Remote sensing, and survey approaches to address their research questions.
On Interior and Southcentral Alaska and use climate modeling, fieldwork, hyperspectral Strategies and of wildfire impacts on ecosystem services. Short-term fire risk, predictions of fire behavior, and understanding of fire mitigation The goal of the Boreal Fires team is to increase community resilience to wildfire by improving evaluations of OtherĪspects of the project include Communications, Economic Development and Management efforts. The project is divided into three major components:Ī Boreal Fires team, a Coastal Margins team, and Diversity, Education and Workforce Development (DEW) team, which helps to share findings and to educate Alaskans in STEM fields. Modeling to examine these changes, and are using social science methods to gauge their Variables that influence biological communities in the nearshore Gulf of Alaska.ĮPSCoR researchers from across the University of Alaska system are employing remote sensing, in situ monitoring, laboratory experiments and To fire risk and behavior in Alaska’s boreal forest, and changes to physical and chemical “Fire and Ice: Navigating Variability in Boreal Wildfire Regimes and Subarctic CoastalĮcosystems (F&I)" is a 5-year, $20 million effort by Alaska NSF EPSCoR to conduct research into changes Conceptual diagram of the Fire and Ice project
0 kommentar(er)
