典型文献
Relative contributions of temperature and salinity to steric sea level over the South China Sea
文献摘要：
The relative contributions of surface temperature and salinity to steric sea-level variations are investigated using satellite observations and reanalysis datasets.By defining a contribution factor,the relative roles of thermal and haline steric height variations are quantified over the South China Sea(SCS).The thermosteric height dominates the steric sea level variation in the northern SCS deep basin,while the contribution of the halosteric height increases southward.Further investigation reveals that this transition is related to the meridional imbalance of surface heat flux and precipitation variations.The revealed steric constitution distribution is not confined to the surface but extends within the upper layer to approximately 50m depth,and then the thermosteric component dominates from the depth underneath.The results of this study clarify the steric sea level constitution over the SCS,benefit the understanding of sea-level variations at the regional scale,and may further facilitate multisensor remote sensing data mining studies.
文献关键词：
中图分类号：
作者姓名：
Jin SHA;Xiaoming LI;Xiaohai YAN
作者机构：
Key Laboratory of Digital Earth Science,Aerospace Information Research Institute,Chinese Academy of Sciences,Beijing 100094,China;Hainan Key Laboratory of Earth Observation,Sanya 502022,China;Center for Remote Sensing,College of Earth,Ocean and Environment,University of Delaware,Newark 19711,DE,USA;Joint Institute for Coastal Research and Management,University of Delaware/Xiamen University,USA/China
文献出处：
引用格式：
[1]Jin SHA;Xiaoming LI;Xiaohai YAN-.Relative contributions of temperature and salinity to steric sea level over the South China Sea)[J].海洋湖沼学报（英文版）,2022(02):428-437
A类：
haline,thermosteric,halosteric,multisensor
B类：
Relative,contributions,temperature,salinity,sea,level,over,South,China,Sea,relative,surface,variations,are,investigated,using,satellite,observations,reanalysis,datasets,By,defining,roles,thermal,height,quantified,SCS,dominates,northern,deep,basin,while,increases,southward,Further,investigation,reveals,that,this,transition,related,meridional,imbalance,heat,flux,precipitation,revealed,constitution,distribution,not,confined,extends,within,upper,layer,approximately,50m,depth,then,component,from,underneath,results,study,clarify,benefit,understanding,regional,scale,may,further,facilitate,remote,sensing,mining,studies
AB值：
0.504706
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