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职业迁徙
个人简介
安树青,男,汉族,中共党员,现任南京大学国家重点实验室副主任。
研究方向
主要进行植被结构与功能的恢复与重建研究,包含下列4个领域(Focus my studies on restoration and reconstruction of structure and function of vegetations, and 4 fields are included as the followings):
1、湿地生态与生态恢复工程(Wetland ecology and ecological engineering of wetland restoration)
植物工具种培育与大规模快繁技术、湿地植被恢复、CNPS的湿地生物地球化学循环、湿地处理系统与构造湿地、湿地自然保护区与湿地公园的规划、环评与设计、湿地生态系统重建(Tissue culture and mass propagation of plant tool species, wetland vegetation restoration, carbon/nitrogen/phosphorus/sulfur biogeochemical cycles in wetlands, treated wetland and constructed wetland, planning, design, environmental evaluation and of wetland reserves and parks, rehabilitation of wetland ecosystems)。
2、森林生态与生物多样性保育(Forest ecology and biodiversity conservation)
植被结构、动态演替、水文功能、功能群恢复,珍稀濒危与重要树种遗传多样性损失与保护、树种幼苗与种子的权衡(Vegetation structure, dynamic changes, hydrological function, functional group restoration; loss and conservation of genetic diversity of rare, endangered and important species, trade-off between seeds and seedlings of tree species)。
3、淡水森林湿地保护与重建(Conservation and reconstruction of freshwater forested wetland)
我国淡水森林湿地的分布格局、区域特点、退化与丧失机制、关键树种辨识、植被保护、恢复与重建(distribution pattern, reginal characteristics, mechanism of degradation and missing, identification of key dominant species, conservation, restoration and rehabilitation of freshwater forested wetlands)。
4、湿地生物入侵与全球变化(biological invasions in wetlands and Global changes)
互花米草入侵机制与控制管理、大米草衰退机制与种群恢复、互花米草入侵对盐沼生源要素物质循环的影响、米草盐沼痕量气体排放与全球变化(Mechanism and management of Spartina alterniflora invasions, decline mechanism and population restoration of Spartina anglica, impact of Spartina invasions on circulation of key life-needed elements, trace gas release and global changes of Spartina saltmarshes)。
研究方向
主要进行植被结构与功能的恢复与重建研究,包含下列4个领域(Focus my studies on restoration and reconstruction of structure and function of vegetations, and 4 fields are included as the followings):
1、湿地生态与生态恢复工程(Wetland ecology and ecological engineering of wetland restoration)
植物工具种培育与大规模快繁技术、湿地植被恢复、CNPS的湿地生物地球化学循环、湿地处理系统与构造湿地、湿地自然保护区与湿地公园的规划、环评与设计、湿地生态系统重建(Tissue culture and mass propagation of plant tool species, wetland vegetation restoration, carbon/nitrogen/phosphorus/sulfur biogeochemical cycles in wetlands, treated wetland and constructed wetland, planning, design, environmental evaluation and of wetland reserves and parks, rehabilitation of wetland ecosystems)。
2、森林生态与生物多样性保育(Forest ecology and biodiversity conservation)
植被结构、动态演替、水文功能、功能群恢复,珍稀濒危与重要树种遗传多样性损失与保护、树种幼苗与种子的权衡(Vegetation structure, dynamic changes, hydrological function, functional group restoration; loss and conservation of genetic diversity of rare, endangered and important species, trade-off between seeds and seedlings of tree species)。
3、淡水森林湿地保护与重建(Conservation and reconstruction of freshwater forested wetland)
我国淡水森林湿地的分布格局、区域特点、退化与丧失机制、关键树种辨识、植被保护、恢复与重建(distribution pattern, reginal characteristics, mechanism of degradation and missing, identification of key dominant species, conservation, restoration and rehabilitation of freshwater forested wetlands)。
4、湿地生物入侵与全球变化(biological invasions in wetlands and Global changes)
互花米草入侵机制与控制管理、大米草衰退机制与种群恢复、互花米草入侵对盐沼生源要素物质循环的影响、米草盐沼痕量气体排放与全球变化(Mechanism and management of Spartina alterniflora invasions, decline mechanism and population restoration of Spartina anglica, impact of Spartina invasions on circulation of key life-needed elements, trace gas release and global changes of Spartina saltmarshes)。
研究兴趣
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MARINE POLLUTION BULLETIN (2024): 116199-116199
WATERno. 3 (2024): 476
ARABIAN JOURNAL OF CHEMISTRYno. 2 (2024): 105543
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crossref(2024)
Frontiers in Microbiology (2023): 1291464
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