Plants need to integrate an array of signals to regulate complex patterns of gene expression. This is important since plants have specialized needs to respond to changes in the environment.

My research within the subject photosynthesis currently has developed into two different projects: 1. Finding the function of plant proteases and 2. Investigating the potential of Nordic microalgae for wastewater reclamation and biomass generation.

In my research group, we use machine learning methods and large-scale genomics datasets to model how genes interact in regulatory networks, how regulatory networks evolve and how they give rise to complex properties characteristic to individuals and species.

My group’s research revolves around understanding the mechanisms governing plant nitrogen availability at the root-soil interface. A key tool in our research is the sampling technique microdialysis.

Plants commonly have strategies for both sexual and asexual reproduction. In my research, I am interested in both sexual and asexual reproduction of plants.

Plant nitrogen nutrition is a topic that challenges the researcher with a number of problems not encountered in other areas of plant mineral nutrition research. The diversity of N forms present in the soil, their interconversions, their different chemical and…

My research has been devoted to biochemical and biophysical analysis of various parts of higher plant chloroplasts. Primer focus is on the protein complex PSII, how the oxygen is produced and how the protein matrix in and around the complex…

The research in my group focuses on developing bioelectronic technologies for real time monitoring and dynamic modulation of plant physiology.

We apply ecological and genomics tools to understand the origin and distribution of genetic diversity across landscapes in Eurasian conifer species.