Awards
Implementation of the SB 343 Research Project
The project is meant to provide an economic model that provides an estimate of what earnings capacity individuals have based on their current or most recent job, the evolution of worker gains in each of the 58 counties, and the wage forecast looking toward 2030. The core outcome of this project is to provide an algorithm that connects the local labor market in California’s counties and regions to determine how someone that needs to pay child support may be able to pay it in the current market and also looking forward over the next five years.
toArchaeological Survey for the Las Posadas Demonstration State Forest Vegetation Treatment Plan (VTP)
The Anthropological Studies Center (ASC) will provide an archaeological survey in support of the California Department of Forestry & Fire Protection, Sonoma-Lake-Napa (LNU)’s Las Posadas Demonstration State Forest Vegetation Treatment Plan (VTP).
toNapa Firewise On-Call
The Anthropological Studies Center (ASC) will provide professional archaeological inventory services for ongoing fire management projects on an on-call basis with specified scopes and budgets developed as warranted.
toAmache Recreation Hall Implementation
The Anthropological Studies Center (ASC) will be responsible for executing the development and installation of interpretation of the Amache Recreation Hall. This will be done by following and implementing the Amache Recreation Hall Exhibit Concept Plan (authored by the ASC) which will include developing content for the interpretive signs based on the Plan's themes and stakeholder and former internee input. The ASC will direct a graphic designer for the signage and will also select, purchase, and oversee installment of the furnishings, objects, and materials.
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TRIO PRIORITY 6 23-25
This project entails training 172 new directors annually from all TRIO programs.
toUsing 3D Data and Fire Modeling to Examine Future Wildfire Risk Following Understory Fuels Management in a Mixed Hardwood Forest
Dr. Lisa Bentley is the faculty-lead Principal Investigator (PI) alongside graduate student PI, Monica Delmartini. In the western U.S., more than a century of fire suppression, logging, and cessation of Indigenous burning has led to significantly altered forest stand conditions. Utilizing 3D data derived from terrestrial laser scanning and a physics-based fire model, this project will investigate if thinning prescriptions in mixed hardwood and hardwood/conifer vegetation communities lead to decreased future fire intensity.
toBuilding Transformational Cultures of Data Use for Student Success
An interdisciplinary team of faculty and staff will be creating workshops and guides to support faculty in accessing, interpreting, and using disaggregated student success data. This data will be obtained primarily from the CSU Course Equity Portal, the CSU Student Success Dashboard, and Canvas analytics. This is part of larger work by the SSU Middle Leadership Academy that focuses on creating a series of professional growth opportunities for SSU faculty to increase course pass rates and eliminate equity gaps.
toExploring Affordable Sensors for Salinity and Bathymetry Measurements in the Russian River Estuary Using Autonomous Unmanned Surface Vehicles
The Russian River, a vital watercourse in Northern California, faces challenges related to its estuarine ecosystem's health, particularly in sustaining salmonid populations. The river's mouth frequently forms a sandbar during the summer, impacting the merging of freshwater and saltwater, crucial for salmonid migrations. Limited prior research focused on the river's estuary due to methodological constraints, which resulted in data collection at only a few locations. This proposal outlines the deployment of an Unmanned Surface Vehicle (USV) to autonomously survey the Russian River estuary.
to2023 First-Generation College Celebration
The First-generation College Celebration is an annual opportunity to raise awareness of the first-generation college student identity by advancing an asset-based narrative of students' experiences and outcomes through institution-wide activities and media campaigns.
toUB MATH SCIENCE 23-28
The eight (8) TRIO Upward Bound and Upward Bound Math & Science Programs at Sonoma State University serve 553 pre-college (9th – 12th grade) students who attend targeted high schools in Sonoma, Napa, Mendocino, and Lake Counties. Five of the programs are based at partner school sites where participants engage with a daily college-readiness curriculum. In addition, other participants attend a rigorous Saturday Academy and six-week Summer/STEM Academy along with participating in test preparation, financial aid, and college application workshops. All students attend numer
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