Using remote sensing from different earth observation data sources and spatial analysis to detect land use, land cover changes in cities, urban expansion dynamics. Exploring urban expansion driving forces and simulating future urban sprawl. This research theme also includes studies on thermal environment changes, urban heat island and thermal comfort.
Develop methodologies to improve data quality and better exploit earth observation data (such as spectral index, data fusion, and cloud removal). Applications of remote sensing in broad topics such as Land use, land cover changes, Agriculture, Forest, Aquaculture, and Disasters
Flexibly apply Quatitative and Qualivative approaches to study Ecosystem services from different ecosystems ranging from nature to agricultural farmings, and urban ecosystems from beneficial and demand sides.
It includes studies in ecological environment, quality, and dynamics. Environmental sustainability is also considered, which embraces biodiversity intactness, footprint and sustainable assessments.
Period: 2023-2024
Funder: Vietnam National University, HCMC
Keywords: Urbanization; Rural urbanization; Long Xuyen Quadrangle; Remote sensing; Flood prevention dikes
Period: 2023-2024
Funder: Vietnam National University, HCMC
Keywords: Agriculture; Socioeconomics; Saline intrusion; Vietnam Mekong Delta; Flood
Period: 2023
Funder: CGIAR
Keywords: Climate change; Food systems; Land use; Agricultural Practices; Food crops; Mekong River
Period: 2022-2025 [resigned from 2024]
Funder: CBAS Global SDG Partnership (AIT-GISTDA collaboration)
Keywords: SDGs; Thailand; Urban; Eastern Economic Corridor
Period: 2021
Funder: KMUTT Steering Committee for Carbon Neutrality by 2040
Keywords: Remote sensing; UHIs; Green space planning; Energy consumption; InVEST
Period: 2017-2021
Funder: CTU-JICA ODA
Keywords: Remote sensing; GIS; Urban; Disasters; GHGs
Period: 2017-2018
Funder: Can Tho University
Keywords: Remote sensing; MODIS; NDVI time series; Rice