Category Archives: Contemporary Information

Delaware Run Storm Drain Net Project – News, Photos, Videos

OWU and City of Delaware Storm Drain Net Collaboration (OWU E&S Blog, Feb. 1, 2019)

Students and faculty have been working a project to implement a storm drain net in the Delaware Run on campus. The purpose of the net will be to remove trash and green waste/debris from the Delaware Run behind Merrick on campus.

Net Placed in Delaware Run; City, OWU Seek to Improve Waterway (Delaware Gazette, Sept. 10, 2019)

Ohio Wesleyan University, Delaware partner on student’s stream study project (This Week Community News, Sept. 13, 2019)

Delaware Run Storm Drain Net Installed and Catching Crap! (OWU E&S Blog, Sept. 25, 2019)

Update after the net was installed in early September 2019. Includes video.

Environmental Impact: Ohio Wesleyan Student Earns Litter Prevention Award for Storm Drain Net (OWU Press Release, December 6, 2019)

Fall 2019 Debris Gallery: Below is a gallery of sorted debris collected in September and October of 2019. The net is unloaded and allowed to dry (for weighing the organic and non-organic material) then sorted. The organic material is returned to Delaware Run. There have been almost no fish or insects or other lifeforms in the debris collections.

About

Use the tabs above for additional information on the Delaware Run and its potential restoration.

The restoration of Delaware Run adjacent to Ohio Wesleyan’s campus has been investigated over the past five years. The Run was channelized more than a century ago, and the channel walls are old and in poor shape. Delaware Run, in general, is facing growing problems with flooding (due to upstream development with, apparently, inadequate controls on run-off), contamination with lawn chemicals and agricultural runoff, and contamination with e. Coli.

Presentation on Delaware Run: Updated Spring 2020

The general idea of restoring this stretch of Delaware Run is to provide a means of capturing some of the growing quantity of water while filtering contaminants in the water before they reach the adjacent Olentangy River.

Ideally, this stretch of Delaware Run could be tied to restoration options further upstream. Ideally, the area of Delaware Run along campus could become an outdoor lab, for University and K-12 projects, focused on riparian and water issues. Thus this project would serve both environmental and educational purposes.

Ultimately, this regional approach to the Delaware Run is similar to what are being called Sponge Cities: urban waterway redesign to cope with climate change, water, and water quality.