H2020
Europeo
ExpectedOutcome:Successful proposals will support local administrations and policy makers to apply a systemic approach preventing pollution from nitrogen and phosphorus, in line with the zero pollution ambition. Project outcomes will contribute to maintaining nitrogen and phosphorus flows well within safe ecological boundaries at EU, regional and local scale and to restoring ecosystems. Project results are expected to contribute to all of the following expected outcomes:
Harmonised environmental protection policies and implementation actions delivered by local administrations and policy makers to achieve nitrogen and phosphorus load reduction targets at regional/river basin level.Best practices shared in EU and Associated Countries to prevent pollution from nitrogen and phosphorus emissions to air/soil/water including the design of inter-sectorial governance models and policy implementation tools to deploy the concept of nitrogen and phosphorus load reduction targets.Improved knowledge on the physical science of climate change.
Scope:The quantification of nitrogen and phosphorus emissions reduction necessary to respect ecosystems’ health in order to achieve the...
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ExpectedOutcome:Successful proposals will support local administrations and policy makers to apply a systemic approach preventing pollution from nitrogen and phosphorus, in line with the zero pollution ambition. Project outcomes will contribute to maintaining nitrogen and phosphorus flows well within safe ecological boundaries at EU, regional and local scale and to restoring ecosystems. Project results are expected to contribute to all of the following expected outcomes:
Harmonised environmental protection policies and implementation actions delivered by local administrations and policy makers to achieve nitrogen and phosphorus load reduction targets at regional/river basin level.Best practices shared in EU and Associated Countries to prevent pollution from nitrogen and phosphorus emissions to air/soil/water including the design of inter-sectorial governance models and policy implementation tools to deploy the concept of nitrogen and phosphorus load reduction targets.Improved knowledge on the physical science of climate change.
Scope:The quantification of nitrogen and phosphorus emissions reduction necessary to respect ecosystems’ health in order to achieve the objectives of EU legislation and the 2030 targets of the biodiversity and farm to fork strategies may be assessed through a nitrogen (N) and phosphorus (P) load reduction targets approach. The scope of the topic is to develop a regional/river basin approach. The topic is targeted to stakeholders from regions/river basins or clusters of regions/river basins: local agencies of environmental protection, local administrators, scientists and experts in environmental impacts models. A cluster may be formed by two or more regions/river basins, in the EU and Associated Countries, with very similar characteristics in terms of territorial conditions or being neighbouring regions/river basins.
Proposals will:
Develop a robust and transparent methodology to identify safe ecological limit values (e.g. concentration in media) of N/P applicable at regional scale to ensure good status for ecosystems in air/water/soil, inside and outside the local scale and apply the methodology to regions/river basins of the consortium. The local territorial specificity will be taken into account, in terms of territorial extension, land use, orography, distribution of basins and fresh water bodies, coastline, lagoons, etc. A coherent set of environmental indicators and their limit values at local scale will be selected for each region/river basin, based on legislation, existing and announced objectives and on scientific evidence, including datasets from the long-term environmental monitoring campaign and tools[1]. Indicators of N/P limit values should align to the monitoring capacity of N/P patterns in the environment.Review scientific knowledge of the contribution of N/P flows to climate change, including their impacts on carbon sink capacity of soils, of any other impact of N/P life cycle in the environment, of short-term and long-term dynamics of P in the soil matrix and its regional variation across the EU;Develop and/or improve an existing methodology to assess N/P emissions (flows) from all economic activities that may exist in the region/river basin (i.e. agriculture, aquaculture, forestry, industrial sectors, including food/drink sector, water supply, water/waste management, bioenergy, fossil-based energy production, mining activities, transport, etc.) including unintentional losses (e.g. losses and run-off of agricultural nutrients into the soil) and their impacts on air/water/soil environmental quality. Apply the methodology to regions/river basins of the consortium. Data from existing initiatives, consolidated reporting from national authorities, elaboration from EEA, Eionet, ESTAT, etc. and existing modelling capacity, either locally available or based on a twinning process across regions/clusters shall be considered in order to facilitate harmonisation of the approaches;Develop and/or improve an existing methodology to identify the N/P load reduction targets for all regions/river basins of the consortium to stay within local N/P limit values;Apply existing[2]/develop new methodologies to model pathways to reduce N/P emissions to meet load reduction targets and at the same time prevent pollution in air, water and soil, contribute to climate change mitigation, protect biodiversity and avoid pollution swapping. Pathways may include but are not limited to: i) integrated land/marine and bioeconomy; ii) limiting livestock stocking density; iii) integrated agricultural practices, including agro-ecology, aiming at limiting N/P flows and any other environmental impacts; iv) nature-based solutions (e.g. in waste water treatments, soil remediation); v) integrated industrial innovation towards circularity, industrial symbiosis and innovative resources use to improve efficiency and reduce N/P emissions from industrial sectors and any other environmental impact;Identify inter-sectorial governance models and design policy implementation tools at regional level, also to integrate policy requirements for environmental legislation and emission sources from many sectors, including measures to foster a systemic shift in societal aspects (e.g. approaches to address meat consumption, food waste prevention, greener mobility, consumers' awareness of environmental footprint of goods etc.). Proposals should include a task dedicated to sharing methodologies and findings with projects funded within this topic. If projects use satellite-based earth observation, positioning, navigation and/or related timing, they must make use of Copernicus and/or Galileo/EGNOS (other data and services may additionally be used).
Cross-cutting Priorities:Ocean sustainability and blue economy
[1]For the atmospheric compartment the JRC has developed the global emissions database EDGAR (https://edgar.jrc.ec.europa.eu) and the FASST (https://tm5-fasst.jrc.ec.europa.eu) modelling tool,
[2]For example Blue 2: https://ec.europa.eu/environment/blue2_en.htm
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La ayuda es de ámbito europeo, puede aplicar a esta linea cualquier empresa que forme parte de la Comunidad Europea.
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