Abstract:Theuseoffishinggroundanalysisandforecastingmodelcombinedwithgeographicinformationsystemtechnologyintegratingmulti-channeldatafeedsdevelopmentoffisheryreal-timemanagement.Atpresent,thereareseveralproblemsonapplicationofoceanremotesensingonfishinggroundanalysis:irstly,oceanremotesensingwhichcanonlyobtainsurfaceinformationoffishinggroundcombinedwithoceanicverticaldatafromdroguecanexplainfishhabitatconditionsindetail;econdly,fishinggroundcolorelementfromoceanremotesensingisnotaccurateenoughtosupportfishinggroundresourcesresearch;,fishinggroundreal-timeforecastbyremotesensingtechnologyiseasilyinfluencedbyweatherconditions;ourthly,howtobuildscientificevaluationsystemoffishinggroundmodelneedstobesettled;inally,thekeytechnologyofintelligentizedandautomatedfishinggroundanalysisandforecastneedsfurtherresearch.Remotesensingtechnologytothedevelopmentofhighspectralandquantitativedirection,provideimportantconditionsforthequantitativeassessmentofthefisheriesresource.Quantitativeassessmentoftheresourceinventoryofmarinelifeinefficientdevelopmentanduseofmarinebiologicalresources,toguiderationaldevelopmentandsustainableuseofoceanfisheryresourcesisofgreatsignificance.
