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Volume 8,Issue 8

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23 January 2025
Application of Modern Information Technology in Agrometeorological Service
Xuanyu Zhang ,  Jing Zhang ,  Xuejian Ma
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1 Qinghai Meteorological Information Center, Xining 810000, Qinghai Province, China,
2 Qinghai Meteorological Observatory, Xining 810000, Qinghai Province, China,
3 Huangyuan Meteorological Service, Xining 812100, Qinghai Province, China,
ssr 2025 , 7(1), 38–44; https://doi.org/10.26689/ssr.v7i1.9225
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Abstract

Meteorological service is the key to China’s agricultural field to respond to meteorological changes and improve agricultural production quality. The application of modern information technology in agricultural meteorological services has changed the traditional method of data collection and processing of agricultural meteorological services. Meteorological services have become more accurate and intelligent as the speed and accuracy of meteorological forecasting have also been greatly improved, which can better meet the needs of modern agricultural development. Given this, this paper briefly explains the current situation and development trend of agricultural meteorological services, analyzes the application significance of modern information technology in agricultural meteorological services, and discusses the information technology related to meteorological services. On this basis, the paper puts forward specific application strategies of modern information technology in agricultural meteorological services, hoping to improve the quality of agricultural meteorological services.

References
Ding J, Geng KS, Yu B, et al., 2024, Analysis on Strategies to Improve the Service Level of Agricultural Meteorology at the Grass-roots Level. Agriculture of Henan, 2024(20): 49–51.
Han Z, Hong E, 2024, Analysis of Agrometeorological Disasters and Meteorological Service Measures. Inner Mongolia Science Technology & Economy, 2024(17): 82–85.
Xu TW, 2024, Strategies for Optimization of Agricultural Meteorological Service and Construction of Rural Meteorological Disaster Defense System. Cotton Science, 46(5): 95–97.
Zhan SS, Hong R, Han C, et al., 2024, Design and Application of Characteristic Agrometeorological Service System. Modern Agricultural Science and Technology, 2024(16): 151–155.
Zhang XM, Zhao R, Wang LS, et al., 2024, Supply and Demand Analysis and Benefit Evaluation of Agricultural Meteorological Services in China. Journal of Agriculture, 14(8): 72–80.
Du YQ, 2019, Current Situation and Development Trend of Agrometeorological Service based on Modern Information Technology. Journal of Agricultural Engineering and Technology, 44(23): 85–86.
Wang YX, Luo LY, Wang DC, 2024, Ecological Environment and Smart Agricultural Meteorological Service “Two-way rush”. Director of Village Committee, 2024(15): 86–88.
Liu Y, Peng FC, Fu CY, 2024, Analysis of Agrometeorological Disasters and Meteorological Service Measures. Hebei Agricultural Machinery, 2024(15): 106–108.
Geng LF, Zhao SH, 2024, The Demand and Development Direction of Eco-agricultural Meteorological Service in Fuyuan County under the Rural Revitalization. Agricultural Disaster Research, 14(6): 172–174.
Li XH, Jiang YJ, Strategies for Improving the Level of Agricultural Meteorological Services at the Grassroots Level. New Farmers, 2024(16): 33–35.
Lian XR, Wang L, 2024, Construction of Agrometeorological Monitoring, Early Warning and Service Platform based on Meteorological Technology. Science and Technology Innovation, 2024(10): 187–189.
Wei BL, 2024, Application of Agrometeorological Intelligent Service in Agricultural Production in Qumalai County. Scientific Experiment in Countryside, 2024(10): 82–84.
Che SL, 2019, Application of Agrometeorological Service based on Modern Information Technology. Journal of Agricultural Engineering Technology, 44(14): 76–77.
Sun YL, 2024, Application of Agrometeorological Service in Crop Pest Control. Agricultural Disaster Research, 14(4): 215–217.
Bao XQ, 2024, Strategic Analysis of Agrometeorological Service Based on Agricultural Production Demand. Cotton Science, 46(2): 109–111.
Guo LH, Zhang L, 2024, Application of Agrometeorological Intelligent Service in Agricultural Production. Hebei Agricultural Machinery, 2024(5): 136–138.
Liu ZY, Zhang SL, 2024, Research on Data Collection and Analysis of Internet of Things in Agrometeorological Services. China Broadband, 20(1): 106–108.
Maimaitili R, 2023, Application of Satellite Remote Sensing Technology in Agrometeorological Service. Journal of Agricultural Engineering and Technology, 43(35): 45–46.
Jie E, 2023, Application of Remote Sensing Technology in Agrometeorological Service. Bulletin of Anhui Agricultural Science, 29(22): 144–147.
Zhang JR, Guo YH, Zhao SH, 2023, Opportunity and Practice of Constructing Modern Agricultural Meteorological Service System. Contemporary Agricultural Machinery, 2023(11): 73–75.
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