Geographic Information Systems (GIS) combine mapping technology with databases to visualize, question, analyze, and interpret data to understand relationships, patterns, and trends. GIS tools help users discover insights and relationships that reveal how people, the environment, and locations are interconnected. In today’s digital world, GIS have unprecedented potential to support decision making and solve complex problems. To accomplish this, GIS data and tools must be described in ways non-technical users can easily understand and apply. This is where content writing plays a pivotal role by taking complex GIS concepts and transforming them into easy-to-digest narratives.
Effective content writing illuminates how GIS can address tangible issues and concerns. For example, a city planner may use GIS mapping to analyze population density, job locations, and public transit routes to strategize affordable housing development. A content writer explains in clear, engaging language how this GIS analysis directly informs decisions around zoning, infrastructure investment, and community development planning. They translate technical outputs into clear recommendations and next steps non-GIS experts can act upon.
Similarly, environmental scientists may use GIS to monitor changes in vegetation, water quality, wildlife habitat, and other natural resources over time. A content writer transforms these mapping insights into digestible explanations of how the environment is changing on local and regional scales. They communicate whether changes indicate healthy ecosystems or areas of concern so conservation groups can prioritize protection and restoration efforts. In both cases, the content writer’s role is to demystify GIS and connect its findings to specific outcomes and impacts in a way different audiences can easily understand and apply.
Developing GIS Content
Effective GIS content follows best practices for all technical writing, including clarity, conciseness, and reader focus. It also requires specific GIS expertise and working closely with analysts to grasp project contexts, goals, and nuances that may not be obvious from static maps and data tables alone. Content writers develop GIS knowledge in several ways:
Learn GIS fundamentals – Understand basic concepts like coordinate systems, map projections, data modeling, analysis techniques. Familiarize with common tools like ArcGIS, QGIS.
Observe GIS processes – Sit with analysts during project planning, data collection/prep, analyses, map production. Ask questions to grasp challenges, tradeoffs, insights uncovered.
Interpret project documentation – Thoroughly review metadata, analysis reports, presentations looking for key takeaways, relationships revealed, and next steps recommended.
Translate technical lingo – Identify GIS jargon, acronyms, or specialized terms readers may not grasp and replace with everyday language. Verify understanding by cross-checking with analysts.
Visualize geodata stories – Develop a geographic perspective and skill envisioning how mapped findings and changing patterns tell bigger stories over time and space.
Fact check results – Verify analysis outcomes and conclusions align with raw geodata to ensure credibility and build reader trust. Questions assumptions respectfully.
With practice and immersive learning experiences, content writers gain “GIS literacy” to translate technical mapping work into clear outcomes, applications, and next steps non-experts can use for decision making and problem solving within their specific contexts and fields.
Linking GIS Insights to Impact
Once familiarized with GIS processes and a given project’s datasets, analyses, and key findings, effective content writers connect these technical insights to tangible impacts and human-scale stories. They achieve this by:
Focusing on specific places, people, or events to bring mapped patterns to life and give geodata meaning within real-world settings. For example, profiling an at-risk coastal neighborhood to communicate flooding risks in a relatable way.
Explaining “So what?” by contextualizing how mapped insights directly inform specific decisions, policies, investments or actions within relevant fields like conservation, urban planning, public health and more.
Highlighting changes over time visualizing data longitudinally to demonstrate evolving relationships and trends that require ongoing monitoring, improved strategies or increased prioritization.
Connecting dots between influencing factors by elucidating relationships within the mapped systems, like linking land use/cover alterations to water quality or wildlife impacts.
Recommending next practical steps stakeholders at different levels can take based on GIS findings. For example, what neighborhoods require outreach, what areas warrant on-the-ground survey, or what policies need adjustment.
Anticipating reader questions and proactively addressing uncertainties, limitations or assumptions within the geodata analyses. Increase credibility by acknowledging plausible alternative viewpoints.
Simplifying complex maps or overlays while preserving essential insights by distilling visuals down to their basic forms and using clear callouts/labels.
Through humanizing high-level patterns, illuminating practical implications, visual storytelling and thoughtful recommendations, skilled GIS content brings mapped technical analyses to life in ways that engage broad audiences and inform decision making.
Content as Collaborative Knowledge Sharing
Beyond disseminating GIS insights externally, content writing plays a significant role in knowledge management and collaborative learning within organizations as well. By documenting project processes, analyses and outcomes through a non-technical lens, content expands GIS intelligence across departments and institutional memory over time. It helps newcomers ramp up quickly on historical efforts and establishes expertise that empowers everyone to become more proficient “GIS citizens.”
For example, content captures key decisions analysts faced, tradeoffs considered, and lessons learned during complex analyses to guide others tackling similar issues down the road. It socializes “tips and tricks” so mapping techniques proliferate. Furthermore, by connecting specific GIS applications to resulting impacts, content builds collective “evidence” demonstrating GIS’s strategic value – bolstering its integration, expansion and stakeholder buy-in.
When made interactive through wiki/intranet platforms, GIS content also enables comments, feedback exchange, and distributed knowledge refinement. It turns datasets and analyses into organizational “ip” that propagates insight far beyond individual projects or timelines. Ultimately, well-developed GIS content cultivates collaborative intelligence, cross-fertilization of ideas, and culture of continuous learning – catalyzing higher-quality analysis and decision making over the long term.
In wrapping up, content writing plays an indispensable yet often overlooked role in translating technical GIS insights into actionable understanding. Through nuanced explanations, vivid storytelling, thoughtful recommendations and knowledge sharing, skilled content brings abstract mapping analyses down to human scales where they can inform strategic choices and stimulate positive change. As GIS assumes ever more prominence in planning, none of its potential can be realized without expert guidance in demystifying spatial patterns and forging connections between technology and tangible impacts. Content bridges this gap in a way that multiplies GIS value immensely.
Andrew Stroud