PhD [Thesis: Ecosystem processes, nutrients and plant and fungal species diversity in Chobe, Botswana]
MSc in Watershed Science, specializing in Wildlife Ecology & Conservation; and Natural Resource Management]
BSc in General Agriculture
Dr. Gaseitsiwe is a Research Scholar in Landscape Ecology at the Okavango Research Institute of the University of Botswana. He worked before for Botswana government as a Wildlife Biologist and Chief Wildlife officer in various parts of the country including Kgalagadi District, Chobe and Okavango Delta. His current research interests revolve around landscape and ecosystem processes (e.g. primary production, nutrient cycling, wildlife migration); wildlife-vegetation-soil interactions; HWC; CBNRM; ecological disturbances (veld/bush fires, wildlife herbivory and floods) and biodiversity conservation. His main work entails conducting applied research to improve the understanding of the relationships between ecological disturbances/patterns and processes at different spatio-temporal scales.
Dr. Masunga has expanded his research area to cover the impacts of climate change on ecological elements and processes as well as on local community livelihood and adaptive strategies. Engaging local communities is critical for understanding their role in managing, monitoring, and facilitating dispersal of wildlife over a large landscape.
He is also interested in undertaking consultancies on biodiversity conservation, environmental impact assessments, natural resource management, wildlife and birdlife conservation; and serving on professional boards, committees and task teams/forces.
Environmental heterogeneity and functional biodiversity
Research Methods [Grant/research proposal development]
1. Landscape Ecology
2. Human-Wildlife Conflict
3. Ecosystem processes (plant decomposition, production, nutrient cycling], patterns [heterogeneity/diversity, resource availability/distribution] & disturbances [herbivory, fire, floods]
4. Community based natural resource management [focusing on wildlife monitoring and management; fire management and biodiversity conservation]
1. Social-ecological landscape: Incorporating human behavior and attitudes towards wildlife into landscape modeling
1. Use and integration of indigenous knowledge in management of wild/bush fires- A case of the San People
2. Flooding gradient on wetland vegetation communities and soil nutrients
3. The breeding success of Wattled cranes
4. Community perceptions on the climate change – wildlife resource nexus and implications for livelihood adaptation