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Conference Theme

Main Theme

Advancing Carbon and Energy Flux Research for Climate Resilience and Carbon Neutrality in Asia 

 

Sub Themes

1. Forest, Grassland, and Bare Land Carbon and Energy Fluxes in Asian Ecosystems

  • CH₄, CO₂, and N₂O fluxes and exchanges, evapotranspiration, energy balance, carbon sinks and sources, restoration, degradation, land-cover change, and climate sensitivity across tropical, subtropical, temperate, and mountain forests, grasslands, and bare land ecosystems.

2. Agricultural Greenhouse Gas Fluxes and Climate-Smart Farming

  • CH₄, CO₂, and N₂O fluxes from rice paddies, croplands, agroecosystems, mitigation measures (such as alternate wetting and drying and irrigation management), food security, and low-emission agriculture in Asia.

3. Urban Carbon, Energy Balance, and Climate Resilience

  • Urban CO₂ emissions and sinks, sensible and latent heat fluxes, urban heat islands, green infrastructure, air quality–climate interactions, and low-carbon city development.

4. Land Use Change, Ecosystem Transformation, and Carbon Stock Dynamics

  • Impacts of deforestation, reforestation, urban expansion, agricultural conversion, wetland loss, and land-use/land-cover change on soil carbon stocks, carbon sequestration, ecosystem carbon dynamics, modeling, and carbon-energy exchange.

5. Coastal, Wetland, Blue Carbon, and Land–Ocean Carbon Cycling

  • Mangroves, peatlands, seagrass, seaweed cultivation, coastal wetlands, estuaries, river–ocean carbon transport, and blue carbon contributions to carbon neutrality.

6. Flux Measurement Technologies and Long-Term Observation Networks

  • Eddy covariance, chamber measurements, in situ CO₂/CH₄/N₂O monitoring and modeling, flux towers, proximal sensing, vertical profiling, autonomous platforms, and next-generation sensors.

7. Remote Sensing, AI, and Modeling for Carbon and Energy Flux Upscaling

  • Satellite observations, GIS, LiDAR, SIF, machine learning, data assimilation, ecosystem modeling, and spatial upscaling of carbon, water, and energy fluxes across Asia.

8. Climate Extremes, Monsoon Variability, and Ecosystem Feedback

  • Responses of carbon and energy fluxes to droughts, floods, heatwaves, typhoons, ENSO, monsoon variability, fire, and natural disturbances in Asian ecosystems.

9. Carbon Neutrality, MRV, Carbon Credit, and Science Communication

  • Using direct flux measurements and flux research to support carbon neutrality pathways, greenhouse gas inventories, MRV systems, carbon credit development, policy implementation, stakeholder engagement, and public communication across Asia.