PROJECT SPOTLIGHT: Southside Community Stormwater Improvement Project

Since 2019, Wildlands Engineering (Wildlands) has been working on several green infrastructure project initiatives with our long-time partner RiverLink, a watershed group with the mission of promoting the environmental and economic vitality of the French Broad River and its watershed. Wildlands recently completed the Central Asheville Watershed Restoration Plan for Riverlink, which consisted of project identification and developing an interactive watershed plan. Within the watershed plan, projects were identified in multiple subwatersheds, including Nasty Branch which runs through the Southside Community. In the 1960s and 1970s, this and other nearby black communities were negatively impacted by urban renewal projects, which left a profound impact on the social structure and well-being of the community.

Over 1300 businesses and homes were lost from the Southside Community between the 1960’s and 1970’s.

 

Among the many projects identified, one stood out for its apparent need of creating a more functional space, safe environment, and resilient infrastructure at the Erskine Apartments – located along Livingston Street in the heart of Southside. The watershed plan identified proposed activities to target a drainage issue in the cul de sac on Water Street where water was seeping onto the road resulting in a bad odor and unsafe conditions, particularly in winter.  After further evaluation of the site and its contributing drainage and infrastructure, a multifaceted project was proposed to address multiple community needs as well as provide stormwater management to improve water quality in Nasty Branch.

In addition to the drainage issue, concrete stormwater swales and corrugated metal pipe systems from the original apartment construction in 1969 were failing, a powerline behind residences was very low to the ground creating an unsafe feeling environment, and areas of dense invasive vegetation created unusable spaces and consumed native trees and vegetation. Discussions with community leaders, meetings in the park, and door to door efforts lead to a list of community needs and desires that were assembled into a cohesive improvement plan to address as many considerations as possible.

Wildlands helped prepare technical information for grants to fund the project. Multiple entities contributed funding to the project including the apartment owner, the Asheville Housing Authority. The project used stormwater control measures called regenerative stormwater conveyance (RSC) channels to replace pipe and concrete ditches. These incorporate sand-based media to provide additional water quality treatment. Rain gardens and a stormwater wetland were implemented to capture parking lot and rooftop runoff; a french drain routed subsurface flow into the stormwater system to resolve road seepage; a power line relocation addressed the low overhead line; and trails and sitting areas for contemplation and to honor lost loved ones were incorporated into the project. The paths and a bridge over the RSC channel connect kids and community members to the nearby park, community center, school bus stops, and other nearby destinations. For more information, visit RiverLink’s Project Page »

 

Wildlands Partners with the Letters to a Pre-Scientist Program

This year, Wildlands has supported and sponsored a classroom for the Letters to a Pre-Scientist program. Through our One + One Initiative, this opportunity has given many of our scientists at Wildlands the ability to connect with students from all over the country and inspire them to explore a future in the environmental and water resources industry.

The mission of the Letters to a Pre-Scientist program strives to maintain a culture where everyone who participates feels supported to be their full selves; at Wildlands Engineering, we aim to portray the same values by ensuring an inclusive environment for every student we write compelling letters to, as well as clients and industry partners we interact with at project sites or industry events.

We look forward to continuously encouraging the younger generation of scientists to follow their dreams in defining their career pathway and becoming leaders in the environmental industry as we know it today!

Hear from some of our scientists on their inspiring experiences with Letters to a Pre-Scientist (LPS):

“I am very excited to be participating in the LPS program. The time commitment is minimal (only four letters). I am most excited about the opportunity to spark a kid’s interest in science and the outdoors. I think that it is really important to get kids excited and interested about science and the outdoors while they are young, because it correlates to involvement in the sciences as an adult. Having the opportunity to share about my experience can hopefully create some excitement in my pen pal. I think it is important for kids to have someone who encourages them and their curiosity – this program achieves those goals. Part of growing up is learning about different jobs, fields, and avenues to reach those jobs. These letters can provide a small exposure to my pen pal so that they can reach for their career goals.”  Jeff Turner, Environmental Scientist in Charlotte, NC

 

“I love that Wildlands consistently participates in a plethora of varied outreach efforts and Letters to Pre-Scientists may be one of my favorites! It’s a heartwarming experience getting to connect with students, impart a passion for science, and act as a resource for them. This program facilitates many students’ first ever interaction with a STEM professional and is a great medium for students to see their own potential through the professionals they’re connected with. I also really value and appreciate the challenge of breaking down typical industry language into a format that’s easier for the student to digest – it pushes me to grasp and look at concepts in a different light! Most importantly, I believe in the goals and values of LPS, ‘being committed to supporting all aspects of diversity in STEM and ensuring an inclusive environment that is welcoming to everyone.”  Madison LaSala, Environmental Scientist in Raleigh, NC

 

“I’m stoked to have received and responded to my pen pal’s first letter! It certainly brightened my day to see a hand-written letter on my keyboard when I came into work one day. I also had fun creating a photograph timeline showing how I got to my current position at Wildlands – along with a few fun facts about me.”  Julie Bernstorf, PE, Water Resources Engineer in Asheville, NC

 

 

 

 

“I love the LPS program! From being matched with a pre-scientist to reading what their interests are and answering their questions. As an adolescent, I would’ve loved a program like LPS to connect with a science professional, so I put myself in their shoes and give it my all. It’s rewarding being a part of the planting crew – planting seeds for life!”  Emily Israel, Stewardship Coordinator in Charlotte, NC

 

 

 

 

 

 

Join us at the 2023 National Stream Restoration Conference in Baltimore, MD | August 21-23

Wildlands is thrilled to be a sponsor at this year’s National Stream Restoration Conference. We will be at booth #A34, so come by and say hello! We will also have numerous team members giving presentations on a variety of topics spanning from the benefits of design-build projects, macroinvertebrates’ impact on biological monitoring, and a feature on our work with Anne Arundel County, MD.

 

 

 

 

Please see below for our presentation schedule:

Tuesday, August 22nd
E Session | Kent
BENTHOS & FISHERIES & FISH HABITAT
8:30 AM ETCase Study: Marylea Farm Stream Restoration Site Biological Monitoring
PRESENTERS:  Mike Fowler, PE, Senior Project Manager and Carolyn Lanza, Environmental Scientist  
Moderator:  Bob Siegfried, RES


A Session | Fells Point
VEGETATION CONSIDERATIONS & PROJECT IMPLEMENTATION
11:30 AM ETThe Value of the Design-Build Experience
PRESENTERS:  Ty Williams, EI, Environmental Designer and Doug Smith, Finance & Resource Manager with Wildlands Construction, LLC
Moderator:  Greg Golden


C Session | Watertable
STRUCTURES AND INNOVATIVE APPROACHES & BEAVER, WETLANDS, AND STAGE 0 RESTORATION
11:50 AM ETAnne Arundel County’s Approach to Meeting MS4 and TMDL Requirements through Turnkey Restoration Projects
PRESENTERS:  Abigail Vieira, PE, Water Resources Engineer and Erik Michelsen, Deputy Director with Anne Arundel County’s Department of Public Works
Moderator:  Stephen Pawlak, JMT

From the Stewardship Corner: Adaptations of Aquatic Plants

What’s so special about aquatic plants? They provide vertical structure and habitat for animals in water systems, as well as trap sediments, slow the velocity of water, and even absorb pollutants such as heavy metals and nutrient run-off. Aquatic plants, aka hydrophytes, have several unique adaptations to help them survive in the water. Photos 1: Baldcypress (Taxodium distichum) at Falling Creek Mitigation Site, North Carolina; Photo 2: Soft-stemmed bulrush (Schoenoplectus tabernaemontani) at Marylea Farm Mitigation Site, Maryland

 

Emergent plants are rooted in water and partially grow above the water surface. Broadleaf watermilfoil has two shapes of leaves. The above-water leaves are triangular, bright green, and produce axillary flowers. The filamentous form of the submerged leaves are excellent at catching fine sediment and they bear a reproductive structure called a turion. Photo 3 & 4: Broadleaf watermilfoil (Myriophyllum heterophyllum) at Dudley Mill Pond Mitigation Site, North Carolina

 

Submerged plants are rooted into aquatic substrate or without a root system. They regrow from buds below the water surface. Spongy tissues provide structure and buoyancy while in the water. A submerged aquatic plant quickly becomes limp outside of water. Quick tip: if you’re trying to identify an aquatic plant, it helps to keep it in a dish of water.

 

Floating-leaved plants are rooted into aquatic substrate with leaves that float on the water surface. The American white water-lily (Nymphea odorata) leaves are covered by a waxy cuticle that repels water. This prevents the leaves from rotting. Photo 5 & 6: American Water-Lily (Nymphaea odorata) at Dudley Mill Pond Mitigation Site, North Carolina

 

Free-floating plants are found suspended on water surface with no roots attached. Swollen bladderwort (Utricularia inflata) has a whorl of leaf structures called “rafts” that look and float like pool noodles! Photo 7: Swollen bladderwort at Dudley Mill Pond Mitigation Site, North Carolina

 

  • Baldcypress (Taxodium distichum) at Falling Creek Mitigation Site