Peat Pals for LIFE
The project aims to restore degraded peat ecosystems in the Netherlands and Flanders by improving hydrological conditions, enhancing habitat quality, and promoting best practices for carbon-rich areas.
Projectdetails
Introduction
Natuurmonumenten (NM), Natuurpunt (NP), Wageningen University, Department of Environmental Sciences (WU-DES), and Eurosite (ES) will restore a variety of degraded and carbon-rich peat ecosystems in the Netherlands and in Flanders. These ecosystems have all been shaped by human activity in the past and suffer from similar problems such as desiccation, climate change, and high nitrogen deposition.
Objectives
The overall objective is to improve the conservation status so we can attain a favourable status of the Annex I habitats and associated species in N2000 areas. By doing this, we will create a variety of peat ecosystems that will be more resilient to external effects, specifically in the following locations:
- Fochteloërveen (the Netherlands)
- Vallei van de Abeek (Flanders)
- Dommeldal (Flanders)
- Veewei (Flanders)
Habitat Improvement
NM and NP will improve the hydrological condition of:
- 260 ha raised bog habitats in the Netherlands, focusing on:
- Priority habitat H7110*
- Habitat H7120
- 56 ha peatland habitat in Flanders, including:
- H7140
- H6410
- H3150
This will lead to quality improvement and extension of these habitats, which will also have a positive effect on the Greenhouse Gas budget of these carbon-rich areas.
Peat Pals for LIFE Strategy
Peat Pals for LIFE combines, updates, and promotes best practices into a ‘Peat Pals for LIFE Strategy’. This strategy includes developed insights, experiences, and lessons learned on improving hydrological and abiotic conditions for peatland restoration.
Knowledge Dissemination
Through the Peat Pals for LIFE strategy and partner Eurosite, the explicit intention is to apply the adapted recovery measures and the experience gained elsewhere in peatland sites with similar habitats and problems. Eurosite will use its (peatland) network to obtain and disseminate knowledge during and after the project. This will also improve the collaboration between different member states and platforms on peatland recovery and the policies they create.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 4.577.245 |
Totale projectbegroting | € 12.245.192 |
Tijdlijn
Startdatum | 1-7-2023 |
Einddatum | 30-6-2028 |
Subsidiejaar | 2023 |
Partners & Locaties
Projectpartners
- VERENIGING TOT BEHOUD VAN NATUURMONUMENTEN IN NEDERLANDpenvoerder
- NATUURPUNT BEHEER,VERENIGING VOOR NATUURBEHEER EN LANDSCHAPSZORG IN VLAANDEREN VZW
- WAGENINGEN UNIVERSITY
- EUROSITE THE EUROPEAN LAND CONSERVATION NETWORK
Land(en)
Vergelijkbare projecten binnen LIFE
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
Cross-border restoration and reunion of the raised bogs Aamsveen and Hündfelder MoorThe LIFE CrossBorderBog project aims to restore the Aamsveen-Hündfelder Moor by rewetting the bog, enhancing biodiversity, and reducing GHG emissions through hydrological measures. | LIFE Standar... | € 8.707.143 | 2023 | Details |
Peatland restoration for greenhouse gas emission reduction and carbon sequestration in the Baltic Sea regionThe LIFE PeatCarbon project aims to implement climate change mitigation measures in peatlands, enhancing GHG monitoring and management tools to restore 5,414 ha and reduce emissions in the Baltic Sea region. | LIFE Standar... | € 2.655.444 | 2022 | Details |
Protecting Peatlands of Invasive Alien Aquatic SpeciesThe project aims to control invasive aquatic species in Natura 2000 areas through removal efforts, awareness campaigns, and a long-term governance strategy to protect habitats and promote sustainable management. | LIFE Standar... | € 4.293.823 | 2024 | Details |
Wetlands4CitiesWetlands4Cities aims to enhance climate resilience in Mechelen and Tilburg by restoring wetlands to manage flooding and drought, while engaging citizens in monitoring environmental impacts. | LIFE Standar... | € 4.100.641 | 2022 | Details |
HAbitat Restoration in the WINgevalley: ecological restoration and endangered species recovery in a fragmented landscapeLIFE HARWIN aims to restore and improve 350 ha of fragmented habitats in the Winge Valley to enhance biodiversity and support Annex species through collaborative conservation efforts. | LIFE Standar... | € 4.927.364 | 2023 | Details |
Cross-border restoration and reunion of the raised bogs Aamsveen and Hündfelder Moor
The LIFE CrossBorderBog project aims to restore the Aamsveen-Hündfelder Moor by rewetting the bog, enhancing biodiversity, and reducing GHG emissions through hydrological measures.
Peatland restoration for greenhouse gas emission reduction and carbon sequestration in the Baltic Sea region
The LIFE PeatCarbon project aims to implement climate change mitigation measures in peatlands, enhancing GHG monitoring and management tools to restore 5,414 ha and reduce emissions in the Baltic Sea region.
Protecting Peatlands of Invasive Alien Aquatic Species
The project aims to control invasive aquatic species in Natura 2000 areas through removal efforts, awareness campaigns, and a long-term governance strategy to protect habitats and promote sustainable management.
Wetlands4Cities
Wetlands4Cities aims to enhance climate resilience in Mechelen and Tilburg by restoring wetlands to manage flooding and drought, while engaging citizens in monitoring environmental impacts.
HAbitat Restoration in the WINgevalley: ecological restoration and endangered species recovery in a fragmented landscape
LIFE HARWIN aims to restore and improve 350 ha of fragmented habitats in the Winge Valley to enhance biodiversity and support Annex species through collaborative conservation efforts.
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Veenweide CO2; veenoxidatie-reductie door toepassing van haven- en/of waddenslibDit project onderzoekt de haalbaarheid van een proefopstelling om veenoxidatie en CO2-uitstoot met havenslib te reduceren door het creëren van een lucht ondoorlatende laag. | Mkb-innovati... | € 16.040 | 2022 | Details |
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Veenweide CO2; veenoxidatie-reductie door toepassing van haven- en/of waddenslib
Dit project onderzoekt de haalbaarheid van een proefopstelling om veenoxidatie en CO2-uitstoot met havenslib te reduceren door het creëren van een lucht ondoorlatende laag.
veen voor potgrond uit natuurmaaisels
Het project ontwikkelt een machine om natuurmaaisel om te zetten in een veenvervanger voor potgrond, waarmee duurzaamheid in de tuinbouw wordt bevorderd en CO2-uitstoot vermindert.
Circulair hergebruik van Veen afkomstig van champost
Het project richt zich op het circulair hergebruiken van champost als duurzame vervanger voor veen in potgrond, om stikstof- en fosfaatvervuiling te verminderen en de CO2-footprint te verlagen.