Entomology is the knowledge of insects, the most abundant form of animal life on earth. Entomology, the branch of zoology focused on the study of insects and related terrestrial arthropods, has a vast research scope ranging from fundamental molecular biology to applied field management. Our activity aims to understand insect biodiversity, physiology, ecology, and behavior to address critical issues in agriculture, human health, and environmental sustainability.
Our objective is to carry out excellent research that is nationally and internationally at the forefront and (inter)nationally well-connected, while collaborative with our laboratory.
The core mission of research activity in entomology is to understand the biology, ecology, evolution, and diversity of insects to address critical challenges in human health, agriculture, and environmental sustainability. Entomology research acts as a bridge between fundamental scientific discovery and applied solutions, aiming to improve human welfare through pest management, disease vector control, and ecological conservation
Research activity scope :
- Medical & Veterinary Entomology
- Agricultural Entomology
- Forensic Entomology
- Insect Ecology, Biodiversity & Environmental Science
- Taxonomy, Systematics, & Evolution
- Insect Physiology & Biochemistry
- Biotechnology & Genetics
Key aspects of research activity include :
- Vector-Borne Disease Control: Investigating the bionomics, epidemiology, and control of insects that transmit diseases (e.g., malaria, dengue) to minimize their impact on humans and livestock.
- Agricultural Sustainability: Developing Integrated Pest Management (IPM) strategies, including biological control, biorational pesticides, and resistant crops, to protect food, feed, and fiber from insect damage.
- Biodiversity and Ecology: Studying insect biodiversity, population dynamics, and ecosystem functions (such as pollination and waste decomposition) to aid in conservation efforts.
- Scientific Innovation: Utilizing modern tools in genomics, molecular biology, and informatics to understand insect evolution and behavior.
- Forensic and Structural Applications: Applying knowledge of insect behavior to legal investigations (forensic entomology) and urban pest control.
- Capacity Building: Training new scientists, educators, and practitioners to address emerging entomological challenges.