(The following topics include but are not limited to)
Theme 1. Precision Agriculture
Principles of precision agriculture technology
Agricultural information technology
Agricultural remote sensing and geographic information system
Intelligent agricultural machinery equipment
Precision agriculture management and agricultural big data analysis
Agricultural Internet of Things (IoT) and sensor technology
Application of unmanned aerial vehicle (UAV), satellite remote sensing and aerial image in agriculture
Real-time monitoring technology of soil, crop, weather and other environmental parameters
Machine vision and image processing (e.g. pest identification, crop growth assessment)
Agricultural robots (picking, weeding, seeding, etc.) and automation systems
Precision animal husbandry technology
Agricultural knowledge map and expert system
Economic benefit analysis of precision agriculture
Quantum computing and bioinformatics applications in agriculture
Theme 2. Water use
Dynamic monitoring technology of surface water and groundwater resources
Application of remote sensing (RS), GIS and hydrological model in water resources survey
Prediction of impacts of climate change on water resources distribution
Water quality monitoring and pollution tracing technology
Agricultural water-saving irrigation technology
Industrial water recycling and waste water reuse technology
Smart management of urban water resources
Prediction and optimization of water supply and demand based on AI and big data
Theme 3. Climate change
Biodiversity loss and species migration
Ocean acidification and coral reef degradation
Forest degradation and changes in carbon sink capacity
Changes in agricultural output and food security
Advances in carbon capture and Storage (CCUS) technology
Nuclear and bioenergy sustainability assessment
Water scarcity and conflict risk
Health impacts of climate change
Applied climatology