supported by the Qinghai Lake wetland ecosystem national field observation station capacity preliminary preparation project;Qinghai Province Innovation Platform Construction Special Qinghai Province Key Laboratory of Physical Geography and Environmental Process[2020-ZJ-Y06];the National Natural Science Foundation of China(Nos.42161144003 and 42130506)
Background Changes in precipitation patterns crucially impact soil microbial communities,and the ecosystem in Qinghai-Tibet Plateau(QTP)is highly vulnerable to climate change.However,we do not fully understand how soi...
supported by the University Grants Commission,India,under Minor Research Project scheme(Memo No.F.PHW-2009/15-16(ERO))to the first author.
Background Tropical floodplain wetlands are among the most disturbed and intensively harvested ecosystems.Their sustainable management is often hindered due to the lack of comprehensive,coherent,and standardized asses...
Background:Predicting how natural and anthropogenic drivers shape different ecological indicators,such as plant populations along environmental gradients,can be a relevant tool for establishing management and conserva...
support received by the corresponding author from the Science and Engineering Research Board,Department of Science&Technology(DST-SERB);Government of India(SERB Sanction No.ECR/2017/003380,dated November 26,2018).
Background:This study estimated the total soil organic C(SOC)stock of the wetland influence zone of Bichitrapur mangroves in eastern India in a spatially explicit manner.Both spatial and vertical distribution of SOC d...
Background:Even though wetlands are essential in enhancing water quality and providing recreation and entertainment opportunities in urban areas,their values are overlooked by the decision-makers.Underestimation of th...
supported by the Open Research Fund of the State Key Laboratory of Estuarine and Coastal Research(Grant No.SKLEC-KF201912);the Foundation of Key Laboratory of Yangtze River Water Environment,Ministry of Education(Tongji University),China,(Grant No.YRWEF202105);the Natural Science Fund of Shanghai(Grant No.19ZR1470300);the Natural Science Foundation of China(Grant No.32071584);the Special Fund for Natural Resources Development of Jiangsu Province(Marine Science and Technology Innovation)(Grant No.JSZRHYKJ202109);the Central Public-interest Scientifc Institution Basal Research Fund,ECSFR,CAFS(Grant No.2021M04).
Background:The lateral movements of mass and energy across the terrestrial-aquatic interface are being increasingly recognized for their importance in the carbon(C)balance of coastal/estuarine wetlands.We quantifed th...
The research was supported by the Natural Science Fund Project of Jilin Provincial Department of Science and Technology in 2020;the Jilin Agricultural University National Undergraduate Entrepreneurship Program in 2018;the Jilin Agricultural University National Undergraduate Innovation Program in 2019.
Background:Elevated atmospheric CO_(2) has direct and indirect influences on ecosystem processes.The impact of elevated atmospheric CO_(2) concentration on carbon and nitrogen transformations,together with the microbi...
Background:Even though increasing population pressure and associated increased demand for food and economic development have led to overexploitation and degradation of wetlands throughout the world,the drivers are mos...
Hypothesis:Variation in species assemblages due to micro-topographic features and flow regime determine vegetation carbon stock in floodplain wetlands.Material and method:We tested this hypothesis in Chatla—a tropica...
Introduction:Considering the problem of eutrophication of the water bodies,phosphate removal from water has emerged as a research of topical interest.The present study aims to investigate the efficacy of Canna lily-ba...