Research archive
Restored project pages with added context on post-fire runoff, sediment movement, field sampling, and practical water-quality response.
Post-Fire Roadside Ditch Sediment Treatment Before Stream Entry: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Post-Fire Stormwater Sampling Kit for Field Crews: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Reservoir Turnover After Wildfire: Turbidity and Treatment Planning: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Straw Wattles, Check Dams, and Polymer-Assisted Sediment Capture: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Temporary Flocculant Dosing Logs for Emergency Runoff Treatment: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Ash-Laden Runoff Sludge Dewatering After Emergency Treatment: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Community Water Intake Shutdown Criteria After Wildfire Storms: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Post-Burn Soil Hydrophobicity and Sediment Treatment Decisions: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Post-Fire Culvert Sediment Control and Flocculation Planning: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Wildfire Runoff Treatment Before Temporary Storage Tanks: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Ash Runoff Turbidity Monitoring for Watershed Recovery Teams: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Burn Scar Sediment Sampling Plan Before Flocculant Selection: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Polymer Use Near Sensitive Streams After Wildfire: Risk Controls: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Post-Fire Drinking Water Source Protection After Heavy Rain: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Temporary Sediment Basin Residence Time After Wildfire Storms: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Burned Watershed Check Dam Sediment and Flocculation Planning: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Emergency Mobile Treatment for Post-Fire Runoff: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Post-Fire Reservoir Turbidity Treatment After First Flush Events: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Sediment Pond Cleanout Planning After Polymer-Assisted Settling: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
Wildfire Ash Water pH and Polymer Screening Notes: a practical SEO guide for post-fire watershed runoff and sediment control, polymer selection, dosing checks, troubleshooting, and supplier discussion.
A practical jar test procedure for ash-rich post-fire runoff, including sampling, mixing, dose range and interpretation.
A field checklist for sediment basin teams considering polymer-assisted clarification after wildfire runoff events.
How source erosion control and polymer-assisted flocculation can support each other in post-fire watershed recovery.
Procurement notes for teams buying polymer products and support services for post-fire runoff, sediment ponds and emergency water treatment.
A practical article on handling sludge generated by post-fire runoff clarification, including polymer selection, dewatering and disposal planning.
A practical field guide for using flocculation thinking after wildfire runoff events, with emphasis on sediment, ash, polymer selection, and controlled jar testing.
A detailed article on where anionic polyacrylamide can help with post-wildfire mineral sediment, and where site conditions require a different treatment approach.
A long-form operator guide for jar testing ash-laden runoff and selecting PAM flocculants for post-fire water clarification.
How cleanup wash water, ash, silt, and organic debris affect sludge dewatering decisions after wildfire response work.
A practical checklist for linking burned watershed recovery observations with temporary water treatment, flocculation, and sediment management decisions.
Contact the WildFIRE PIRE project team for inquiries about wildfire research, data access, collaborations, or educational opportunities.
Meet the international team of scientists behind the NSF-funded WildFIRE PIRE project, including principal investigators and collaborators from the United States, Australia, New Zealand, and Argentina.
List of peer-reviewed publications from the NSF-funded WildFIRE PIRE project on wildfire history, climate-fire interactions, and paleoecology across four continents.
WildFIRE PIRE research in Australia focuses on Tasmania, examining fire-vegetation-soil feedbacks, long-term fire history using tree rings and lake sediments, and future fire scenarios under climate change.
WildFIRE PIRE research in New Zealand examines long-term fire history, vegetation-fire-soil interactions, and future fire scenarios in temperate rainforests and subalpine zones.
WildFIRE PIRE research in Patagonia examines long-term fire history, climate-fire-vegetation interactions, and future wildfire scenarios in the Patagonian Andes and steppe ecosystems.
WildFIRE PIRE research in the Western United States focuses on the Greater Yellowstone Ecosystem and Colorado Rockies to study long-term fire history, climate-fire-human interactions, and future wildfire scenarios.
The official Science Plan for the NSF-funded WildFIRE PIRE project detailing research objectives, methods, study regions, and expected outcomes for understanding wildfire in the past, present, and future.
Watch videos from the NSF-funded WildFIRE PIRE project featuring scientists explaining wildfire history, climate change impacts, and international research across four continents.
NSF-funded international research project studying the causes and consequences of wildfire in the past, present, and future across the Western United States, Australia, New Zealand, and Patagonia.
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