Foundational Fire Science
What conditions must be present for a wildfire to ignite?
How do heat, fuel, and oxygen interact during combustion?
How does moisture in vegetation affect ignition?
How does wind influence the direction and speed of fire spread?
How does slope change the intensity of a fire?
What patterns do wildfires follow in different ecosystems?
Weather, Climate, and Environmental Change
How do temperature, humidity, and wind patterns shape fire behavior?
How is climate change altering fire seasons in the Southwest?
What long-term climate trends matter most for predicting future risk?
How do drought cycles influence fuel availability?
How do extreme weather events (heat waves, windstorms) increase fire danger?
Vegetation, Fuel Loads, and Land Use
Which local plants burn most easily, and why?
How do invasive species change fire behavior?
How does land development increase or reduce fire risk?
What role does land management (clearing, thinning, prescribed burns) play in prevention?
How do fuel breaks work, and where are they most effective?
Mapping, Data, and Modeling
How do firefighters use GIS data to make decisions?
What data is most reliable for predicting fire spread?
How do satellite images help identify risk?
What are the limitations of fire modeling tools?
How can students design models that reflect real-world conditions?
Firefighting, Response, and Preparedness
How do firefighters decide where to deploy resources?
What tools and strategies are used to contain different types of fires?
How do evacuation decisions get made?
What challenges do firefighters face when conditions change suddenly?
How does communication work during an active fire?
Community, Equity, and Impact
Which neighborhoods in our region face the highest wildfire risk?
How does socioeconomic status affect a family’s ability to prepare or respond?
How can we communicate risk without causing panic?
What information do families need most during fire season?
How can students help make preparedness more accessible?
Experimentation and Inquiry
What variables matter most when modeling fire spread?
How do small changes in wind speed affect outcomes?
How do different fuel types behave under controlled conditions?
What unexpected results show up in our experiments, and why?
How can we design fair tests that isolate one variable at a time?
Ethical and Future-Focused Questions
How should communities balance development with fire safety?
What responsibilities do we have to protect ecosystems while protecting people?
How might new technologies change fire prediction or response?
What unanswered questions should future students explore?