GIS
GIS and Spatial Analysis
QGIS and ArcGIS analysis for land-use planning, ecosystem mapping, conservation prioritization, and risk assessment.
The challenge
GIS and Spatial Analysis
Spatial decisions get made on intuition when the data is not turned into something legible. Good GIS work converts scattered layers into a clear picture of where to act, what to protect, and what is at risk.
How I work
The approach
A field-verified method, not a desk exercise.
01
Assemble the data
Bring together spatial layers — land use, tenure, ecology, infrastructure — and clean them for analysis.
02
Analyse and model
Run the spatial analysis: overlays, suitability, prioritization, risk surfaces.
03
Make it usable
Deliver maps and decision-support outputs your team can act on.
What you get
Deliverables
Analysis
Spatial modelling
Overlay, suitability, and prioritization analysis.
Conservation
Prioritization maps
Where to protect or restore first, and why.
Risk
Risk assessment
Spatial environmental-risk surfaces.
Tools
Decision support
Maps and outputs built for non-specialist decision-makers.
My BSc in Geography and Environmental Studies is built on GIS, remote sensing, and spatial analysis, and I apply QGIS and ArcGIS across current field mandates.
BSc Geography & Environmental Studies; field GIS practitioner