Our research, evidence, data and development

GPS mapper screen showing data collection

GPS mapper screen showing data collection © Beth Thomas

Our research, evidence, data and development

         

Monitoring

Monitoring helps us to understand the health of our peatlands and how our restoration is affecting them. For Yorkshire Peat Partnership, it comes in three strands:

Sphagnum plug growing under a coir log on bare peat

Restoration monitoring © Jenny Sharman

Restoration monitoring

We monitor the success of restoration interventions - the dams, sediment traps, reprofiling and bare peat revegetation. This is carried out to assess the success of our work and to further refine the methods we use in the future. 

Tablet showing data collected from a dip well

Nature for Climate monitoring, Kingsdale Head © Lyndon Marquis

Nature for Climate Monitoring

An important element of the Nature for Climate Peatland Grant Scheme is that it funds restoration site monitoring from the very start. This gives us valuable baseline data that enables to understand how our work is affecting the peatlands we are restoring.

         

Remote sensing

Remote sensing allows us both to cover peatlands much more quickly than a foot survey could and to understand the terrain in a way that is just not possible at ground level.

Image of satellite picture of land cover

Satellite image of land cover

Satellite Telemetry

Yorkshire Peat Partnership is a lead innovator in using NASA Landsat and Copernicus Sentinel satellites to monitor peatland restoration. These developments, combined with our highly detailed ground survey data, enable to team to build a better picture of the current health of our peatlands. We’ve used remote sensing data to monitor moorland burning, rainfall and habitat change. There are fact sheets on each of the satellites we use on our resources page.

Image of dendritic gully system taken by Unmanned Aerial Vehicle

UAV picture of dendritic gully system

Unpiloted aerial vehicles

Yorkshire Peat Partnership has been using UAVs since 2012 and has surveyed 22% of our operational area. Because of repeat surveys, the actual area we have surveyed is much higher. Our pilots use UAVs fitted with red, green, blue and multi-spectral cameras to give up-to-date aerial photos at a phenomenal image resolution. This allows the team to quickly map features of a site, make 3D models and create water flow pathways, which inform the restoration programme.

         

Research

We have an active research programme to test out new restoration techniques and to help us better understand our peatlands.

Peatfix substrate being applied to bare peat through a house

Peatfix application © Jenny Sharman

Peatfix trial

Yorkshire Peat Partnership is working with academics from the School of Environment, Education and Development at the University of Manchester and erosion control specialists, TerrAffix to find a medium that will bind the friable surface of eroding peat and promote seedling establishment despite the punishing weather on the exposed sites on which we work.

As well as reducing the overall costs of restoration, the project will look to create an outlet and potential market for products that were once considered waste (such as cut bracken) or have a limited market with a very low return (such as wool).  Peatfix is funded by UK Research and Innovation through Innovate UK, the UK’s innovation agency, and specialist rental business, Vp plc.

Watch our film on the Peatfix project
Wool logs installed on bare peat as part of restoration material trial

Wool log trial © Jenny Sharman

Wool logs trial

In spring 2024, we started a year long trial of wool logs as an alternative to coir logs we currently use. If successful, this would create a market for what is generally regarded as a waste product; it would also minimise the carbon miles in our restoration. We need to establish whether wool logs remain stable enough to do the job as previous trials have shown problems with the material's structural integrity once wet. There's also concern around whether wool will leach nitrates into the peat, which would be a problem in such a low nutrient habitat. Until we have satisfied ourselves on these issues, we cannot commit to widespread deployment of wool logs.