成果/Result
- Examining Land Cover and Greenness Dynamics in Hangzhou Bay in 1985-2016 Using Landsat Time-Series Data被引量：28收藏
- 作者：Li, Dengqiu[1] Lu, Dengsheng[1] Wu, Ming[2] Shao, Xuexin[2] Wei, Jinhong[1]
- 机构：Zhejiang Agr & Forestry Univ;Chinese Acad Forestry
- 来源：REMOTE SENSING 2018
- 关键词：land cover change Landsat NDVI time series vegetation greenness Hangzhou Bay coastal wetland ecosystem
- Comparative study of methane emission in the reclamation-restored wetlands and natural marshes in the Hangzhou Bay coastal wetland被引量：12收藏
- 作者：Xiong, Jing[1] Sheng, Xuancai[2] Wang, Meng[1] Wu, Ming[1] Shao, Xuexin[1]
- 机构：Chinese Acad Forestry;State Forestry Adm
- 来源：ECOLOGICAL ENGINEERING 2022
- 关键词：Methane emissions Reclamation-restored wetland Natural wetland Coastal wetland Global warming
- Effects of influent salinity on water purification and greenhouse gas emissions in lab-scale constructed wetlands被引量：11收藏
- 作者：Shao, Xuexin[1] Zhao, Linli[1] Sheng, Xuancai[2] Wu, Ming[1]
- 机构：Chinese Acad Forestry;State Forestry Adm
- 来源：ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH 2020
- 关键词：COD Nutrients Carbon dioxide Methane Nitrous oxide
- Shifting of the Migration Route of White-Naped Crane (Antigone vipio) Due to Wetland Loss in China被引量：7收藏
- 作者：Jia, Yifei[1,2] Liu, Yunzhu[2] Jiao, Shengwu[3] Guo, Jia[1,2] Lu, Cai[1,2]
- 机构：Beijing Forestry Univ;Beijing Forestry Univ;Chinese Acad Forestry;Nanjing Forestry Univ;NSW Dept Planning Ind & Environm
- 来源：REMOTE SENSING 2021
- 关键词：landcover change migratory behavior flexibility satellite tracking stopover site utilization distribution white-naped crane
- Influencing Factors of Methane Emission Dynamics at Different Water Depths in Hangzhou Bay Reed Wetland, China被引量：4收藏
- 作者：Sho, Xuexin[1] Sheng, Xuancai[1] Wu, Ming[1] Wu, Hao[1] Ning, Xiao[1]
- 机构：Chinese Acad Forestry
- 来源：ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY 2017
- 关键词：Phragmites australis CH4 emissions coastal wetland seasonal dynamics temperature
- Thinning alters nitrogen transformation processes in subtropical forest soil: Key roles of physicochemical properties被引量：2收藏
- 作者：Yao, Liangjin[1] Wu, Chuping[1] Jiang, Bo[1] Wu, Ming[2] Shao, Xuexin[2]
- 机构：Zhejiang Acad Forestry;Chinese Acad Forestry
- 来源：SCIENCE OF THE TOTAL ENVIRONMENT 2024
- 关键词：Forest management Nitrogen cycling Thinning intensity Microbial activity Soil properties
- Environmental Variables Better Explain Changes in Potential Nitrification and Denitrification Activities than Microbial Properties in a Thinning Subtropical Forest Soil被引量：0收藏
- 作者：Li, Niu[2] Yao, Liangjin[1] Wu, Chuping[1] Jiang, Bo[1] Wu, Ming[2]
- 机构： Zhejiang Academy of Forestry; Wetland Ecosystem Research Station of Hangzhou Bay
- 来源：SSRN 2024
- 关键词：Bacteria - Forestry - Fungi - Nitrification - Nitrogen - Organic carbon - Physicochemical properties - Soils - Structural properties - Tropics
- Nitrogen removal capacity and influencing factors of inland wetland under human activities: Jiashan County, China被引量：0收藏
- 作者：Li, Niu[1] Zhang, Youzheng[2] Wu, Jinlong[1] Li, Junzhen[1] Gao, Jingwen[1]
- 机构： Wetland Ecosystem Research Station of Hangzhou Bay; Key Laboratory of Engineering Oceanography
- 来源：River 2024
- 关键词：Denitrification - Nitrogen removal - Water resources
- Effect of Human Activities on Characteristics of Water Nitrogen and Phosphorus in Plain Water Network in Theyangtze River Delta被引量：0收藏
- 作者：Yin, Yuan-Feng[1,2] Liu, Peng-Cheng[2] Shao, Xuexin[1] Li, Niu[1] Wu, Jinlong[1]
- 机构： State Key Laboratory of Wetland Conservation and Restoration; College of Ecology and Environment
- 来源：SSRN 2025
- 关键词：Rivers
- Water Body Utilization Pattern Influences Greenhouse Gas Emissions in Jiashan County, China被引量：0收藏
- 作者：Li, Niu[1] Wu, Jinlong[1,2] Li, Junzhen[1] Xiong, Jing[1] Yuan, Haijing[1]
- 机构： Wetland Ecosystem Research Station of Hangzhou Bay; College of Forestry and Biotechnology; Key Laboratory of Engineering Oceanography
- 来源：SSRN 2024
- 关键词：Aquaculture - Biochemical oxygen demand - Dissolved oxygen - Gas emissions - Greenhouse gases - Industrial emissions - Lakes - Population statistics - Rivers - Urban growth - Water supply
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