Hopp til hovedinnholdet

Division of Environment and Natural Resources

Precilience: Precision climate resilience for agriculture and forestry sectors in the European boreal regions

Active Last updated: 27.01.2025
End: oct 2028
Start: may 2024

Precilience will develop precision solutions with farmers, foresters, landowners, and other actors to increase climate resilience in the Nordic-Baltic regions of Denmark, Estonia, Finland, Norway and Sweden.

 

Participating countries and regions in Precilience

 

 

 

Project partners:

Natural Resources Institute Finland, Luontoa, Eesti Erametsaliit, RMK,
Aarhus University, SEGES Innovation,
NIBIO, Østfold County Council, Skogkurs, Indre Østfold Municipality, 
Estonian University of Life Sciences, Soil Protection,  
Swedish University of Agricultural Sciences, Swedish Meteorological and Hydrological Institute,
Technical University of Dresden, Oppla

 

 

Status Active
External project link Precilience project official website
Start - end date 01.05.2024 - 31.10.2028
Project manager Natural Resources Institute Finland (Luke)
Project manager at Nibio Jian Liu
Division Division of Environment and Natural Resources
Department Soil and Land Use
Total budget 117 800 000
Funding source European Union's Horizon Europe research and innovation programme under the grant agreement number 101157094

Precilience is a team effort, bringing together experts from 16 organisations across the Nordic-Baltic regions of Denmark, Estonia, Finland, Norway and Sweden, as well as Germany. Motivated by the project’s common goal – to develop climate resilience in agriculture and forestry – Precilience contributors will work in teams to deliver the different packages of work that make up the project. 

 Read more about our areas of work:

  • Locally identified multi-risks and opportunities for agriculture and forestry 

    The Risks and Opportunities team is laying the groundwork for the Precilience project by identifying climate risks and vulnerabilities in the Nordic-Baltic Boreal region with the involvement of local actors. The team will conduct target interviews and workshops to collect experiential data on risk factors and opportunities, as well as identifying the potential future impacts of change in the region (to both biophysical and socio-economic landscapes).  

    As part of this work, regional climate data will be compiled and analysed, risk indices for evaluating crop and forest production will be developed, and various tools and frameworks will be co-created to assess and communicate climate risks, all of which will inform the design of resilient adaptation strategies. Data and methods will be shared with regional actors and authorities to achieve more informed decision-making for climate resilience. 

  • Co-design of adaptation strategies 

    The adaptation strategy team will build on the work of the risks and opportunities team, working closely with local actors to co-develop adaptation plans that address current and future climate risks. Adaptation strategies proposed for both forestry and agriculture will be developed through stakeholder workshops and discussions and then evaluated through simulation modelling where the most vulnerable landscapes will be selected as test sites. Evaluation and modelling will provide opportunities to refine and adjust adaptation strategies to ensure that proposed methods are optimally suited to the local environment and those impacted, as well as being assessed for cost-effectiveness, efficiency and risk. 

  • Test & demonstrate transformative solutions in agriculture 

    Precilience’s agricultural demonstration team will test both nature-based and engineered solutions in crop, water, and soil management to minimise the climate change-induced impacts of drought, flooding, disease and other extreme events. 

    Aiming to strengthen crop resilience, enhance soil health and moisture retention, and improve water storage and irrigation, the team will test transformative solutions such as crop diversification and rotation, cover crop usage, land use optimisation, water drainage, storage and infiltration structures, and various soil tillage methods at a number of test farms in the Nordics and Estonia. 

    Solutions will be tailored for regional variation and stakeholders will be engaged throughout. Educational materials including factsheets and videos will be developed to enable functional solutions to be disseminated widely. 

  • Test & demonstrate transformative solutions in forestry 

    The forestry demonstration team will examine the risks that climate change poses to boreal forests, aiming to upscale the adoption of transformative solutions that will allow forests and foresters to adapt to changing conditions armed with the best information 

    Research will examine which forest types are most vulnerable or resilient to climate-related damage and how forest structure, management history, and surrounding landscapes can increase or decrease vulnerability. Demonstrations across Finland, Sweden, Norway, and Estonia will explore forest regeneration on sensitive sites, looking especially at diversification as a means of increasing forest health. The team will also assess the benefits and risks of various forest management methods and conduct field trials of specific species (Scots Pine, Norway Spruce) and their disease susceptibility. 

  • Coordination of regional collaboration and commercialisation of Precilience solutions 

    Designing and implementing solutions for boreal agriculture and forestry must include the farmers, landowners, foresters, and local populations whose lives are so deeply connected to – and dependent on – the health of their trees, their crops, their soil, their land. The stakeholder engagement team will ensure that these regional actors and stakeholders have a voice at every stage of the Precilience project. 

    Engaging stakeholders in different locations in Denmark, Estonia, Finland, Norway and Sweden requires a tailored approach that will be established via a stakeholder taskforce.  The team will also focus on scaling solutions, identifying obstacles to their adoption, and ensuring that key stakeholders have access to resources and knowledge, sustaining impact beyond the project’s lifecycle. 

Publications in the project

To document

Abstract

Agriculture, broadly defined to include crop and livestock production, forestry, aquaculture and fishery, represents a key source or sink of greenhouse gas emissions. It is also a vulnerable sector under climate change. The term climate-smart agriculture has been widely used since its inception in 2010, but no clear and unified understanding of its scientific meaning exists. Here, we systematically analyzed the relationship between agriculture and climate change and interpreted the scientific definition of climate-smart agriculture. We believe that climate smart agriculture represents a modern production approach to coordinatively promote food security, climate mitigation benefits and agricultural adaptation to climate change towards the Sustainable Development Goals. In addition, due to the worsening global climate change situation, we expounded on the urgency and major challenges in promoting climate-smart agriculture.