Background Forests are recognised to reduce flood flows, although the issue is complex and continues to be explored. While the processes of how trees affect the generation and conveyance of flood waters are understood, there remains a lack of monitoring data to quantify effects at the catchment scale (click here to visit the WWNP evidence base webpage). […]
Floodplains are important natural capital assets which
deliver a wide range of benefits to people. The interface
between terrestrial and freshwater ecosystems in
floodplains fosters both a wealth and a complexity of
resources that are challenging to measure and compare.
The LANDWISE project is a collaboration of academics, policy makers and practitioners to investigate the impact of land use and management on flood risk in the Upper Thames catchment. It will quantify through measurement and modelling by how much, where and how the flood risk benefits can be up-scaled from local to river basin level.
Training Schools aim to facilitate capacity building on a topic relevant to the theme of the respective COST Action through the delivery of intensive training on a new or emerging subject. They can also offer familiarisation with unique equipment or expertise and are typically, although not exclusively, considered to be...
The 'Runoff Curve Number' rainfall-runoff model, developed by the USDA Soil Conservation Service, was applied to the catchments draining to Omagh, to assess the potential effect of woodland creation on flood flows. The 'Runoff Curve Number' method provides a potentially powerful tool for evaluating the impact of land use change and management on surface runoff, […]
We are working with Southampton University and the Centre for Ecology and Hydrology to develop and test novel modelling frameworks to explore the drivers of ecosystem services at different spatial scales in order to predict and map their delivery.
The report provide results, methods and details of the source data used in a mapping project to provide GIS spatial datasets which identify priority areas for woodland creation to benefit flood risk management in Northern Ireland. Maps are also avaliable in an addtional document. The results provide a strong basis for developing and refining catchment […]
Summary of a range of research projects investigating soil carbon and nutrient stocks and pools and their dynamics, long term change and potential long term sequestration after woodland creation (afforestation).
Forests and forest management practices can affect surface water acidification in a number of ways. The primary mechanism is the ability of tree canopies to capture more sulphur and nitrogen pollutants from the atmosphere than other types of vegetation. Pollutant scavenging is expected to have peaked in the 1970s when emissions were greatest and led […]
We use 3 types of cookie. You can choose which cookies you're happy for us to use.
Strictly necessary cookies
These essential cookies do things like remember your progress through a form.
They always need to be on.
Cookies that measure website use
We use Google Analytics to measure how you use the website so we can improve it based on user needs.
Google Analytics sets cookies that store anonymised information about:
how you got to the site
the pages you visit on forestresearch.gov.uk and how long you spend on each page
what you click on while you're visiting the site
Cookies that help with our communications and marketing
Some forestresearch.gov.uk pages may contain content from other sites, like YouTube or Flickr, which may set their own cookies. These sites are sometimes called ‘third party’ services. This tells us how many people are seeing the content and whether it’s useful.