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Start Over Author "王彬" Publisher acta ecologica sinica
31 results on '"王彬"'

10. Effects of simulated soil warming and precipitation exclusion on N and P metabolisms in Cunninghamia lanceolate

Author

朱锦懋 Zhu Jinmao, 王健 Wang Jian, 熊德成 Xiong Decheng, 王彬 Wang Bin, 陈光水 Chen Guangshui, 陈龙龙 Chen Longlong, 杨玉盛 Yang Yusheng, 方璇 Fang Xuan, 林婉玉 Lin Wanyu, and 杨智杰 Yang Zhijie

Subjects
Ecology, biology, Environmental science, Precipitation, Cunninghamia, biology.organism_classification, Atmospheric sciences, Ecology, Evolution, Behavior and Systematics, Soil warming
Published
2019

12. Variation in vegetation and its response to environmental factors in Maqu County

Author

连杰 Lian Jie, 马仲武 Ma Zhongwu, 王小军 Wang Xiaojun, 王彬 Wang Bin, 龚丞馗 Gong Chengkui, 杨小鹏 Yang Xiaopeng, 王新源 Wang Xinyuan, 赵学勇 Zhao Xueyong, and 曲浩 Qu Hao

Subjects
Variation (linguistics), Ecology, medicine, Environmental science, Physical geography, medicine.symptom, Vegetation (pathology), Ecology, Evolution, Behavior and Systematics
Published
2019

16. Effects of simulated soil warming and precipitation exclusion on N and P metabolisms in Cunninghamia lanceolate

Author

FANG Xuan, 方璇, primary, WANG Jian, 王健, additional, WANG Bin, 王彬, additional, ZHU Jinmao, 朱锦懋, additional, YANG Zhijie, 杨智杰, additional, XIONG Decheng, 熊德成, additional, YANG Yusheng, 杨玉盛, additional, CHEN Guangshui, 陈光水, additional, CHEN Longlong, 陈龙龙, additional, and LIN Wanyu, 林婉玉, additional

Published
2019
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17. Effects of moss layers on the spatial variation in soil moisture in a Picea crassifolia forest on the north-facing slope of the Qilian Mountains

Author

于澎涛 Yu Pengtao, 王彬 Wang Bin, 王顺利 Wang Shunli, 王彦辉 Wang Yanhui, 金铭 Jin Ming, 张学龙 Zhang Xuelong, 张雷 Zhang Lei, and 刘贤德 Liu Xiande

Subjects
Hydrology, Ecology, biology, Agroforestry, Environmental science, Spatial variability, biology.organism_classification, Water content, Moss, Ecology, Evolution, Behavior and Systematics, Picea crassifolia
Published
2017

21. Dynamic distribution ofNemopilema nomuraiin inshore waters of the northern Liaodong Bay, Bohai Sea

Author

李轶平 Li Yiping, 王文波 Wang Wenbo, 王彬 Wang Bin, 董婧 Dong Jing, 刘春洋 Liu Chunyang, 秦宇博 Qin Yubo, 李玉龙 Li Yulong, and 孙明 Sun Ming

Subjects
geography, Jellyfish, geography.geographical_feature_category, Ecology, biology, Fishing, Estuary, Cyanea (jellyfish), biology.organism_classification, Salinity, Fishery, biology.animal, Environmental science, Juvenile, Bloom, Bay, Ecology, Evolution, Behavior and Systematics
Abstract

Since the late 20th century,giant jellyfish blooms have occurred in successive years in the northern part of the East China Sea and the Yellow Sea and resulted in ecological disasters in these areas.The main genera in bloom were Nemopilema and Cyanea spp.with N.nomurai as the dominant species.Fishery resources decreased sharply and normal fishing was seriously affected in the sea area where giant jellyfish bloomed.Massive aggregations of N.nomurai had occurred in Liaodong Bay,part of the Bohai Sea since the end of the 20th century in successive years.These blooms had serious impacts on the structure of fishery resources of Liaodong Bay.The dynamic distribution of juvenile and adult N.nomurai and the dominant ecological type reported,juvenile medusae,were analyzed based on the sampling data obtained during the anchor drift net surveys in inshore waters within a 10m isobath of the northern Liaodong Bay,Bohai Sea from late May to mid to late July from 2008 to 2011 combined with sampling data from trawl fishery resource surveys within a 20m isobath of northern Liaodong Bay and fishing pier interview surveys in August every year.In our study,many N.nomurai juvenile medusae were found in the inshore waters of Liaodong Bay in June,concentrated around the 5m isobath in coastal estuaries of the Shuangtaizi River.The average catch density of N.nomurai was 52.8 ind·net-1·h-1 in early and mid June,and 46 ind·net-1·h-1 in late June.The highest catch density,667 ind·net-1·h-1,was found within the 5m isobath in coastal estuaries of the Shuangtaizi River.During July,the amount decreased markedly with the medusae increasing to adult size.The average catch density of N.nomurai was 5.1 ind·net-1·h-1 in early July and 1.8 ind·net-1·h-1 in mid to late July.After June the higher density area moved to deep waters.Few adult medusae of N.nomurai were found within the 5m isobath in inshore waters of northern Liaodong Bay in mid August,while a high-density area of adult medusae was found in the waters 10—20 meters in depth in northern Liaodong Bay.The sea surface temperatures and salinities in areas inhabited by N.nomurai in June were 17.7—27.3℃ and 24.3—31.9 Practical Salinity Unit,respectively.The sea surface temperatures and salinities of high density areas with juvenile medusae of N.nomurai in June in Liaodong Bay region were 20.4—24.4℃ and 24.7—31.6 PSU,respectively.Coastal estuaries of the northern Liaodong Bay were one of the possible nursery areas of N.nomurai.When the juvenile medusae of N.nomurai grew to adults,they swam into deep waters from shallow waters.In contrast to the adults,the relatively high temperatures and low salinity area of coastal estuaries was an optimum environment for growth of juvenile medusae of N.nomurai.

Published
2013

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