![\"Ocean](\"https:\/\/www.monmouth.edu\/uci\/wp-content\/uploads\/sites\/58\/2018\/12\/tom-flood-map.png\")
The award was presented during the Mid-Atlantic Sea Grant Region\u2019s annual meeting, held virtually in October. Herrington serves as the New Jersey Sea Grant Consortium\u2019s<\/a> coastal community resilience specialist.<\/p>\nThe project was carried out through the American Geophysical Union\u2019s Thriving Earth Exchange (TEX) program, which pairs scientists with local communities to solve problems on a pro bono basis. The barrier island community has seen flooding increase in frequency and severity over the years, to a point where high tides can cause disruptions and damage without rain. Herrington, an Ocean City native, worked with members of a grassroots community flooding group to examine the source and causes of the flooding and identify long-term solutions that would remain effective in the face of sea level rise and the more intense storms wrought by climate change.<\/p>\n
Herrington trained local residents to conduct citizen science work and pool their data using an app developed by iSeeChange.\u00a0 Through use of the app, Herrington was able to compare the information with federal data and investigate the source of flooding, its frequency, and location. Read more about the group\u2019s collaboration with iSeeChange<\/a>.<\/p>\n In its nomination, New Jersey Sea Grant noted, \u201cThrough his efforts, the community and local government increased their knowledge on the complexity of the flooding events residents are currently experiencing.\u201d The document added that Herrington\u2019s work could serve as a model for researchers and extension agents at Sea Grant programs throughout the country.<\/p>\n \u201cThe data collected by the citizens is helping the community see that rainfall runoff combined with high tide levels is the major contributor to street flooding and has prompted a discussion of ways to reduce rainfall runoff into the storm sewer system,\u201d Herrington said.<\/p>\n