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Alternative value chains from continuous cover forestry
The project explores alternative value chains from continuous cover forestry to strengthen its commercial viability. The goal is to support forest owners in reaching the market while promoting biodiversity and carbon sequestration.
Reliable validation of greenhouse gas models and assessments
The project develops new methods to improve the validation of greenhouse gas models and assessments. The focus is on creating cost-effective, mobile, and high-resolution methods for measuring greenhouse gas fluxes and land use.
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Support for stakeholder cooperation and multifunctional adaptation of residential areas
The project aims to strengthen property owners' ability to adapt buildings to the climate. We study how climate vulnerability is analysed in different property stocks and how residential areas can be adapted while residents' added value increases.
Climate Change
Climate change, one of today’s most difficult challenges. The research follows two main tracks. Climate policy in a broader sense and the other one climate-biogeochemistry, particularly with regard to the emission of greenhouse gases.
RELITORATE – Connecting shorelines, carbon flows, and greenhouse gases
Littoral zones influence carbon sequestration and greenhouse gas emissions but are often overlooked. This project integrates them into lake carbon budgets using advanced measurement and modelling techniques.
Advancing airborne assessments of greenhouse gas fluxes
Projektet utvecklar nya metoder för storskaliga växthusgasflödesmätningar med drönare, för att noggrant kvantifiera flöden av metan, lustgas och koldioxid. Detta möjliggör bättre bedömningar och reglering av klimatkänsliga utsläpp från landskap.
Effects of declining sulfur deposition on lake methane cycling
The project examines how declining sulfate deposition affects methane cycling in lakes, focusing on how sulfate reduction shifts microbial communities and impacts methane emissions through methanogenesis and methane oxidation.
Premises for bioenergy with carbon capture and storage
Climate scenarios for limiting temperature rise well below 2°C rely heavily on bioenergy with carbon capture and storage (BECCS). This project assesses the socio-political prospects for deploying BECCS at the scales suggested in the scenarios.
Predicting future methane fluxes from northern lakes (METLAKE)
The aim of the research project is to better quantify and develop models to predict methane emissions from lakes.
Reshaping of ecocide in international law
This project aims to explore and analyse the relationship between ecocide and the complex system of environmental protection and policy, particularly in the context of the Russian invasion of Ukraine.