23 min listen
Women of Research: Changing the World Through Soil with Deb Page-Dumroese
FromForestcast
ratings:
Length:
25 minutes
Released:
Apr 6, 2023
Format:
Podcast episode
Description
Research soil scientist Deb Page-Dumroese’s research interests center around maintaining soil productivity during and after land management activities. As site principal investigator for several North American Long-Term Soil Productivity Study plots, Deb is well-versed in the pre- and post-treatment sampling necessary to determine changes in above- and below-ground nutrient properties associated with harvesting, organic matter removal, and biochar additions. In partnership with the Missoula Technology Development Center (Keith Windell) and Dr. Nate Anderson (RMRS) she developed a biochar spreader to easily distribute biochar on forest sites. Related Research: Biochar Basics: An A-to-Z Guide to Biochar Production, Use, and Benefits (2022) Forest Management and Biochar for Continued Ecosystem Services (2022) Development and Use of a Commercial-Scale Biochar Spreader (2016) Forest Soil Disturbance Monitoring Protocol: Volume II: Supplementary Methods, Statistics, and Data Collection (2009) Soil Physical Property Changes at the North American Long-Term Soil Productivity Study Sites: 1 and 5 Years After Compaction (2006) Scientist: Deb Page-Dumroese, Research Soil Scientist, Rocky Mountain Research Station, Moscow, Idaho If you're interested in hearing from more women in the Forest Service, visit the National Forest Service Library and their HerStory oral history project. Produced by the USDA Forest Service Northern Research Station. Want more information? Visit us at www.nrs.fs.usda.gov/podcast/3/ Any ideas or questions? Connect with us on Twitter!
Released:
Apr 6, 2023
Format:
Podcast episode
Titles in the series (31)
Balance & Barrier: A Slow Explosion of Damaging Forest Insects: A biological invasion is an enormous increase in population of some kind of living organism. It happens when an organism — like an insect — arrives somewhere beyond its previous range, when it breaks out past its natural barrier, unbalancing the... by Forestcast