Design and Implementation of Agricultural Meteorological Service Platform Based on WebGIS

Xiao Jingjing; Yao Yiping; Jin Zhifeng; Li Renzhong; Yuan Dehui; Zhang Han; Wang Zhihai

doi:10.16765/j.cnki.1673-7148.2017.04.019

Abstract：The construction of agro-meteorological service platform was of positive significance for the turn of traditional agriculture into modern agriculture,which owned the characters of high-yield,highquality,high-efficiency,ecological,safe and sustainable development.Based on the meteorological observation network data in Zhejiang,combined with the fine grid forecast products of meteorological factors,diagnostic indexes of ago-meteorological and crop distribution information,the agro-meteorological disaster monitoring and warning indexes (14 kinds,mainly meteorological indexes),agricultural weather forecast indexes (6 kinds) and crop growth dynamic diagnosis models (rice,for example) were studied in Zhejiang province.Based on B/S structure and ASP.NET development platform,according to the principle of SOA architecture,the WebGIS-based agro-meteorological service platform used in provincial,municipal and county level of Zhejiang was developed using C# and Java computer language.The platform integrated the algorithm and model of research in the field of meteorology,statistics and agronomy.It had a strong quantitative and qualitative analysis of the function,and the operation was easy to master while the function was flexible.What was worth mentioning was that the platform supported the construction of independent evaluation indicators.Now the platform had been applied in provincial,municipal and county of Zhejiang meteorological departments.