Insight is a collaborative research process for problems that cannot be understood well
from a single perspective.
It helps people connect questions, knowledge, methods, places and experiences,
then use those connections to develop better questions and deeper understanding.
Insight is currently in its first pilot.
Why Insight?
Three steps to understanding the idea
Insight is easier to understand if we begin with the problem it responds to,
then look at what it does, and finally see where it fits within IdeaLab Research.
01 · THE NEED
Connected problems need connected thinking
Many important problems do not belong to one discipline, one dataset,
one institution or one place. A health problem may involve housing,
income, transportation and environment. A child-welfare decision may
involve rights, family, culture, services, geography and institutions.
Research can become fragmented when each part is examined separately.
We may collect more information without seeing how the pieces change
one another.
02 · THE IDEA
Insight makes the connections visible
Insight starts with a question, identifies what is connected to it,
makes those relationships visible, brings different perspectives together,
tests ideas and compares what changes across contexts.
The purpose is not to make every problem interdisciplinary or geographic.
It is to recognize when a connection changes what the question means.
03 · THE ECOSYSTEM
Insight works through IdeaLab Research
IdeaLab Research provides the wider environment in which Insight can happen:
people, questions, communities, research methods, data, learning,
resources, technology and publishing.
Insight is therefore not a separate destination.
It is one way IdeaLab connects what its members know with questions
that need to be explored.
IdeaLab ResearchAn open ecosystem for research, learning and collaboration
People & communities
Questions & challenges
Knowledge & evidence
Methods & data
Places & contexts
Learning & skills
Resources & technology
Research & publishing
Insight connects these elements around a question.
See the idea in practice
One question. Many connections.
A connected problem rarely stays inside one subject.
Explore two examples. The questions are deliberately different,
but the same Insight process can be used with both.
Example 01
Urban heat
Ask
How can a city reduce dangerous heat?
At first, the answer may seem straightforward: increase tree cover.
But a better question begins when we ask what else is connected to that intervention.
Who lives in the hottest neighbourhoods? Where are trees missing?
Who has access to parks and shaded streets? How much water will additional
vegetation require? Where are people most exposed? Could neighbourhood
improvements affect housing costs?
The question is no longer simply about temperature.
It is about how heat connects with health, water, housing,
infrastructure, mobility and inequality.
Connect
Put urban heat at the centre and explore the relationships
around it. Select a connection.
Urban heat
Health
Heat exposure can affect health, especially for people with greater vulnerability.
Health effect
The connections do not simply add more topics. They change the question.
Map
A map can show where heat is concentrated. Another can show tree canopy.
Others can show population characteristics, housing conditions,
health vulnerability or access to cooling spaces.
Overlay them and a different pattern may emerge.
But the map also creates new questions.
Potential benefit: lower heat exposure.
The important step is not simply mapping more variables.
It is asking what each spatial relationship means.
A single intervention can create benefits and trade-offs at the same time.
Synthesize
Original question:
How can a city reduce dangerous heat?
How can a city reduce heat exposure while improving health and equity
without creating new pressures on water, energy or housing?
Possible research directions include:
Where do heat exposure and social vulnerability overlap?
Which interventions provide the greatest benefit in different neighbourhoods?
How do cooling, water, housing and energy systems interact?
Do the benefits of heat-reduction investments reach the people most exposed?
Synthesis is not about producing one answer.
It is about producing a better question.
Test & Compare
The same intervention may produce different results in different places.
A dense urban neighbourhood may need shade and cooling spaces.
A lower-density neighbourhood may have different opportunities.
A community with limited water availability may face different constraints.
A city experiencing rapid housing development may experience different equity effects.
What changes when the place changes?
Researchers and contributors can test the same idea using different datasets,
methods, communities and contexts.
The comparison is part of the research.
Example 02
Best interests of the child
Worked example
Ask
What does it mean to act in the best interests of a child?
The Best Interests of the Child principle appears simple:
What is in the best interests of the child?
But answering that question can involve safety, health, education,
family relationships, culture, identity, services, community,
the child's own views, institutional responsibilities and available resources.
Different decision-makers may weigh these considerations differently.
Different sectors may interpret the principle differently.
What appears to be the best decision in one context may not produce
the same result somewhere else.
This makes Best Interests a useful example of a problem that cannot
be understood through one discipline or one dataset.
Connect
Put the child at the centre and explore the surrounding context.
The child
Family
Relationships, caregiving and family circumstances can influence decisions.
Relationship
Best interests is not simply a characteristic of the child.
It is a decision made within a wider social, institutional and geographic environment.
Map
Geography does not tell us what is “best.”
But geography can help us understand conditions surrounding a decision.
Where does the child live? How far are essential services?
What transportation is available? Are services accessible in the child's
language and cultural context? What resources exist in the community?
What happens when a child moves between communities?
Both children are 10 km from the service, but distance alone does not tell us whether their access is equivalent.
Distance is not the same as access.
And access is not necessarily the same as experience or outcome.
The purpose here is conceptual. Changing one condition can change
the meaning of access; it does not produce a numerical “Best Interests score.”
Synthesize
Initial question:
What does it mean to act in the best interests of a child?
How do rights, relationships, culture, services, place, evidence
and institutional decision-making interact when determining
what is in a child's best interests?
Possible research directions include:
How does access to services differ among children living in different places?
How do children's own views influence decisions?
How do institutional policies shape interpretations of Best Interests?
How do geographic and socioeconomic conditions affect the options available to decision-makers?
How might quantitative evidence and lived experience be brought together without reducing Best Interests to a numerical score?
Quantitative and spatial evidence can describe conditions surrounding children
and decisions, while qualitative, community, Indigenous and child-centred
knowledge can help interpret what those conditions mean.
Test & Compare
The same principle may be interpreted differently across places,
jurisdictions, communities, cultures and institutional settings.
Places: Urban and rural communities may have different services, distances and opportunities.
Jurisdictions: Provincial, territorial and federal systems may operate through different legislation and institutions.
Communities: Local resources, relationships and knowledge can change context.
Cultures and territories: Cultural continuity, family, community, language and territory can be particularly important for Indigenous children.
When the context changes, what changes in the decision — and what should remain fundamental?
The comparison is not about ranking children, communities or places.
It is about understanding how context shapes the meaning and application of a principle.
More connected problems
Future examples may explore food and nutrition, water security, housing,
sanitation and health, energy, climate adaptation and other questions
where relationships between systems and contexts matter.
From examples to a method
The same process can open very different questions
Urban heat begins with an environmental and public-health problem.
Best Interests begins with a rights-based principle and a difficult decision-making problem.
Yet both can be explored through the same sequence.
01
Ask
Start with a question that matters. Do not rush to define the answer.
02
Connect
Identify systems, people, places, disciplines and forms of knowledge connected to the question.
03
Map
Make relationships visible through geographic maps, conceptual maps, networks, datasets, timelines or other representations.
04
Synthesize
Bring perspectives together and look for patterns, gaps, contradictions, benefits and trade-offs.
05
Test
Take the better question into evidence, research or practice using methods appropriate to the problem.
06
Compare
Ask what changes across places, populations, disciplines, methods and contexts.
How we look
Look across disciplines. Look across contexts.
Interdisciplinary
A connected problem often crosses disciplinary boundaries.
Health may connect with geography. Geography may connect with economics.
Economics may connect with environment. Policy may connect with lived experience.
Insight brings these perspectives into the same research conversation
without assuming one discipline can answer the whole question.
Inter-contextual
A finding is never completely detached from where it comes from.
An intervention that works in one city may work differently somewhere else.
Insight asks not only What works? but also:
Where does it work, for whom, under what conditions,
and what changes when the context changes?
Insight within IdeaLab Research
From an ecosystem to a shared research question
IdeaLab Research is designed to connect people, knowledge, tools, learning,
research and publishing. Insight gives those connections a question to work around.
People
Researchers, students, practitioners, communities and organizations
bring different experiences and forms of knowledge.
Knowledge
Research papers, local knowledge, policy, data, methods, maps,
lived experience and other evidence can be brought into relationship.
Questions
Insight gives those people and resources a shared problem to examine
rather than requiring everyone to begin from the same discipline.
Methods
Spatial, quantitative, qualitative, institutional, community,
Indigenous and mixed methods can be used where they are appropriate.
Contexts
Members can examine how an idea changes across neighbourhoods,
communities, jurisdictions, countries and other settings.
Outputs
An exploration may lead to a question, dataset, analysis, collaboration,
conversation, policy direction, research paper or another useful outcome.
IdeaLab provides the ecosystem. Insight provides a way to connect it around questions.
Over time, those connections can move from exploration to research,
learning, collaboration and publication.
Positioning
The contribution is the connection
Insight does not claim to invent the concepts that make these explorations possible.
Researchers, communities, practitioners, Indigenous knowledge holders and institutions
have developed rich bodies of knowledge around rights, health, environment, equity,
access, culture, place and decision-making.
Insight creates a space for bringing those contributions into relationship.
It asks what becomes visible when established ideas are placed beside one another
and examined together.
The value of Insight is not owning the underlying ideas.
It is creating connections through which those ideas can be questioned,
tested and developed together.
Spatial thinking
A map is not the answer
Maps are powerful because they help us see patterns.
But seeing a pattern does not automatically explain it.
Location
A map can show where services are located. It cannot by itself tell us whether people can use them.
Experience
A map can show where heat is concentrated. It cannot by itself tell us how residents experience that heat.
Equity
A map can show inequality. It cannot by itself determine what a fair response should be.
Meaning
Spatial evidence becomes more useful when it is interpreted alongside other evidence and knowledge.
Insight uses maps and spatial analysis as one way of thinking alongside other
forms of evidence and knowledge. The objective is not to make every problem geographic.
It is to recognize when geography changes the question.
Evidence
Different questions require different evidence
Location
Where is something?
Accessibility
Who can reach it?
Experience
How is it experienced?
Outcome
What difference does it make?
Equity
Who benefits, who is constrained, and who may be left behind?
Meaning & decision
How is the situation understood, and what should be done under the circumstances?
Different methods become useful at different points.
The goal is not to replace one method with another, but to connect evidence appropriately.
Where questions become difficult
Where tensions appear
Safety ↔ continuity
Protecting someone may involve disrupting relationships that also matter.
Access ↔ choice
Making a service available does not mean people can or want to use it.
Efficiency ↔ equity
The most efficient allocation may not produce the most equitable outcome.
Standardization ↔ context
A consistent policy may produce different consequences in different places.
Professional judgment ↔ lived experience
Expert knowledge and lived experience may reveal different parts of the problem.
Quantitative evidence ↔ meaning
A statistical relationship can identify a pattern without explaining why it exists.
Equal treatment ↔ substantive equality
Treating people the same can produce different outcomes when circumstances differ.
These tensions are not necessarily problems to eliminate.
They can be places where better research questions emerge.
Context
Comparison creates deeper understanding
A single study can produce a useful finding.
Comparison can reveal what depends on context.
Compare places
Another neighbourhood, city, rural community, province or country
may reveal a different relationship.
Compare evidence
Another dataset, method, discipline or form of knowledge may reveal
something the first approach could not.
Compare experiences
The same policy or intervention can be experienced differently
by different people and communities.
Compare meaning
Comparison is not simply about ranking places.
It is about understanding what changes and why.
Research space
A space for connected research
Insight can bring different research approaches into the same exploration
without requiring them to become one method.
Spatial research
Mapping, accessibility, spatial inequality and geographic relationships.
Quantitative research
Surveys, statistical analysis, indicators and comparative analysis.
Qualitative research
Interviews, lived experience, narratives and interpretation.
Institutional research
Policies, legislation, organizations and decision-making structures.
Community research
Local knowledge, priorities and place-based experience.
Indigenous research
Indigenous laws, knowledge, relationships, culture, territory and self-determination.
Mixed methods
Bringing different forms of evidence together where the question requires it.
Comparative research
Testing whether relationships, interventions or interpretations change across contexts.
Where Insight can go next
From examples to member discussions
The examples on this page show how Insight works as a way of thinking.
The next stage is to make that process participatory within the IdeaLab community.
Future Insight discussions
Members will eventually be able to bring questions around different topics
and contribute knowledge, evidence, methods, places, experiences and new questions.
Bring a question
A member introduces a problem worth exploring.
Make connections
Members identify perspectives, relationships and missing questions.
Contribute
People add evidence, methods, local knowledge, data or experience.
Compare & learn
Contributions are examined across contexts and developed into useful outputs.
This will become a separate part of the platform.
It will explain how an Insight discussion is opened, supported, contributed to,
documented, credited and brought to a close.
The purpose is not to turn every discussion into a formal research project.
Some may simply produce a better question. Others may lead to collaboration,
data work, comparative research, learning activities or publication.
Possible outcomes
Not every exploration needs the same outcome
A better research question
Sometimes the most useful result is discovering what should actually be studied.
A new dataset
A connection may reveal information that needs to be collected or linked.
A spatial analysis
A question may require mapping, accessibility analysis or spatial comparison.
A comparative study
Testing an idea across contexts can reveal what changes and what remains consistent.
A community conversation
Some questions need dialogue and interpretation before they need more analysis.
A research output
An exploration may eventually contribute to a report, presentation, paper or other shared work.
Research foundations
Insight builds on existing scholarship and knowledge
Insight does not claim ownership of the underlying concepts used in its examples.
The Best Interests example draws on children’s-rights scholarship,
child-centred decision-making, moral decision-making, political geography,
Indigenous perspectives and empirical research.
Sara Jayne Dzaman’s University of Saskatchewan dissertation,
Human Service Executives’ Insights on the Best Interests of the Child (2015),
is one useful source for understanding how human-service executives have interpreted
and applied Best Interests across sectors.
The example also connects with scholarship examining the political and geographic
dimensions of children’s lives, including space, place, scale, citizenship and state practices.
The Indigenous dimension recognizes Indigenous laws, cultures, relationships,
communities and territories. In Canada, the federal framework concerning First Nations,
Inuit and Métis children, youth and families connects Best Interests with cultural continuity
and substantive equality.
Urban heat draws on environmental science, public health, geography, urban planning,
infrastructure, housing, water, energy and equity research.
Insight's role is to create a space where these bodies of knowledge can be connected,
questioned and tested in relation to one another.
Contributing
Start with one connection
You do not need to understand the whole problem before contributing.
Bring what you know
Start with one connection: a place, dataset, community, discipline,
experience, method or question.
Ask what it changes
What does that connection reveal? What does it challenge?
What becomes visible when it is placed beside another perspective?
Use evidence thoughtfully
Quantitative, qualitative, spatial, community and Indigenous forms
of knowledge can each contribute something different.
Build shared understanding
The aim is not to have the fastest answer.
It is to make the question better and the understanding deeper.
IdeaLab Research · Insight
Ask. Connect. Map. Synthesize. Test. Compare.
A connected problem can become a shared exploration.
One question can open many connections.
One connection can lead to a better question.