典型文献
Evidence of temperature-controlled dissolved inorganic nitrogen distribution in a shallow lake
文献摘要：
Dissolved inorganic nitrogen(DIN)plays an important role in aquatic ecosystems as an available source of nitrogen(N).Despite recent advances in our understanding of the ef-fects of climate change on DIN in coastal waters,shallow high-latitude lakes exposed to large seasonal temperature differences have received limited research attention.Therefore,in the present study,Baiyangdian Lake(BYDL)was selected as the study area,as a typical high latitude shallow lake in North China.Based on water and sediment samples collected in spring,summer and winter seasons,DIN accumulation in sedimentary pore water and DIN diffusion fluxes at the sediment-water interface were quantified under different tem-perature conditions.Correlation analysis was used to establish the effects of temperature on DIN concentration and diffusion in different media.Results show that the diffusion of DIN at the lake sediment-water interface exhibited a strongly positive relationship with temperature,suggesting that high temperature conditions lead to greater DIN release from sediments.Cold temperatures cause DIN accumulation in sedimentary pore water,provid-ing sufficient substrate for N-related bacteria in the sediment under cold temperature con-ditions.Temperature controls the vertical distribution of DIN by affecting its migratory dif-fusion and transformation at the sediment-water interface.These findings are valuable for understanding the impact of climate change on the distribution of N in inland shallow lakes,especially in high latitude shallow lakes subjected to large seasonal temperature differences throughout the year.
文献关键词：
中图分类号：
作者姓名：
Yan Wen;Wenqiang Zhang;Baoqing Shan;Jie Qu
作者机构：
Research Center for Eco-Environmental Sciences,Chinese Academy of Sciences,Beijing 100085,China;University of Chinese Academy of Sciences,Beijing 100049,China
文献出处：
引用格式：
[1]Yan Wen;Wenqiang Zhang;Baoqing Shan;Jie Qu-.Evidence of temperature-controlled dissolved inorganic nitrogen distribution in a shallow lake)[J].环境科学学报（英文版）,2022(12):105-114
A类：
Baiyangdian,BYDL
B类：
Evidence,controlled,dissolved,inorganic,nitrogen,distribution,shallow,Dissolved,DIN,plays,important,role,aquatic,ecosystems,available,source,Despite,recent,advances,understanding,climate,change,coastal,waters,high,latitude,lakes,exposed,large,seasonal,differences,have,received,limited,research,attention,Therefore,present,study,Lake,was,selected,area,typical,North,China,Based,samples,collected,spring,summer,winter,seasons,accumulation,sedimentary,pore,diffusion,fluxes,interface,were,quantified,different,conditions,Correlation,analysis,used,establish,effects,concentration,media,Results,show,that,exhibited,strongly,positive,relationship,suggesting,lead,greater,release,from,sediments,Cold,temperatures,cause,provid,sufficient,substrate,related,bacteria,cold,Temperature,controls,vertical,by,affecting,its,migratory,transformation,These,findings,valuable,impact,inland,especially,subjected,throughout,year
AB值：
0.491341
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机标中图分类号，由域田数据科技根据网络公开资料自动分析生成，仅供学习研究参考。
