Since 1999 THM has carried out advanced GIS and designed innovative GIS processes, utilising Python and data techniques. Skilled in design and implementation alongside understanding the ethics of GIS data collection and analysis.

Dec 2022 - April 2023

In a project mapping ecological connections between two parishes, citizens were taught how to map and identify opportunities to improve biodiversity.

2020 - CURRENT

Providing innovative support to the Wild East project - a group of landowners determined to encourage people to make space for nature and plot that nature on a map.

2020 - CURRENT

Multi-criteria evaluation is used to predict potential peat landslide risk in onshore wind farms and to identify areas for optimum development offshore.

2022 - CURRENT

How can citizen scientists get involved when they live too far from the study site? By providing GIS and data support to the CastCO team so project funds can be spent on kit!

2011 - CURRENT

Begun in 2011 the Gaywood GIS has become increasingly relevant recently providing an unbiased baseline, location of issues and visualisation of potential solutions.

2020 - 2022

Beginning as a volunteer and then as Geospatial contact multiple GIS analyses were carried out in ESRI & QGIS to optimise the Slow Ways datasets

2022

A river restoration within a heavily managed floodplain required LIDAR mapping and interpretation to find the old braided channels and identify historic artefacts.

2017 - CURRENT

Following MorPH training in 2017 many surveys were carried out before and after projects, often volunteering time to NRT projects as a second on-site for H&S reasons.

2017-2019

Partnership working on Natural Flood Management Defra pilot (EA/BA) with baseline morphology assessments using MorPH, fixed-point photography, drone surveys and data management.

2015-2017 (ESRC)

Developing a regional green space infrastructure from a combination of open street map and open source data to establish the first regional green spaces map.

2014 (PhD)

What are the barriers to adopting citizen science in river monitoring? What are the pros and cons, are organisations prepared for the disruptive influence and how can communities ensure their data is compliant?

2014 (PhD)

Building on the Stiffkey work the GIS process was replicated in another chalk catchment, but stakeholder buy-in was limited by a lack of landowner engagement and limited funds to make on the ground changes.

2013 (PhD)

We know communities find visualisations useful but why do they take so long to develop? What about short-term small-scale landscape projects? Is there a faster way? What are the barriers to adoption?

2012 (PhD)

Building on the VesAR project GIS analysis was carried out to establish whether ecological gaps could be automatically identified and a future vision created at a catchment scale. Pilot for Stiffkey Visioning.

2011/2012 (PhD)

Augmented Reality is often used as gimmick or in gaming, but what if it could be used to show the building blocks of the landscape? Can ecosystem services within a catchment be communicated in more interactive ways?