Botany
Botany, also called plant science(s) or plant biology, is the science of plant life and a branch of biology.
SLU and the climate
What does SLU do for the climate? We provide knowledge, decision support and facts about climate solutions. We teach our students about sustainability, and they inspire us to further reduce our
SLU Plant Protection Network
We promote and stimulate collaboration between researchers at SLU's different campuses, faculties and departments with the aim to strengthen SLU's profile in plant protection towards the outside
About us
The SLU Plant Protection Network is there to promote and stimulate collaboration between staff at SLU's different campuses, faculties and departments, and to strengthen SLU's profile in plant
Plant protection research in the media
Here you will find a selection of podcasts, news articles, radio programs and other things related to SLU's plant protection research. The information is available in Swedish here. Twitter
Plant protection at SLU
The SLU Plant Protection Network consists of over 200 researchers within plant protection and plant health at SLU. Do you have a specific question? Do not hesitate to contact the people below: Plant
Newsletter
Sign up to our email-list and newsletter if you want to stay in contact with other researchers in plant protection at SLU and get information on plant protection activities at SLU. The newsletter
Climate
The aim of the programme is to support efforts to achieve the Reduced Climate Impact environmental objective. In the near term priority is being given to Sweden's international climate reporting in
Climate meeting - COP
The UNFCCC organizes climate summits, mainly the annual Conference of Parties (COP), where all countries that have signed the climate convention meet and negotiate how the international climate work
Björn Bohman
I am an organic chemist representing the chemical part of chemical ecology. With a broad practical background in organic synthesis, chromatography, and mass spectrometry, I enjoy leading projects
Genetically modified plant acquires more organic nitrogen from agricultural soil
The model plant thale cress acquires organic nitrogen from the soil, although its roots do not form symbiosis with mycorrhizal fungi. This is shown in a study, led by SLU researchers. They also show
Anne-Maj Gustavsson
Associate professor in Crop Science The information is only available in Swedish https://slubar1.slu.se/cnv/format/pers?q=email:anne-maj.gustavsson@slu.se&lang=en&rows=10000&format=rss