1.
THE DISTURBANCE MECHANISM OF THE EOLIAN SAND TO THE MIGRATION OF ORE-FORMING ELEMENTS IN STREAM SEDIMENTS IN QINGHAI PROVINCE
青海高寒湖沼景观区风成沙对成矿元素迁移的扰动机制的研究
2.
Study on the High Effective Household Biogas Digesters Anaerobic Fermentation System in the High-cold Region
寒地高效户用沼气罐发酵工艺的研究
3.
Design and Experimental Study of the Highly Effective Small Scaled Methane Engineering in the High-cold Region
寒区高效小型沼气工程的设计与试验
4.
International Society of Limology
国际湖沼学会(湖沼学会)
5.
Design and Text Experimental Study on the High Effective Small Scaled Methane Engineering in the High-cold Region;
寒区高效小型沼气工程的设计与试验研究
6.
geological processes of lake and swamp
湖泊和沼泽的地质作用
7.
lagoon marsh associes
泻湖沼泽演替系列群丛
8.
A salt marsh, spring, pond, or lake.
盐沼，盐泉，盐塘或盐湖
9.
STUDY ON PHASE EQUILIBRIUM OF GAS HYDRATE FOR SALT EXPLOITATION IN HIGH-COLD REGION
水合物法开发高寒地区湖盐的相平衡研究
10.
Design of Joint Heating of Biogas Digester by Solar Energy and Biogas Fueled Boiler in Cold Area
寒区太阳能沼气锅炉联合增温沼气池的设计
11.
Alpine shrubs in southern part of Qinghai Lake Basin have been studied in fbis paper.
本文对青海湖湖盆南部的高寒灌丛类型及动态进行了初步探讨。
12.
Changes of the Swamp and Alpine Meadow Ecosystems and Its Carbon Balance in the Head-water Region of the Yangtze River: Response to the Global Warming;
长江源区沼泽与高寒草甸生态系统变化及其碳平衡对全球气候变化的响应
13.
Water and Heat Process of Alpine and Swamp Meadow in Permafrost Zones and Response to the Global Warming in the Source Region of Yangtze River
长江源多年冻土区沼泽及高寒草甸水热过程及其对气候变化的响应
14.
The Research on Fertilizer Efficiency of Taihu Lake Cyanobacteria Residue
太湖蓝藻发酵后沼渣和沼液的肥效研究
15.
NTES ON CAMBRIAN BRDORIIDS FROM SHAANXI, YUNNAN, SCHUAN, CUIZHOU, HUBEI AND CUANGDONG
我国陕西、云南、四川、贵州、湖北、海南岛的寒武纪高肌虫化石(续)
16.
The Conversion Efficiency and Phytomass of Alpine Grassland with Different Degraded Degree in Qinghai Lake Area;
青海湖地区不同退化程度高寒草地植物量及光能转化效率的研究
17.
Study on the Soil Carbon Storage of Alpine Grassland under Different Dgrees of Degradation in Qinghai Lake Region;
青海环湖地区不同退化程度高寒草地土壤碳储量的研究
18.
Spatial Analysis on the High Risk Regions for Schistosomiasis Japonica and Identification of Active Transmission Sites;
湖沼地区血吸虫病高风险区域的空间分析及重点钉螺孳生地的探测