Project hub

The Mission Soil project hub provides information on projects funded under the Mission and other relevant initiatives. Through the project hub, it will be possible to gain oversight of the emerging Mission project portfolio and follow the progress and outcomes of funded projects and initiatives more easily. The hub provides information on the goals, activities, and results, factual or expected, of the projects and initiatives, outlining the relevance to Mission objectives. 

The repository enables searches by Mission objectives (specific and operational), funding programme, time and country and allows free data downloading.

MOSAIC

Joined-up land use strategies tackling climate change and biodiversity loss

Funding period: -

EU contribution: €6,654,885.00

Addressing the overexploitation and unsustainable management of land across Europe is essential for addressing the climate and biodiversity crises. The EU-funded MOSAIC project is working to understand and influence how land across Europe is managed. To that end, it will study how land use decisions are made and to what extent climate change and biodiversity issues are currently incorporated. The project team will work with local people and organisations in six case study locations to establish Policy Labs, each one of which will develop robust policy options. Then, state-of-the-art modelling will be used to explore the impact of these different policies. Project results will be made available online through a series of tools, which will support land use decision makers in developing and implementing innovative and effective policies.

HEAT

Hybrid dry–hot Extremes prediction and AdapTation

Funding period: -

EU contribution: €1,983,000.00

As climate change intensifies, heatwaves are becoming more frequent and severe. This highlights the need to mitigate their impact on human health. The half a million deaths annually due to heat stress is a reminder that action must be taken. Funded by the European Research Council, the HEAT project seeks to address this issue by generating sub-seasonal forecasts of droughts and heatwaves, which cause human heat stress. Using a hybrid approach that combines physics-based models with AI algorithms, the project aims to understand the climatic drivers. HEAT will also explore land-based adaptation practices, such as afforestation, crop selection, and large-scale irrigation. Overall, HEAT aims to increase preparedness and resilience to future heat stress episodes.

PYRAGRAF

Decentralized pyrolytic conversion of agriculture and forestry wastes towards local circular value chains and sustainability

Funding period: -

EU contribution: €6,128,225.00

In efforts to bolster the resilience and sustainability of remote regions, it’s important to consider the efficient management of agricultural and forest residues and waste. In this context, the EU-funded PYRAGRAF project aims to develop a mobile, solar-assisted unit, showcasing pyrolytic conversion technology that turns crop residues and waste into valuable products while reducing carbon footprints. This mobile unit comprises a solar-assisted gasifier burner, biomass dryer and integrated pyrolysis reactor. This system harnesses renewable sources like solar energy and biomass to produce valuable products. Overall, the project’s multifaceted approach yields biochar, wood vinegar ecosystems services, upgraded pyrogas and bio-oil. Field demonstrations across Germany, Portugal and Türkiye involve local stakeholders and will showcase the unit’s potential.

Finapp Cosmic Ray Neutron Sensing

Scaling up the FINAPP Cosmic Ray Neutron Sensing probe

Funding period: -

EU contribution: €2,078,472.38

FINAPP’s Cosmic Ray Neutron Sensing (CRNS) probes are novel, next-generation, water-content estimators with a broad range of applications. They detect the neutrons generated from the interaction of cosmic rays with the Earth atmosphere and water surfaces, and from those measurements, they estimate the water content in soil and in snow.

ScaleAgData

ScaleAgData

Funding period: -

EU contribution: €7,496,557.75

Agriculture sensors provide data assisting farmers in monitoring and optimising crops by adapting to changes in the environmental conditions. Integrating these data with other data derived from satellites could further enhance regional agricultural monitoring but would require a paradigm shift in the data ownership and governance models. The vision of the EU-funded ScaleAgData project is to gain insight into how integrated data streams should be governed to the benefit of all stakeholders, especially the farmers. By upscaling these data, this wealth of information can be shared with a larger farmer community, thus shrinking the technological inequality in the sector. Specific attention will be paid to innovations in sensor technology, edge computing, data analytics and novel Earth observation products.

NUTRIBUDGET

NUTRIBUDGET - Optimisation of nutrient budget in agriculture

Funding period: -

EU contribution: €7,004,836.25

A new nutrient management platform for farmers, regional authorities and advisers will assist them to systematically optimise nutrient management across different agricultural production systems and regions in the EU. Designed by the EU-funded NutriBudget project, the Nutriplatform is a decision-support tool. It will be tested and used by at least 40 000 farmers across Europe. Firstly, the development of the Nutriplatform will be based on the algorithms of two advanced, newly developed, holistic Nutrimodels. These will quantify the impact of agronomic mitigation measures to optimise nutrient budget and flow across scales and by looking at various agronomic and environmental targets.

LegumeLegacy

LegumeLegacy – Optimising multiple benefits of grass, legume and herb mixtures in crop rotations: modelling mechanisms and legacy effects

Funding period: -

EU contribution: €2,224,461.60

To feed and nourish a growing population, agriculture needs to be sustainable. The EU is committed to transitioning to carbon-neutral and sustainable systems of agriculture. In this context, the Marie Skłodowska-Curie Actions project LegumeLegacy will apply the latest from the fields of ecology, agronomy, statistics and other fields to minimise nutrient inputs and leaching, while increasing carbon stocks, biodiversity and yield stability. LegumeLegacy will bring together 10 doctoral researchers to develop a model system of crop rotation, in the common experiment grassland plots of six species. The findings will be useful for the design of grassland leys within crop rotations that optimise agronomic and environmental performance.

NYMPHE

New system-driven bioremediation of polluted habitats and environment

Funding period: -

EU contribution: €5,499,973.50

Biological organisms, including the smallest, can play a big role in restoring polluted environments. They remove or neutralise an environmental pollutant from soil or water in a process called bioremediation. The EU-funded Nymphe project will take this process to a new level. Specifically, it will develop bioremediation/revitalisation strategies based on the assembly of systems of available and new biologics (enzymes, microorganisms, bivalves and earthworms, plants and their holobiont) developed and applied on matrices from different EU contaminated sites (groundwater, sediments, wastewater, industrial and agricultural soils). The project will target at least 90 % removal of plastics and pesticides in agricultural soil and chlorinated solvents/total petroleum hydrocarbon in groundwater and sediments of industrial sites.

SURRI

Sustainable Remediation of Radionuclide Impacts on Land and Critical Materials Recovery

Funding period: -

EU contribution: €1,294,507.50

Radioactive contamination of the environment including soil and groundwater is not uncommon since there are numerous sources of radionuclides from human activities, including defence-related, power production, medical, industrial and research activities. The contamination poses a long-term hazard to human and environmental health. Remediation of contaminated soil layers with various conventional physical and chemical treatments is difficult and expensive. The EU-funded SURRI project will investigate sustainable electrochemical and microbiological interventions enabling improved remediation while recovering materials resources including rare earth elements from radionuclide-impacted waste. This will be done in the context of a twinning programme to strengthen the capacity of the Technical University of Liberec in Czechia.

RESTORE4Cs

Modelling RESTORation of wEtlands for Carbon pathways, Climate Change mitigation and adaptation, ecosystem services, and biodiversity, Co-benefits

Funding period: -

EU contribution: €6,644,837.00

Healthy wetlands have a remarkable capacity to store carbon, being the most effective carbon sinks on our planet. However, human-impacted wetlands represent a major source of greenhouse gases. The EU-funded RESTORE4Cs project will assess how the restoration of degraded wetlands can help halt greenhouse gas emissions and even reverse them while improving the condition of its habitats and species and the provision of ecosystem services, in addition to providing co-benefits to stakeholders in and around the wetlands. Bringing together 16 partners from across Europe, the project will design standardised methodologies and approaches for the prioritisation of wetland restoration.