Applied GIS & Habitat Mapping for Conservation
In conservation, maps influence funding, land protection, and policy decisions. This course prepares professionals to move beyond making maps to producing spatial analyses that are defensible, transparent, and decision-ready.
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Overview
Across conservation and land-use planning, GIS outputs increasingly shape real decisions: where to protect land, where to invest, and how to justify trade-offs. But habitat maps are not neutral truths; they are models shaped by scale, data quality, assumptions, and context.
This course strengthens both technical GIS capability and professional judgment. Learners practice an end-to-end habitat suitability workflow – from framing the question to communicating results – while learning to handle uncertainty, justify modeling choices, and translate spatial outputs into clear recommendations.
Key Benefits
- Strengthen technical GIS analysis for conservation decisions
- Produce defensible habitat suitability assessments
- Improve judgment around scale, uncertainty, and bias
- Communicate spatial findings to non-technical audiences
- Build credibility in conservation planning contexts
What’s Included
- A structured, end-to-end habitat mapping project
- Guided data preparation and suitability modeling workflow
- Decision-context framing and audience identification exercises
- Practice interpreting uncertainty and mismatched data layers
- A final decision-ready habitat mapping brief
By the end, you’ll produce a habitat suitability analysis that stands up to scrutiny from project leads and stakeholders and translates clearly to action.
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Who this course is designed for:
- Conservation professionals incorporating spatial analysis into planning
- GIS analysts seeking stronger decision-making and communication skills
- Environmental consultants conducting habitat assessments
- Protected area or land-use planning staff
- NGO staff responsible for spatial monitoring or reporting
Participants should have foundational GIS familiarity but want to deepen analytical rigor and professional judgment.
Outcomes
By the end of this course, you’ll be able to:
- Frame geospatial questions that align with conservation decisions
- Design and execute a structured habitat suitability workflow
- Document and justify modeling assumptions and data limitations
- Interpret spatial outputs with appropriate caution and nuance
- Communicate GIS findings clearly to technical and non-technical audiences
- Produce a defensible recommendation for land protection prioritization
Practical skills you will develop
This program equips learners with vital skills to thrive in today’s complex workforce. Key skills include:
These skills apply to these careers
Conservation scientists
Manage, improve, and protect natural resources to maximize their use without harming the environment; develop land use plans and conservation strategies.
Environmental Scientists and Specialists
Implement sustainability practices—waste, green building, resource management
Geospatial Information Scientists and Technologists
Develop and apply geospatial technologies to collect, analyze, and interpret geographic data to support decision-making across industries.
Urban and Regional Planners
Develop comprehensive plans and programs for land use that help communities adapt to environmental and climate-related challenges.
Natural Sciences Manager
Plans and directs scientific research, including tech integration for environmental programs.
Instructors
Arizona State University
Arizona State University
San Diego Zoo Wildlife Alliance
Chepkitale Indigenous People Development Project (CIPDP), Mount Elgon, Kenya
National Parks Conservation Association
Contact information
Have additional questions?
Please reach out directly to Tye Waggoner ([email protected]) for assistance with the programs content.