Multi-scale Analyses of Wildland Fire Combustion Processes in Open-canopied Forests using Coupled and Iteratively Informed Laboratory , Field, and Model-based Approaches
Abstract
This project, RC-2641, spanned several institutions and objectives, with a focal idea that an interdisciplinary, multi-scale approach is necessary to address the questions that were presented in the original RFP. As we move across these scales of observations, there are benefits and shortfalls that occur. In the laboratory, fuel beds can be deconstructed to the scale of individual particles, and access to the newest laboratory technology and the ability to repeat measures and provide statistical rigor yield new insights.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 18, 2021
- Accession Number
- AD1189873
Entities
People
- Albert Simeoni
- Alexis Everland
- Ali Rangwala
- Carlos Walker-ravena
- Eric V. Mueller
- Giovanni Cristina
- Jason M Cole
- John Hom
- Joseph Charney
- Kenneth Clark
- Matthew Patterson
- Michael Gallagher
- Michael T. Kiefer
- Nicholas S. Skowronski
- Robert Kremens
- Rory Hadden
- Seoung-kyun Im
- Shiyuan Zhong
- Warren Heilman
- William Mell
- Xindi Bian
- Zakary Campbell-lochrie
Organizations
- Korea University
- Rochester Institute of Technology
- United States Forest Service
- University of Edinburgh
- Worcester Polytechnic Institute