Projects

Climate-efficient agriculture

From the perspective of Finland’s and the EU’s climate goals, it is important that agriculture becomes more climate efficient. The aim of climate-smart agriculture is to reduce greenhouse gas emissions and increase carbon sequestration while simultaneously improving agricultural sustainability and productivity.

EU2040 – Implementation options for the European Union’s 2040 climate architecture

During its current term, the Finnish Climate Change Panel will consult on the following: the EU’s 2040 climate target, the EU’s next NDCs (Nationally Determined Contributions) under the Paris Agreement, and the legislative framework required for their implementation between 2031 and 2040. The aim of the project is to provide information support for the climate policy architecture being consulted on in order to achieve the 2040 targets and climate neutrality.

The future of BioCO2

The aim of this project is to set out future scenarios regarding the use of coal originating from forest biomass in Finland and to assess these scenarios’ effects in terms of climate impacts (mainly CO2), energy demand and the national economy.

KUILU – Assessment of climate policy: current situation and actions needed to achieve targets

The aim of this project is to provide a snapshot of how sufficient Finnish climate policy is in terms of meeting Finland’s climate targets and to create an understanding of the measures and means needed to meet the objectives of the Climate Change Act and EU obligations. The results of the project will be used for the selection, adequacy assessment, implementation and preparation of updates to climate plans. The work within the project will also provide an evidence base for preparing statements.

MetsäSken2050 – Forest use scenarios and carbon sink development to 2050

In Finland, scenario calculations have been used to set carbon sink targets for forests and support decision-making in the forest sector by estimating the carbon sink potential of forests, either through maintaining past levels of wood use and felling or by estimating the maximum sustainable logging level in terms of wood production. However, the scenario calculations lack an analysis of different options, including lower logging levels than in the past.

Monimetsä – Analysis of forest use in relation to safeguarding sinks and protecting biodiversity

The Panel’s previous studies have not examined the impacts of conserving biodiversity on the targeting of felling and the carbon sinks in managed forest land. At the provided level of logging, strict conservation will lead to pressure for felling being targeted in a smaller forest area than before, which may be assumed to reduce the carbon sink. On the other hand, the protected areas act as carbon sinks, which will reinforce the sink. The selection of conservation areas will also have an effect: If some of the areas for conservation are established on forest land where felling has been performed, the costs will be lowered and the young forest may offer a better starting point for climate change adaptation.

Readiness for a climate-smart lifestyle

This project aims to generate knowledge and identify ways to boost residents’ voluntary climate actions from a consumption perspective, with a particular focus on housing, transport and food. It also aims to generate knowledge on how to strengthen the acceptability of regulation-based climate actions in the daily lives of residents.