A part of the Hare Snipe watershed in Raleigh

Stormwater

Hare Snipe Watershed Study

Northwest Raleigh Area

We are doing a study of the Hare Snipe watershed. The goal is to better understand and improve flooding, water quality, and stream conditions in the area. 

Study Area: Northwest Raleigh near Lake Lynn between Strickland Road, Leesville Road, NC 50, and US 70. 

Project Details

 
Type:
Stormwater
Budget:
$587,556
Project Lead:
Stormwater Management
Contractors:
Brown and Caldwell

Contact

 

Barbara Moranta, PE
Project Manager 
919-996-3976

Lead Department:
Engineering Services
Service Unit:
Stormwater

Subscribe

 

Planning

We are identifying ways to improve the Hare Snipe Creek watershed in Northwest Raleigh. We will be making changes in this area by:

  • Reducing flooding impacts with upgraded stormwater pipes; 
  • Improving water quality; and, 
  • Repairing streambanks (or riparian area). 

The study area covers Northwest Raleigh near Lake Lynn between Strickland Road, Leesville Road, NC 50, and US 70. 

Thank You for Sharing Input

Thank you for telling us about your experiences when it rains. Our public survey closed on Nov. 30. See recent results. Your feedback will help us complete the study and plan for future projects. 

We also held a meeting on November 18. Do you still have questions or comments? Let us know. We can be reached at 919-996-3940 or RaleighStormwater@raleighnc.gov

Work During the Study

Stream Inspections (November 2021 - February 2022)
The consultant is doing stream inspections in November and December. They will document stream conditions and look for streambank erosion. 

Water Flow (July 2021)
The consultant used meters to track how much water flows in the watershed and what areas flood. Now they are studying those findings. This will help us determine what upgrades can be made to streams and stormwater pipes in the watershed. 

Overall Study 
The consultant also continues to work on the rest of the study, which includes preparing for community outreach, collecting more data, and handling water quality modeling.

Next Steps

 
  • Collecting data and analyzing community feedback.
  • Continuing the study through fall 2022.
  • Identifying projects for this area when the study is complete. 

Scroll down to learn more about the watershed and see what projects we've done so far. 

Phase Contacts

 

Barbara Moranta, PE
Project Manager 
919-996-3976

Lead Department:
Engineering Services

Schedule

Date Activity
Spring 2021 Project kickoff
Fall 2021 Public meeting
Late Fall 2021 - Summer 2022 Consultant and staff collect data and assess findings
Fall 2022 Study recommendations shared with staff
TBD Stormwater system improvements underway

Project consultant studying the water flow of Lake Lynn in the Hare Snipe watershed. Meters will help us track how much water flows / floods in the area. 

A part of Hare Snipe Creek in Raleigh. 

About the Watershed

The Hare Snipe Creek watershed is located in Northwest Raleigh. It’s one of 37 watersheds in the city. It covers more than seven square miles across Raleigh and Wake County, with over five square miles within the city limits. 

Facts

  • Flows from north to south with the head waters or water's source near Springdale Estate.
  • Joins with Crabtree Creek just south of Glenwood Avenue.
  • Flows south to eventually reach the Neuse River.  

Several unnamed streams or tributaries also flow to this creek.

Recent Stormwater Projects

We’ve completed several projects in this area to address flooding and water quality concerns. Some projects noted on the map below are from Raleigh Rainwater Rewards and the Drainage Assistance Program.

Nearby Stormwater System 

Stormwater infrastructure, like culverts, pipes and drains, help safely collect and carry stormwater runoff into the creek when it rains. Water can also flow through the system under roads, driveways, and bridges before it reaches creeks.

On the Map: We maintain the areas in yellow. This is the stormwater system on city-maintained, public roads. Click on the map to learn more about the system.