Department of Forest Genetics and Plant Physiology

We are part of Umeå Plant Science Centre, a centre of excellence for experimental plant research and forest biotechnology. Our mission is to:

  • perform excellent and innovative basic research
  • generate knowledge that benefits forestry, agriculture, environment and society

Umeå Plant Science Centre

Find more detailed information about our research, activities and facilities on the website of Umeå Plant Science Centre (UPSC).
News & Events

News

  • 2025-12-12

    Nitrate affects wood development, not just growth

    Different nitrogen fertilisers increase tree growth, but nitrate also specifically affects wood formation and wood properties. Anna Renström has shown this in her PhD thesis, offering new fundamental insights that can support more sustainable nitrogen use in forests.
  • 2025-11-27

    Trees repurpose flowering gene toolkit to control winter growth stop

    Deciduous trees and annual plants rely on the same ancestral genes, but evolution has assigned them different tasks. Now researchers from Sweden and China show that aspen trees use flowering-related genes to stop growth as winter approaches - yet in the opposite way compared to annual plants.
  • 2025-11-07

    New tools to study how plant cells stick together

    How can a tree grow several meters tall? The answer lies in the ability of plant cells to attach to each other. This process has long been difficult to study, but PhD student Léa Bogdziewiez has developed methods that make it possible to study the process on a whole new level.
  • 2025-11-07

    13 new PhD projects granted in WIFORCE’s final call

    A total of 13 new PhD projects have been granted within the WIFORCE Research School at SLU’s Faculty of Forest Sciences.
  • 2025-10-23

    New insights into how plants regulate the uptake of organic nitrogen

    Plants can absorb amino acids as an alternative nitrogen source to nitrate and ammonium but little is known about how this process is regulated. PhD student Laura Tünnermann has now identified new molecular regulators, offering insights that may help reduce fertilizer-related pollution.

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