岛效应，促进和引导城区与郊区间的空气对流，提高城市防灾能力，全市将在中心市区与郊区之间的西北、北、东北、东南和西南5个方向，建设六郎庄、小月河、北苑、来广营、机场路、左安门、菜户营等7块楔型绿地，其规划范围共计175.6平方公里，预计实现绿地面积约125平方公里。研究表明，楔型绿地建设完成后，其规划范围内的绿地率将由现在的29.6提高到71.2，不仅可以使全市平均绿地率提高6.7个百分点，而且还可以使热岛面积下降15.8。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条