基于國(guó)產(chǎn)高分系列的水質(zhì)遙感監(jiān)測(cè)技術(shù)研究進(jìn)展

打開文本圖片集

開放科學(xué)（資源服務(wù)）標(biāo)志碼（OSID）

A review on water quality remote sensing technology based on

domestic Gaofen series satellites

GU Ping'，WANG Pengjie1*，WANG Guoliang'， XU Shengrong'， ZHAO Ran1， ZHANG Rui'，ZHANG Xiaolei'，YAN Xincheng'，GAO Yunfeng' ，WANG Na2

（1. Heilongjiang Province Ecological Environmental Monitoring Center， Harbin 150056，China; 2.Harbin Ecological Environmental Monitoring Center，Harbin15oo50，China）

Abstract ： Water quality monitoring and assessment are crucialfor sustainableuse of water resources andthe preservation of aquaticecosystems.Remotesensing technology，withitsuniquecapabityfor long-distancedetection，ofersrapid， eficient，wide-coverage，andhigh-precisionmonitoring，anditisparticularlysuitableforlarge-scale，dynamicwater environment surveilance.Inrecent years，China hasmaderemarkableprogress in the fieldof remotesensing satlite technology.Thesuccessfuldeploymentandcontinuous high-qualitydataoutputofthedomestichigh-resolutiosatelite series have brought new opportunities forrealizing advanced water quality monitoring.This paper systematicaly reviews andsummarizes the current applications of data obtainedfrom the Gaofensatelite series for water quaity monitoring，focusingontheremote-sensinginversionofkeywater-qualityparameters.Furthermore，it outlines futureresearch directions，including the integrationof muli-sourcedata，optimizationof algorithmsand models，andthe developmentof theoreticalmodels.This study provides detailedreferences forthe future development and research on water quality monitoring using domestic satellites.

Keywords：water qualitymonitoring；remote sensing technology；domestic Gaofen satelite；water quaity parameter inversion；water environmental protection

隨著全球?qū)Νh(huán)境問題的關(guān)注日益加深，環(huán)境保護(hù)的緊要性與關(guān)鍵性也愈發(fā)的凸顯出來。（剩余18065字）