Analysis: a new project aims to improve the resilience of Atlantic rural and agricultural areas at high risk from climate change
The Atlantic area is at high risk from climate change with increased intensity and frequency of storms, drought and flooding. All of these have implications for the agricultural sector and this is leading to huge uncertainties in the way climate change will directly and indirectly affect agriculture and food systems.
The RiskAquaSoil project from researchers at the Whitaker Institute at NUI Galway aims to develop a comprehensive management plan for risks in soil and in water to improve the resilience of Atlantic rural and agricultural areas.
The principal aim of RiskAquaSoil is to alert people to the fact that climatological disasters can and will happen during a lifetime. The project proposes simpler and more efficient tools and services for managing the more harmful risks in different parts of the Atlantic area of Europe, which stretches from Ireland to Andalucia. The project is inviting local communities to participate, adopt and apply the current solutions provided to address these issues. It will also allow them to understand what political and local levers can be triggered to allow these new principles of management for a better resilience to climatic changes to be applied in the fields by farmers and rural people.
From RTÉ Radio 1's Today With Sean O'Rourke, agricultural journalist and farmer Darragh McCullough talks about farming and climate change
The RiskAquaSoil project will contribute to a better co-ordination plan for detection, risk management and recovery for rural areas, maritime and terrestrial areas, especially for agricultural purposes that are mainly associated with climate change, natural hazards and also human pressure. Climatic changes are slow on average, but they seem to be becoming more frequent at the extremes. This slowly changing average prevents us changing proactively and we end up reacting after disasters, such as recent fires in Greece and the earthquake and tsunami in Indonesia.
The project partners will combat the adverse effects of the impact of climate change, especially on agricultural lands. This plan will have three stages linked to three specific objectives:
(1) early warning and diagnosis: testing new low-cost remote methods to measure and forecast the local impact of different meteorological phenomena. These techniques will provide accurate data that will result in a better early detection system in rural areas. Diagnosis activity will be enlarged with climate change scenarios such as frequency of heatwaves, droughts and flash floods, including forecasts and the improvement of climate information services to farmers.
The research finding also showed that the majority of farmers are willing to adapt compulsory measures to better adapt their farm to climate change
(2) implementation and adaptation: developing several pilot actions in agricultural lands that will permit better soil and water management taking into account the risks associated with climate change, such as flood risk maps and soil erosion risk solutions. It will also include pilot actions in maritime areas such as soil erosion management, small storm catchment and farm management practices.
(3) capacity building and dissemination: training and commitment of local communities and farmers for increasing capacity building, information and co-operation in risk management and damage compensation systems.
Previous research revealed that farmers did not proactively seek out information on climate change unless it was a regulatory requirement, a customer request or was going to have a potential economic benefit to the business. It also highlighted that engagement with advisors and farming networks is a huge influencing factor for information, survival, growth and support for the farmer.
From RTÉ Radio 1's Countrywide, EU Agriculture Commissioner Phil Hogan on the Common Agricultural Policy and climate change
A pilot study revealed that farmers in Ireland are concerned about severe weather events and its effects on their farm. The research finding also showed that the majority of farmers are willing to adapt compulsory measures to better adapt their farm to climate change. The results will inform a larger survey, conducted on behalf of RiskAquaSoil, to determine farmer’s perceptions and attitudes towards climate change.
Some of the work on the project to date includes:
Remote sensing training action
In Galicia, the CSIC team has installed soil erosion monitoring traps in two vineyards to quantify the benefits for soil protection of innovative vineyard floor management practices
ACMG analyzed representative climatic data from multiple Atlantic zones, for the last 30 to 50 years. The proximity to the ocean is noticeable with an average minimum temperature of 5.5°C in Mullingar, 8.7°C in Agen (France) and 10.4°C in Amareleja (Portugal). An increase in the annual average maximum temperature is distinguishable, from +0.3°C in Valentia, +0.7ºC in South-West Devon (UK), +1.2ºC in Agen (France), +0.8ºC in Lourian (Galicia Spain) and +1.3°C in Amareleja (Portugal). The precipitation shown no tendency, with zones in Portugal with a 12.8% increase and others in Galicia, Middle-Garonne and Devon with a -0.5% decrease. The average thermal daily amplitude varies in summer from 5.6°C in Valentia to 13°C in Amareleja (Portugal) while there is 11.2°C in Bergerac (France). That amplitude is increasing in 7 places (+0.1 to 1°C) and decreases in 1 (-0.4°C) while staying stable in 2.
Westcountry Rivers Trust catchment trials
The Westcountry Rivers Trust has been running three catchment scale trials in Devon. The first is a water quality acid remediation trial reducing the high pH spikes, the second is a water quantity natural flood management trial buffering flows and the third is trailing a new low cost telemetric monitoring probe to assess water quality and quantity.
Watercourses monitoring after wildfires
After the wildfires that affected Portugal in 2017, a watercourses monitoring campaign was initiated in 10 sampling points chosen based on the size and percentage of burnt area of the watershed. These monthly campaigns will detect changes in water and sediment proprieties in a post-fire scenario and establish the persistence of these effects.
The NUI Galway-led RiskAquaSoil project is an EU INTERREG Atlantic Area Cooperation Program supported by European Regional Development Funds and with associated partner, Teagasc. The other countries partnering on the project are France, Portugal, Spain and the United Kingdom.
The views expressed here are those of the author and do not represent or reflect the views of RTÉ