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2026 Ten Minute Talks Session 1A - Bystrom

Monitoring Resilience: History, Community, and Ecosystem Health in Captina Creek Watershed

Captina Creek Watershed in southeastern Ohio tells a story of environmental stress and recovery shaped by both industry and community action.

2026 Ten Minute Talks Session 1A - Bystrom

Monitoring Resilience: History, Community, and Ecosystem Health in Captina Creek Watershed

Mentor: Sarah Dumyahn, Ph.D.

Captina Creek Watershed in southeastern Ohio tells a story of environmental stress and recovery shaped by both industry and community action. Decades of coal mining and continued oil and gas development altered the region’s landscape and threatened water quality, leaving a legacy common to many Appalachian watersheds. Yet today, Captina Creek stands out as one of Ohio’s most biologically diverse and high-quality stream systems, reflecting a gradual but meaningful process of ecological recovery.

Ongoing water quality monitoring conducted by the Ohio Environmental Protection Agency documents this transformation through chemical, physical, and biological indicators. The presence of diverse fish communities, pollution-sensitive macroinvertebrates, and consistent attainment of aquatic life use standards indicate that Captina Creek has not only persisted, but thrived.

This recovery is closely tied to collaboration across multiple scales. State agencies such as the Ohio Environmental Protection Agency and the Ohio Department of Natural Resources work alongside local organizations like the Captina Conservancy, whose efforts in land protection, restoration, and outreach reinforce long-term watershed health. These partnerships extend to researchers and conservation groups working to protect the Eastern Hellbender (Cryptobranchus alleganiensis), a species whose survival in Ohio depends on the continued integrity of streams like Captina Creek.

Together, these intersecting efforts illustrate that resilience in the Captina Creek Watershed is both ecological and social. The watershed serves as an example of how sustained monitoring, historical awareness, and community-driven conservation can reshape the trajectory of an ecosystem impacted by industrial use.

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