Scopes
(Including but not limited to the following topics)
Track 1: Water-saving Irrigation
Optimization of efficient water-saving irrigation technologies (drip irrigation, micro-sprinkler irrigation, sprinkler irrigation, infiltration irrigation)
Intelligent irrigation decision-making system and precise prediction of crop water demand
Integrated water and fertilizer technology and variable irrigation prescription maps
Irrigation sensor networks, wireless sensing and edge intelligent control
Real-time monitoring of soil moisture and dynamic water management in farmland
Evaluation of irrigation water efficiency and regional water resource optimization allocation
Construction of smart irrigation areas, cloud platform irrigation services and cloud-edge collaboration
Photovoltaic irrigation, safe utilization of reclaimed water and groundwater recharge
Track 2: Remote Sensing Monitoring
Application of multi-source remote sensing data fusion in crop recognition and classification
Crop growth dynamic monitoring and yield prediction based on remote sensing and AI
Application of unmanned aerial vehicle remote sensing technology in precise management of farmland
Remote sensing inversion of soil properties and monitoring of non-point source pollution in farmland
Remote sensing of agricultural drought and flood, and loss assessment
Farmland intelligent decision-making system based on the deep integration of artificial intelligence and remote sensing
Digital twin farm, multi-scenario simulation and irrigation strategy optimization
Integrated agricultural monitoring network天地空一体化
Application of hyperspectral and thermal infrared remote sensing in stress monitoring of crops
High-standard farmland monitoring system integrating remote sensing data assimilation and agricultural ecosystem modeling
Remote sensing data assimilation and agricultural ecosystem modeling
Track 3: Modern Agriculture
Agricultural Internet of Things system, intelligent agricultural machinery and agricultural robots
Agricultural big data platform and artificial intelligence decision support system
Intelligent identification and precise control of pests and diseases
Digital farm and intelligent regulation of greenhouse environment
Precision planting, intelligent breeding and crop growth models
Precision livestock farming, aquatic intelligent farming and blockchain agricultural application
Agricultural knowledge graph and intelligent supply chain management
Low-carbon smart agriculture and carbon neutrality management .....
Track 1: Water-saving Irrigation
Optimization of efficient water-saving irrigation technologies (drip irrigation, micro-sprinkler irrigation, sprinkler irrigation, infiltration irrigation)
Intelligent irrigation decision-making system and precise prediction of crop water demand
Integrated water and fertilizer technology and variable irrigation prescription maps
Irrigation sensor networks, wireless sensing and edge intelligent control
Real-time monitoring of soil moisture and dynamic water management in farmland
Evaluation of irrigation water efficiency and regional water resource optimization allocation
Construction of smart irrigation areas, cloud platform irrigation services and cloud-edge collaboration
Photovoltaic irrigation, safe utilization of reclaimed water and groundwater recharge
Track 2: Remote Sensing Monitoring
Application of multi-source remote sensing data fusion in crop recognition and classification
Crop growth dynamic monitoring and yield prediction based on remote sensing and AI
Application of unmanned aerial vehicle remote sensing technology in precise management of farmland
Remote sensing inversion of soil properties and monitoring of non-point source pollution in farmland
Remote sensing of agricultural drought and flood, and loss assessment
Farmland intelligent decision-making system based on the deep integration of artificial intelligence and remote sensing
Digital twin farm, multi-scenario simulation and irrigation strategy optimization
Integrated agricultural monitoring network天地空一体化
Application of hyperspectral and thermal infrared remote sensing in stress monitoring of crops
High-standard farmland monitoring system integrating remote sensing data assimilation and agricultural ecosystem modeling
Remote sensing data assimilation and agricultural ecosystem modeling
Track 3: Modern Agriculture
Agricultural Internet of Things system, intelligent agricultural machinery and agricultural robots
Agricultural big data platform and artificial intelligence decision support system
Intelligent identification and precise control of pests and diseases
Digital farm and intelligent regulation of greenhouse environment
Precision planting, intelligent breeding and crop growth models
Precision livestock farming, aquatic intelligent farming and blockchain agricultural application
Agricultural knowledge graph and intelligent supply chain management
Low-carbon smart agriculture and carbon neutrality management .....
Important Dates/重要日期
- Submission Deadline: 2026.7.29
- Registration Deadline: 2026.8.5
- Conference Date: 2026.8.13
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: icomputer_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
+86-15680829715(微信同号)
1347638002
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