Project Websites

Dŵr Uisce

The aim of the Dŵr Uisce project is to improve the long-term sustainability of water supply, treatment and end-use in Ireland and Wales through the development of a number of new innovative technology platforms; undertaking economic and environmental impact assessments, and developing policy and best practice guidelines to facilitate the implementation of integrated low-carbon and smart energy solutions for the water sector.

The Sustainable Intensification Platform

The work on sustainable intensification of upland sheep production being conducted at Henfaes Research Centre is part of a bigger project looking at how to increase food production in a way that is less damaging on the environment.

Extreme Flooding Research Project

The UK witnessed unusually severe flooding in the winters of 2012-2013 and 2013-2014, with many areas across the UK remaining underwater for almost three months. We have monitored the recovery of agricultural soils in Somerset and Worcestershire every month since the flood waters receded, conducted several laboratory studies to investigate the chemical and physical changes that occur in the soil during and shortly after an extreme flooding and are conducting a field experiment to determine what management practices are best for repairing flood damage to soils.

Uplands-N2O Research Project

The overarching aims of the project are to gain an improved understanding of the spatial and temporal interactions between sheep grazing behaviour, forage selection, urine composition and edaphic factors to increase the accuracy of direct N2O emission estimates from extensive upland systems.

SusCoRiDa 

Climate change, trade policies and environmental regulations will have a profound effect on rural livelihoods in Costa Rica. The SusCoRiDa project team will work with the appropriate stakeholders to evaluate, and ultimately recommend, dairy development pathways in Costa Rica, based on three main pillars: improving livelihoods and rural incomes; reducing greenhouse gas emissions and nutrient losses; adapting and building resilience to climate change.