project - EIP-AGRI Operational Group

Farm Carbon EIP
Farm Carbon EIP

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Ongoing | 2021 - 2023 Ireland
Ongoing | 2021 - 2023 Ireland
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Objectives

Drained peat grasslands in Ireland emit up to 8 million tonnes of carbon dioxide per annum while also being a source of water pollution.  Farm incomes are declining threatening the viability of farmsteads and farm succession. Multi-disciplinary exemplar studies will investigate the feasibility of an integrated quantification in three ‘pillar’ measures of environmental quality (i.e. biodiversity, greenhouse gas emissions and water quality) to underpin public and/or private results-based payments for farmed peatlands. This will diversify farmer incomes by payments for ecosystem services to enhance farm viability and support the rural economy.

Objectives

Drained peat grasslands in Ireland emit up to 8 million tonnes of carbon dioxide per annum while also being a source of water pollution.  Farm incomes are declining threatening the viability of farmsteads and farm succession. Multi-disciplinary exemplar studies will investigate the feasibility of an integrated quantification in three ‘pillar’ measures of environmental quality (i.e. biodiversity, greenhouse gas emissions and water quality) to underpin public and/or private results-based payments for farmed peatlands. This will diversify farmer incomes by payments for ecosystem services to enhance farm viability and support the rural economy.

Activities

  1. Initial surveys will be carried out to determine baseline measures of biodiversity, soil carbon, greenhouse gas emissions and water quality.
  2. Results will then be collated to produce a Whole Farm Plan from which farmers select their chosen improvement measures after training.
  3. Data will be processed to produce an integrated measure of baseline environmental quality. Follow-up surveys will determine the new results after implementation of chosen improvement measures.
  4. Differences between measurements before and after implementation of remedial actions will establish the holistic reduction in environmental impacts of farmed peat soils.

Activities

  1. Initial surveys will be carried out to determine baseline measures of biodiversity, soil carbon, greenhouse gas emissions and water quality.
  2. Results will then be collated to produce a Whole Farm Plan from which farmers select their chosen improvement measures after training.
  3. Data will be processed to produce an integrated measure of baseline environmental quality. Follow-up surveys will determine the new results after implementation of chosen improvement measures.
  4. Differences between measurements before and after implementation of remedial actions will establish the holistic reduction in environmental impacts of farmed peat soils.

Contexte

  1. The climate crisis and sixth mass extinction of biodiversity as well as declining water quality are the subject of increasing legislative focus.
  2. Consumers are increasingly concerned by these issues and want sustainably produced food while producers need to meet this demand.
  3. Prices of raw materials are increasing, and new indigenous resources could replace expensive imports.
  4. Regionally, employment in the Midlands has suffered with the closure of peat-fired power stations and harvesting of peat for horticultural products. Consequently, it receives Just Transition financing for communities moving away from dependency on highly polluting fossil fuels.
  5. There are about 350,000 hectares of peatland pasture in Ireland, and these emit up to 10 tonnes per hectare of carbon dioxide annually making them one of Ireland’s largest greenhouse gas sources.
  6. Furthermore, they release dissolved organic carbon (DOC) and other nutrients making them a significant source of water pollution.
  7. At the same time, the viability of farms and consequently the sustainability of rural communities are impacted by declining incomes resulting in issues of succession.

 

Farm Carbon will trial new methods of agricultural production and scientific monitoring and analysis related to peat soil restoration and regenerative farming practices in the context of the Carbon Farming Initiative at European Level. It will also develop additional income streams to the farming community to support and reward practices that result in the secondary production of ecosystem services.

Additional comments

1. Facilitating elements or obstacles for the implementation of the produced results

a) Farmers and the public are aware, ready and willing to engage in and support measures that simultaneously address critical environmental issues and sustainable farming.

 

2. Suggestions for future actions/research

a) Long-term monitoring will provide additional valuable data on the success of the mitigation measures in reducing the negative environmental impacts of peatland pastures.

b) Identification of key factors involved in the degradation of peat soils will provide the possibility of new app technologies.

c) Successful development of the SOCIT (Soil Organic Carbon Tracked Infra-red Spectrometer) will enable rapid, GPS-linked measurement of SOC in the field. The same technology can be refined for in-field measurement of NPK, chemical contamination etc.

d) Finalisation of draft Eco-schemes for ‘peat-friendly’ farm produce will support viable farmsteads providing enhanced ecosystem services.

e) Finalisation of Irish Wetland Code to requirements of offsetting standards to support carbon farming initiatives.

 

3. Messages to consumers

a) Eco-foods: It is proposed that products from areas with these measures will be certified to appropriate Eco-Schemes for ‘peat-friendly’ farm produce.

b) Offsets: Research will be carried out for an Irish Wetland Code to provide verify high-quality carbon credits for businesses, citizens and others to offset their unavoidable carbon emissions.

Additional information

Guidance at National / Regional level

  1. National target of achieving a climate neutral economy with 51% reduction in emissions (compared to 1990) by 2030 (EU target of 55%).
  2. National Biodiversity Action Plan is embedded in the EU’S Biodiversity Strategy for 2030 which includes making protected areas of 30% of EU’s land.
  3. Water quality targets derived from Water Framework Directive require all Irish waterways to achieve good ecological status by 2027 at the latest.
  4. The Rural Development Programme 2014-2020 (Extended to 2022) supports funding to farmer actions with beneficial impacts on the environment and climate change.

 

Deliverables

  • Suite of comprehensive scientific studies of three pillar environmental parameters of biodiversity, soil quality / greenhouse gas emissions and water quality across a range of peatland uses (forestry, pasture and cutaway).
  • Data underpinning an integrated analytical methodology to act as a predictive tool for green diversified farm income and rapid monitoring, reporting & verification (MRV) of results.
  • Additional income streams for participating farmers.
  • Raised awareness and knowledge among participating farmers of regenerative carbon farming practices and sustainable farming of peatlands and other habitats.
  • Cost-benefit analyses of new practices.
  • LandScale evaluation for County Offaly as baseline of sustainable development for the county.
  • Extensive areas of peat pasture and other habitats with enhanced conservation value and permanent sequestration of thousands of tonnes of carbon.
  • New approaches to management of peatland pastures including paludiculture trials.
  • Network development in the emerging land use and carbon farming sector.
Project details
Main funding source
Rural development 2014-2020 for Operational Groups
Rural Development Programme
2014IE06RDNP001 Ireland - Rural Development Programme (National)
Emplacement
Main geographical location
Midland
Other geographical location
Mid-West

€ 1147000

Total budget

Total contributions from EAFRD, national co-financing, additional national financing and other financing.

Ressources

Affichage actuel du contenu de la page dans la langue maternelle, si disponible

1 Practice Abstracts

The outcomes of the Farm Carbon project will help generate a basis for diversified incomes for peatland farmers to enhance farm viability and sustainability of the rural economy. These new incomes will be derived from integrated, regenerative, carbon farming practices that:

1) Generate cost savings through reduced inputs;

2) Offer new approaches to farming peatlands including paludiculture; and

3) Provide new income streams from results-based payments for ecosystem services based on three quantified ‘pillar’ measures of environmental quality (i.e. biodiversity, greenhouse gas emissions/soil health and water quality).

 

The Irish Wetland Code envisaged will offer the possibility of private results-based payments for farmed peatlands and Eco-schemes an outlet for ‘peat-friendly’ food produce.

These will be supported by:

1) New technologies for the rapid in-field measurement of Soil Organic Carbon and assessment of ground vegetation; and

2) Integrated analytical methods for the monitoring, reporting and verification (MRV) of the environmental results achieved.

 

For the participating farmers a cooperative will be developed to provide mutual support. Online resources will provide information for these and other peatland farmers and the general public and a wider network of interested parties will be established:

1) To promote positive sustainable policy changes for agricultural peatlands; and

2) Sustainable improvements at the landscape level.

 

In summary, the project outcomes will result in thousands of tonnes of sequestered carbon in restored peatland pastures, the creation of new areas of high conservation value farmland, improved water quality and new potential livelihoods for farmers of Irish peatlands.

The outcomes of the Farm Carbon project will help generate a basis for diversified incomes for peatland farmers to enhance farm viability and sustainability of the rural economy. These new incomes will be derived from integrated, regenerative, carbon farming practices that:

1) Generate cost savings through reduced inputs;

2) Offer new approaches to farming peatlands including paludiculture; and

3) Provide new income streams from results-based payments for ecosystem services based on three quantified ‘pillar’ measures of environmental quality (i.e. biodiversity, greenhouse gas emissions/soil health and water quality).

 

The Irish Wetland Code envisaged will offer the possibility of private results-based payments for farmed peatlands and Eco-schemes an outlet for ‘peat-friendly’ food produce.

These will be supported by:

1) New technologies for the rapid in-field measurement of Soil Organic Carbon and assessment of ground vegetation; and

2) Integrated analytical methods for the monitoring, reporting and verification (MRV) of the environmental results achieved.

 

For the participating farmers a cooperative will be developed to provide mutual support. Online resources will provide information for these and other peatland farmers and the general public and a wider network of interested parties will be established:

1) To promote positive sustainable policy changes for agricultural peatlands; and

2) Sustainable improvements at the landscape level.

 

In summary, the project outcomes will result in thousands of tonnes of sequestered carbon in restored peatland pastures, the creation of new areas of high conservation value farmland, improved water quality and new potential livelihoods for farmers of Irish peatlands.

Affichage actuel du contenu de la page dans la langue maternelle, si disponible

Contacts

Project coordinator

  • Green Restoration Ireland Cooperative Society Ltd.

    Project coordinator

Project partners

  • David Wallis

    Project partner

  • Donal Sheehan

    Project partner

  • Dr Brendan Dunford

    Project partner

  • Dr David Wilson & Dr Florence Renou-Wilson

    Project partner

  • Dr Hugh Cushnan

    Project partner

  • Dr Ian Short

    Project partner

  • Dr Margaret Keegan

    Project partner

  • Dr Norman McMillan

    Project partner

  • Dr Per-Erik Mellander

    Project partner

  • Dr Tara Battersby

    Project partner

  • Dr. Douglas McMillan

    Project partner

  • Elijah Umek

    Project partner

  • Féidhlim Harty

    Project partner

  • Dr Furong Tian, Dr Michelle Giltrap, Dr Aoife Donnelly, Dr Victor Hrymak

    Project partner

  • Dr Georgi Georgiev

    Project partner

  • Eamonn McLoughlin

    Project partner

  • Paul Leadbitter

    Project partner

  • Prof Dr Krus

    Project partner

  • Ray Spain

    Project partner

  • Shane Curran

    Project partner

  • Vanessa Flores

    Project partner

  • Werner Theuerkorn

    Project partner