On Wednesday, the Commission adopted a package of measures for a sustainable use of key natural resources, which will also strengthen the resilience of EU food systems and farming.

A soil monitoring law will put the EU on a pathway to healthy soils by 2050, by gathering data on the health of soils and making it available to farmers and other soil managers. The law also makes sustainable soil management the norm and addresses situations of unacceptable health and environment risks due to soil contamination. Today’s proposals will also boost innovation and sustainability, by enabling the safe use of technical progress in new genomic techniques, to enable developing climate-resilient crops and reducing the use of chemical pesticides, and by ensuring more sustainable, high-quality and diverse seeds and reproductive material for plants and forests. Finally, new measures also propose to reduce food and textile waste, which will contribute to a more efficient use of natural resources and a further reduction of greenhouse gas emissions from these sectors.

These measures will bring long-term economic, social, health and environmental benefits to everyone. By ensuring more resilient natural assets, the new rules in particular support people living directly from land and nature. They will contribute to prosperous rural areas, food security, a resilient and thriving bioeconomy, put the EU at the forefront of innovation and development and help reverse biodiversity loss and prepare for the consequences of climate change.

A new EU Law to increase the value of soil and its resources

60 to 70% of soils in the EU are currently unhealthy. In addition, a billion tonnes of soil are washed away every year due to erosion, which means that the remaining fertile top layer is disappearing quickly. Costs associated with soil degradation are estimated at over €50 billion per year.  The proposal for the first-ever EU legislation on soils provides a harmonised definition of soil health, puts in place a comprehensive and coherent monitoring framework and fosters sustainable soil management and remediation of contaminated sites. The proposal brings several sources of soil data under one roof, combining soil sampling data from the EU’s Land Use and Coverage Area frame Survey (LUCAS) with satellite data from Copernicus, and national and private data. The ultimate goal is to achieve healthy EU soils by 2050, in line with the EU Zero Pollution ambition.

Soil data will support innovation, technological and organisational solutions, notably in farming practices. It will help farmers and other landowners implement the most appropriate treatment methods and help them increase soil fertility and yields, while minimising water and nutrient consumption. In addition, this data will improve our understanding of trends on droughts, water retention and erosion, strengthening disaster prevention and management. Healthy soils and better data provide additional income opportunities for farmers and land managers, who can be rewarded for carbon farming, receive payments for ecosystem services or for increasing the value of healthy soils and food produced on them. The proposal does not impose any direct obligations on landowners and land managers including farmers.

Member States will define positive and negative practices for soil management. They will also define regeneration measures to bring degraded soils back to a healthy condition, based on national soil health assessments. These assessments will also inform into other EU policies, such as LULUCF, CAP and water management. The proposal also requests that Member States address unacceptable risks for human health and the environment due to soil contamination, guided by the polluter pays principle. Member States will need to identify, investigate, assess and clean up contaminated sites.

More resilient food systems with New Genomic Techniques

Farmers and breeders need access to state of the art innovation. New technologies can help boost resilience for both agriculture and forested land and protect harvests from the effects of climate change, biodiversity loss and environmental degradation. New Genomic Techniques (NGT) are innovative tools that help increase the sustainability and resilience of our food system. They allow developing improved plant varieties that are climate resilient, pest resistant, that require less fertilisers and pesticides and can ensure higher yields, helping to cut the use and risk of chemical pesticides in half, and reducing the EUs dependency on agricultural imports.

In most cases, these new techniques lead to more targeted, precise, and faster changes than conventional techniques, while growing a crop that is the same as what could have been achieved with classic techniques like seed selection and crossbreeding.

Our proposal will:

  • establish two categories of plants obtained by NGTs: NGT plants comparable to naturally occurring or conventional plants, and NGT plants with more complex modifications;
  • both categories will be subject to different requirements to reach the market taking into account their different characteristics and risk profiles. The plants from the first category will need to be notified. The plants from the second category will go through the more extensive process of the GMO directive;
  • give incentives to steer the development of plants towards more sustainability;
  • ensure transparency about all NGT plants on the EU market (for e.g., through labelling of seeds);
  • offer robust monitoring of economic, environmental and social impacts of NGT products.

Source: European Commission

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