1.
Research on the biogeochemical characteristics of rich Mo landscape of Yang chuling,Jiangxi;
江西省阳储岭富钼景观中钼的生物地球化学特性研究
2.
THE MICROORGANISM BIOLOGICAL RESEARCH OF EUTROPHIC WATER LANDSCAPE
富营养化水体景观的微生物修复研究
3.
finally, to enrich the connotation of the tourism, combining "macrocosm" with "microcosm".
使“宏观”与“微观”相结合 ,丰富提升景点内涵
4.
The Amalfi coast is an area of great physical beauty and natural diversity.
阿马尔菲海岸环境优美、然景观丰富多彩。
5.
Study on Development of Tourism Culture in Regions Rich for Human Landscapes;
人文景观富集地区的旅游文化业发展研究
6.
Temporal and Spatial Distribution of Eutrophication in Landscape Water Body;
再生水景观水体中富营养化的时空变化
7.
Study on Simulation of Landscaping Water Eutrophication and Its Ecological Remediation Technique;
景观水体富营养化模拟与生态修复技术研究
8.
THE LANDSLIP LANDSCAPE OF THE FUSHAN MOUNTAIN IN HUANGYAN, ZHEJIANG AND ITS TOURISM EXPLOITATION;
浙江黄岩富山山崩地貌景观及其旅游开发
9.
Treating Landscape Water Eutrophication by Microbial Technology
微生物技术治理景观水体富营养化的研究
10.
Eutrophication Evaluation of Greenbelt and Park Lakes in Shanghai
上海城市绿地景观水体富营养化综合评价研究
11.
Eutrophication Condition and Restoration Measures of Landscape Water in Campus
校园景观水体富营养化现状及修复对策
12.
Eutrophication evaluation of landscape waters in ten urban parks in Shanghai
上海市10个城市公园景观水体富营养化评价
13.
Removal test of phosphate and algae from eutrophic landscape water by coagulation
富营养景观水体中藻类和磷的去除试验
14.
Laboratory study on treatment of eutrophicated scenery waterbody by Bacillus megaterium
巨大芽孢杆菌对富营养化景观水体的净化效果
15.
Lushan Mountain is a beautiful place which is famous for its natural and cultural sights.
庐山是我国著名的风景区,自然风光秀丽,人文景观也很丰富。
16.
Will swimming pool and build on stilts the layer and the exterior view conjunctions to do the sense of vision also up the ducting, lead abundant view layer to go into indoor.
将会所泳池及架空层与外部景观连接并做视觉上导入，将丰富的景观层次引入室内。
17.
Vertical eco-landscapes brought in a special and abundant landscape efficiency, and functioned ecologically, economically and socially.
垂直生态景观产生了独特而丰富的景观效果，并具有较好的生态功能、经济功能和社会功能。
18.
Beans were rich in Mo, wheat came next to it followed by corn.
豆类是钼的富集作物,钼含最最高,小麦次之,玉米最低。