Doctoral studies in environmental science

The programme leads to the degree of Doctor of Philosophy at Lund University and comprises four years of full‑time study. Approximately one year is devoted to courses and seminars, and three years to independent research. The programme develops scientific expertise and the ability to conduct independent and critical research, while also promoting interdisciplinary perspectives within and across the university’s various disciplines.

A doctoral thesis in Environmental Science typically consists of a comprehensive summary (kappa) together with scientific articles that have been published or are intended for publication in international journals. The thesis is defended at a public defense with an external opponent.

Subject Area: Environmental Science

Environmental Science is an interdisciplinary research field that examines how human activities affect the climate, ecosystems, and natural resources. The subject is grounded in a fundamental understanding of natural processes and their connections to biological, chemical, physical, geological, and geographical systems.

Research in Environmental Science ranges from fundamental studies of natural cycles to applied research on measures, policy instruments, and strategies for addressing environmental and climate challenges. It is often conducted in close collaboration with societal stakeholders and is characterized by an interdisciplinary approach that integrates natural science and societally relevant perspectives.

Research Areas

The research area includes, among other topics:

• Studies of human impacts on climate and ecosystems, and the consequences for biodiversity and the sustainable use of ecosystem services.
• Analysis of environmental and climate‑related consequences of energy use and natural resource exploitation, as well as the development of strategies for sustainable production and consumption.
• Research on the dispersion, transformation, and transport of chemical substances in air, soil, and water, and their effects on humans, organisms, climate, and ecosystems.
• Development of evidence‑based decision support and nature‑based or technological solutions to prevent and manage environmental and climate problems.