Stormwater Planning Series
SNEP Network Stormwater Planning Series
In response to municipalities’ requests for stormwater planning assistance, the SNEP Network developed the Stormwater Planning Series which collectively guides communities to develop to a conceptual design for a nature-based stormwater retrofit option in their selected drainage area. Participants use the tools and techniques presented in the training to identify low-cost stormwater solutions to address the stormwater problem at their specific location.
Communities are encouraged to invite an interdisciplinary team to participate in the planning series including municipal/tribal staff, board members, and/or community members to build a common understanding of options for managing stormwater and cohesion in developing stormwater solutions that align with their communities’ culture and maintenance capacity. The planning series is held virtually with five training sessions over the course of six months.
At the outset of the series, a site visit to the selected area is scheduled for the SNEP Network team and community members to see first-hand and discuss the area’s challenges and opportunities with respect to managing stormwater. In between the training sessions, participants have “homework assignments” to advance their design concepts and are offered planning sessions with the SNEP Network team to assist with their project and answer questions as needed.
Participants will:
- Translate the tools and techniques presented in the training sessions to the identification of innovative and low-cost solutions to address stormwater problems in specific locations within their selected drainage area
- Generate conceptual designs, magnitude of order cost estimates, and stormwater credits for green infrastructure installation and/or stormwater retrofits
- Employ and assess innovative strategies to managing stormwater that fit with their municipal/Tribal culture and operation and maintenance regime
- Demonstrate understanding and confidence when meeting with engineers and other project consultants
- Demonstrate understanding of strategies and tools for engaging stakeholders in developing stormwater solutions
The SNEP Network team includes:
- Dr. Jamie Houle, Director of the University of New Hampshire’s Stormwater Center
- Wenley Ferguson, Director of Habitat Restoration, Save the Bay
- Stefanie Covino, Executive Director, Blackstone Watershed Collaborative
- Caleigh McLaren, Restoration Manager, Blackstone Watershed Collaborative
- Ryan Kopp, Stormwater Center Director, Audubon Society of Rhode Island (Stormwater Innovation Center)
- Jen West, Coastal Training Coordinator, Narragansett Bay National Estuarine Research Reserve
- Elizabeth Scott, Elizabeth Scott Consulting (RI Liaison for SNEP Network)
- Danica Belknap, Danica Belknap Consulting (Liasion for SNEP Network MA/RI)
- Elizabeth Buschert, UNH Stormwater Center
Past Participants include:
2021-2022 Cohort:
City of Providence, RI/Seekonk River Alliance , Town of Westerly, RI/ Southern RI Conservation District, Town of South Kingstown, RI, Town of Warren, RI/ Warren Land Trust, Mashpee Wampanoag Tribe/Town of Mashpee, MA
2022-2023 Cohort:
Town of North Kingstown, RI, Town of Shrewsbury, MA, Town of Marion, MA, Groundwork Southcoast/City of New Bedford, MA
2023-2024 Cohort:
Town of Coventry, RI/Upper Dam Pond Conservation Association, Town of Hopkinton, RI, Town of Swansea, MA, Town of Westport, MA
2024-2025 Cohort:
Portsmouth, RI, Central Falls, RI/Groundwork RI, Brockton, MA/Old Colony Planning Council, Douglas MA
2025-2026 Cohort:
Pawtucket, RI, Auburn, MA, East Providence, RI, and Woonasquatucket River Watershed Council/Johnston, RI
Resources
- SNEP Network Stormwater Training & Facilitated Planning Series (Curriculum/Syllabus Overview)
- Providence Stormwater Innovation Center’s (PSIC) Stormwater 101 Training video, Green Stormwater Infrastructure 101 Training (1hr 55 minutes)
- Providing Resilience Education for Planning in Rhode Island (PREP-RI) training module: “Managing Stormwater to Protect Rhode Island’s Waters”(10 minutes)