Overview

Guided by our proven Community Learning through Data-Driven Discovery (CLD3) approach, community-based research teams composed of Cooperative Extension System professionals (CES), university students and faculty, postdocs, and community stakeholders launched research projects aimed at identifying opportunities to advance economic mobility in Oregon, Iowa, and Virginia.

The current state of the CLD3 process is captured in each of the following case studies, which cover a range of communities, including state-wide, regional and particular communities of interest.

Regulatory Challenges and Impact on Economic Development in the Eastern Oregon Border Region

Despite its proximity to the rapidly growing Boise, Idaho, metropolitan area, Malheur has a stagnant economy and remains the most impoverished county in Oregon. To foster economic development, the Oregon legislature created the Eastern Oregon Border Economic Development Board. The board is interested in using data to inform their decisions, comparing local (Malheur and Boise) and state (Oregon and Idaho) policies to address three challenges in filling jobs in Malheur: regulations around professional licensure standards; childcare options so parents can work and employers can fill their shifts; and the effectiveness of housing incentive programs. Oregon State University Extension professionals and university researchers are working to acquire datasets that identify where there is a mismatch in resources (skilled labor, childcare, and housing), and ways to address them.

Forecasting Tools for Cost Analysis of Water and Wastewater Facilities in Small Towns and Cities Statewide

As small communities grow, they need centralized water and wastewater systems, as well as cost-analysis forecasting tools to help guide their choices in developing these systems. Working with the Oregon Association of Water Utilities, Oregon State University Extension professionals and university researchers will use data collected by the League of Oregon Cities to address these forecasting needs. They are discovering and profiling sources to fill in missing data; and will identify the key variables influencing facility capital and operating costs to develop these tools for cost analysis of water and wastewater facilities in Oregon’s towns and cities. Unlike research that looks mainly at the capital costs of plants, the researchers plan to do a comprehensive assessment of costs, including the laying of water mains, collection and distribution, plant operation and construction.

Water Quality Requirements for Fresh Produce Growers

Most farms have little control over the quality of water they use, including levels of chemical and microbial contamination. The FDA's Produce Safety Rule provides mitigation options including the simplest approach of applying an extended interval for irrigation-to-harvest. However, for much of Oregon’s produce, this is not viable since rainfall is rare during summer and crops need regular watering. Oregon’s crop industries need support to ensure their compliance with the FDA’s produce rule by access to real-time information about water quality at various stages of production. Oregon State Extension professionals and university researchers are evaluating historical water quality data from the Tualatin River and the Treasure Valley area to put the current water quality criteria regarding microbial contamination into context with the rule requirements for clean produce. Using their findings, they will help farmers stay profitable.

Impacts of Dam Water Release Policy on Deschutes River Health and the city of Maupin

Much of the economic engine of Maupin area, Oregon is based on Deschutes River tourism. In recent years, use of the river has been altered because of changes in Pelton-Round Butte dam and hydro system operations, which has led to changes in the river’s flow, temperature, and chemistry. Concurrently, a decline happened in the natural productivity of the river, catch rates for fishers, and attracting tourists. To help advise water and natural resource management of this river system, Oregon State University Extension professionals and university researchers are creating data science insights that incorporate data from Portland General Electric, the Deschutes River Alliance, and the Oregon Department of Fish and Wildlife, to identify whether trends in fish abundance are the result of local effects native to the Deschutes River system or are more regional, occurring across the broader Columbia River landscape.