The forensic application of scientific techniques to mitigate the impact of wildlife trade on biodiversity.
How does climate change affect communities of organisms, trophic interactions and functional processes?
Oyster biomineralization mechanisms under environmental stress, particularly, ocean acidification; Biomimetic material design.
Ivory Regulation in China, Wildlife Conservation Policy.
Plant available water; GRACE; Precision agriculture; Hyperspectral images.
Lipid biosynthesis in plant and interactions between protein and lipid molecules.
Examination of the adaptation mechanisms of various intertidal organisms to environmental change.
Behavioural ecology, Intertidal ecophysiology, Individual-based modelling, Food webs
Chromosome Segregation, DNA Damage Repair, Genome Instability, Cell Division
Molecular response in fish to climate change, evolution and adaptation in specific environment.
Understand the ecological and evolutionary forces that shape genetic variation and differentiation
How the relationship between habitat characteristics and biological traits shape the life of marine animals
Use of structural biology to investigate initiation and regulation of eukaryotic DNA replication
Behavioural and physiological adaptations to environmental variations
Ecosystem conservation using remote sensing methods
Microbial Stress Response, Bacterial Biofilm, CRISPR-Cas
Plant bioenergetics and plant redox biology
The genetic contribution to the neuronal diversity, the evolutionary development of neurons between different nematode species & MicroRNA's contribution to the neuronal fate.
My primary focus is to study how behaviour evolves and adapt to different environments using integrative approaches. I’m currently investigating the neuro-molecular landscape of cleaner fish cognitive phenotypes
Understanding the patterns and drivers of spatiotemporal variations in biodiversity and ecosystem functioning.
Interests in biodiversity richness, mechanisms of speciation, drivers of invasion and migration across different biological systems and biota.
I’m interested in studying biosphere-atmosphere interactions with Earth System Models.
Study in revealing the fundamental mechanism of human neurodegenerative diseases by using the nematode Caenorhabditis elegans as the system.
Geo-Information Science; Environmental remote sensing and scaling principles; Satellite image fusion models and land cover change detection
Understanding human-wildlife interaction in different contexts, such as wildlife trade and urban ecology
Centromeric protein organization and how holocentromeres are defined epigenetically in Caenorhabditis elegans
Ecological stoichiometry; Plant functional traits; Plant physiological ecology; Hyperspectral techniques
Epigenetic impact of endocrine disruptor chemicals, Environmental toxicology, pharmaceutical and personal care products impact on environment