Ranghui Wang
Current Organizations / Institutes
The organizations/institutes from the scholar's latest article
Previous Organizations / Institutes
The organizations / institutes from the scholar's other articles in the past ten years
Research Subjects
Ranghui Wang has a total of 9 co-authors. Here are the top co-authors by number of shared publications:
Huizhi Zhang
Chinese Academy of Sciences
2 shared publicationsYudong Song
2 shared publicationsZili Fan
2 shared publicationsQing Huang
Chinese Academy of Sciences
1 shared publicationXinming Lu
1 shared publicationYaping Chen
Yangling Professional College
1 shared publication
Latest Publications
- Open Access
- 1 June 2006
- Published by Springer Nature in Chinese Science Bulletin
- Vol. 51 (S1) , 75-81
Characteristics and laws of MODS coupling relation in arid zone under global change
- 1 June 2006
- Published by Springer Nature in Chinese Science Bulletin
- Vol. 51 (S1) , 75-81
Open AccessCharacteristics and laws of MODS coupling relation in arid zone under global change
- 1 April 2003
- Vol. 14 (4) , 520-4
[Patterns and characteristics of ecological water demand in west arid zone of China--a case study of green corridor in the lower reaches of Tarim River].
Ecological water demand has some characteristics. The ecological water demand that was used for protection of the green corridor in the lower reaches of Tarim River was chiefly water demand by natural vegetation below Daxihaizi reservoir, and it included gross restoration water amount of ground water level and gross stand water amount in all over the lower reaches of Tarim River. The gross restoration water amount of ground water level mainly included restoration water amount of ground water level and lateral discharge, as well as evaporation of the course. Based on the drainage target of Alagan in 2005, gross ecological water demand was the gross water amount of restoration ground water level between Daxihaizi and Alagan, which would be 13.20 x 10(8) m3. Meanwhile, the annual average water demand would be 2.64 x 10(8) m3. Because the drainage target and vegetation protection target would be all Taitema lake in 2010, the gross ecological water demand included not only the gross water amount of restoration ground water level between Alagan and Taitema lake, but also the ecological stand water amount between Daxihaizi and Taitema lake, which would be 18.32 x 10(8) m3. Meanwhile, the annual average water demand would be 3.66 x 10(8) m3. From the year 2010 to 2030, the gross ecological water demand would be consisted of two parts (the gross stand water amount between Daxihaizi and Alagan, and the water demand by increased vegetation of 18.67 x 10(4) hm2), and the total ecological water demand during the 20 years would be 139.00 x 10(8) m3. Meanwhile, the annual average water demand would be 6.95 x 10(8) m3.
- 1 April 2003
- Vol. 14 (4) , 520-4
[Patterns and characteristics of ecological water demand in west arid zone of China--a case study of green corridor in the lower reaches of Tarim River].
Ecological water demand has some characteristics. The ecological water demand that was used for protection of the green corridor in the lower reaches of Tarim River was chiefly water demand by natural vegetation below Daxihaizi reservoir, and it included gross restoration water amount of ground water level and gross stand water amount in all over the lower reaches of Tarim River. The gross restoration water amount of ground water level mainly included restoration water amount of ground water level and lateral discharge, as well as evaporation of the course. Based on the drainage target of Alagan in 2005, gross ecological water demand was the gross water amount of restoration ground water level between Daxihaizi and Alagan, which would be 13.20 x 10(8) m3. Meanwhile, the annual average water demand would be 2.64 x 10(8) m3. Because the drainage target and vegetation protection target would be all Taitema lake in 2010, the gross ecological water demand included not only the gross water amount of restoration ground water level between Alagan and Taitema lake, but also the ecological stand water amount between Daxihaizi and Taitema lake, which would be 18.32 x 10(8) m3. Meanwhile, the annual average water demand would be 3.66 x 10(8) m3. From the year 2010 to 2030, the gross ecological water demand would be consisted of two parts (the gross stand water amount between Daxihaizi and Alagan, and the water demand by increased vegetation of 18.67 x 10(4) hm2), and the total ecological water demand during the 20 years would be 139.00 x 10(8) m3. Meanwhile, the annual average water demand would be 6.95 x 10(8) m3.
- 1 December 2002
- Published by Springer Nature in Science in China Series D: Earth Sciences
- Vol. 45 (S1) , 54-58
Remote sensing analysis of desert vegetation and its landscape changes: The case in middle reaches of Tarim River Basin, Xinjiang, China
- 1 December 2002
- Published by Springer Nature in Science in China Series D: Earth Sciences
- Vol. 45 (S1) , 54-58
Remote sensing analysis of desert vegetation and its landscape changes: The case in middle reaches of Tarim River Basin, Xinjiang, China
- 1 December 2002
- Published by Springer Nature in Science in China Series D: Earth Sciences
- Vol. 45 (S1) , 11-17
Water resources and ecological conditions in the Tarim Basin
- 1 December 2002
- Published by Springer Nature in Science in China Series D: Earth Sciences
- Vol. 45 (S1) , 11-17
Water resources and ecological conditions in the Tarim Basin