Improving Water Quality in the Three Bays Watershed
We are pleased to announce a new project with the Association to Preserve Cape Cod (APCC) and local partners, Barnstable DPW and Three Bays Preservation. We are collaborating to reduce stormwater pollution to the Three Bays watershed in the town of Barnstable. The watershed is roughly 12,500 acres and includes land draining to Cotuit Bay, North Bay, Prince Cove, Seapuit River, and West Bay. Like many coastal watersheds on Cape Cod, the Three Bays system is severely degraded by nitrogen and bacteria, leading to closures of beaches and shellfish areas. The goal is to identify a suite of opportunities for improving water quality in this area and actually implement two or more of the top priority projects.
Education and outreach are integral to this endeavor. We will be hosting several public and neighborhood meetings to share updates and gather feedback throughout the project. Hands-on workshops will help train municipal staff and volunteers alike about how to build a rain garden and perform stormwater maintenance. We are thrilled to be involved in this exciting project right here in our backyard! Learn more about this project and others on Cape Cod here: APCC.org/rcc.
Environmental Protection Agency Southeast New England provides funding for this project.
Green Infrastructure Practices at the Henderson Boathouse
Northeastern University, Boston, MA
Henderson Boathouse is the home of the Northeastern University Huskies rowing teams. Designed by renowned architect Graham Gund, the Victorian inspired building includes a five-bayed boathouse and features modern technologies for today’s athletes. Recently, the University hired HW, Halvorson Design Partners, and Offshoots to collaborate on the redesign of the parking area and building entrance space. As part of the University’s commitment to the principals of sustainability, the design will highlight green infrastructure practices to treat stormwater runoff and the use of sustainable materials within the proposed entry plaza.
Due to the site’s proximity to the Charles River and the resultant need to reduce phosphorous loading, the design team will explore opportunities to include pervious surface treatments, bioswales, tree filters, and above and below ground infiltration practices where applicable. The stormwater management strategy will be closely coordinated with the University and will be a collaborative effort among the project team members. The design team will see the project through conceptual design, permitting and the development of construction documents. The project construction will be complete in the summer of 2017.
East Farmingdale NY Master Plan & Form Based Code
HW will collaborate again with Dover Kohl & Partners, a Florida-based urban design firm specializing in participatory town planning and zoning code reform on a neighborhood design and form-based zoning code for East Farmingdale, an unincorporated hamlet of Babylon, New York. Located on Long Island, the Town of Babylon is the most densely populated municipality in Suffolk County and includes eight hamlets and three villages. The Town intends to utilize a form-based code as a tool for recreating a rich and vibrant commercial node and corridor – linking neighborhoods, rebuilding the public realm, and creating a more predictable process and certain outcome for both the Town and future developers. HW will be collaborating with the interdisciplinary team on urban design and planning/codewriting, and will lead green infrastructure design, landscape/open space planning, and environmental performance metrics tasks. The project will be centered on a 5-day design charrette. The NY Cleaner Greener Communities Program Grant provides funding for this project. For more information about this project, contact Jon Ford, P.E., email@example.com
Watershed Assessments on St. Thomas, US Virgin Islands
Recently, Horsley Witten Group and partners conducted watershed assessments of Smith Bay, Water Bay, and Magens Bay on St. Thomas.
A major concern of business owners and residents in Smith Bay is the flooding of roads and the local ball field. The project team talked to community members who were eager to share their flooding stories. With help from the USVI government (Parks and Recreation, Public Works, and DPNR), we dug a test pit in the ball field to get a look at the soil profile. These on the ground investigations, will lead to recommendations for pollution prevention and projects to reduce flooding in Smith Bay.
In Magens Bay, we worked with Patricia Reed and the Magens Bay Authority to find pollution sources and to conduct a functionality assessment of the wetlands adjacent to Magens Bay beach, a premier tourism beach. We conducted transects of the wetlands – looking at species composition and sediment deposition at regular intervals. The results of the investigation will include pollution prevention activities, evaluation of the effectiveness of the wetlands and recommendations for restoration if necessary. More information http://www.horsleywitten.com/smithbay/
Brockton, MA – Adaptive Re-use & Affordable Housing
HW is working with the Archdiocese Planning Office of Urban Affairs (POUA) to help develop affordable housing on vacant or underutilized church property. The property is an existing convent in Brockton, Massachusetts. The main building will be an adaptive re-use of 38 residential units, and the rest of the site will be redeveloped with 137 units. Working with The Architectural Team (TAT) out of Chelsea, HW’s role to date has focused on providing site survey, wetland flagging, and the development of a “Smart Growth Overlay District” per Mass General Law Chapter 40R. Under this program, the City of Brockton can receive significant cash incentive payments for the development of affordable housing through a specially designed overlay district. Nathan Kelly, AICP, HW’s Principal Planner, is the lead consultant charged with writing the application, featuring the new Zoning Ordinance provisions. The overlay district allows for up to 22 residential units per acre by right provided strict design and performance measures are met. Once the zoning passes at the local level and the City receives approval of the district from the Commonwealth, HW will replace our “planner hat” with our “designer hat”. Our landscape architects and civil engineers will get to work on full site design issues including connection to municipal utilities and a stormwater management system.
Sachem’s Path – Making Homes Affordable on Nantucket
HW collaborated with the Housing Assistance Corporation of Cape Cod and the Nantucket Housing Authority to provide engineering, site and landscaping design, permitting, and construction administration services for a proposed 40-lot subdivision on Nantucket. Sachem’s Path is an affordable housing development, which currently features sixteen traditional Nantucket cottage style homes, integrated into surrounding conservation lands. Located near the schools off Surfside Road, and abutting a bike path, the small neighborhood is both charming and convenient. The houses are a mixture of one-, two- and three-bedrooms, with each featuring its own yard, and a private driveway. All are designed to be energy efficient. The project site design incorporated Low Impact Development practices and the landscape design emphasized the use of low maintenance, native plantings. It was a priority for the designers to integrate the development’s needs with the site’s delicate surrounding environment. More information can be found here: http://sachemspath.org/
Bristol Health Equity Zone Initiative
HW continues to support the Town of Bristol, RI in implementing Year 2 of the Bristol Health Equity Zone (HEZ) initiative. The term “health equity” implies creating equal opportunities for healthy living by eliminating health disparities, assuring healthy childhood development, preventing and controlling disease and disability, addressing social and emotional health, and working for a clean environment. A health equity zone is an area of the community where these opportunities need to be bolstered due to higher rates of obesity, illness, injury, chronic disease, or other adverse health outcomes. Despite the overall increasing household wealth of Bristol residents from 2000 to 2012, almost a third of all Bristol households have what public agencies define as “extremely low-income” levels – a significant amount that will affect the general housing, nutrition, and educational needs of the community.
Collaborating with Roger Williams University and the Bristol HEZ Collaborative and Physical Activity Working Group, HW is facilitating the implementation of several physical design assessments including the Food Venue Assessment, Walk Audit, and Handlebar Survey. All three assessments look at the existing conditions within the community, identify gaps in services, and provide both short- and long-term recommendations for improvement planning. During Year 1 of the Bristol HEZ initiative, HW facilitated the development of the HEZ Collaborative – a wide representation of community members from various municipal departments, decision-makers, business owners, residents and the Roger Williams University community. The Baseline Assessment of Health Needs in the Community was also completed to establish a baseline of existing conditions and to identify viable strategies for inclusion in the Work Plan targeted for funding during Year 2.
HW assisted the Town of Bristol in garnering over $320,000 in funding to implement a range of strategies targeted at improving the quality of life of Bristol residents. Funding for this effort is from the Centers for Disease Control and Prevention (CDC) and Health Resources and Services Administration (HRSA), and implemented through the Rhode Island Department of Health (HEALTH).
Heritage Museums & Gardens Site Improvements
If you have ever visited or lived near Sandwich, Massachusetts, then you have most likely heard of Heritage Museums & Gardens. The 100-acre property located in historic Sandwich Village is a premier destination for both residents and tourists alike. For over 45 years, Heritage has offered a network of nature trails, expansive landscape exhibits, special event galleries, and educational opportunities for all ages.
For many years, an area of Heritage that seemed out of character was the entrance and main parking facility. Visitors would never have considered this area, where the “voyage” into the beautiful gardens begins, as a highlight of the experience. In the fall of 2016, the initial phase of a multi-faceted parking improvement project will be complete. HW built upon a Master Plan completed by Sasaki, as well as the Concept initiated by GWWO and Oemhe Van Sweden, to help re-imagine the first impression of the facility, the entrance and associated parking and walkways. HW led the design from concept through construction, as well as the challenging permitting process through the Historic and Scenic Road Committees. HW is assisting Heritage through the construction process with the selected contractor, Robert B. Our Company.
The goal of the design is to improve the sense of “place” at the main entrance and vastly improve the safety and accessibility for all. Once complete, the new parking facility will provide over 180 parking spaces for patrons of the new adventure park. The new design features a drop-off ellipse for buses and cars, walkways devoted to the pedestrian’s experience and safety, and landscaped low-impact design (LID) solutions for stormwater management. The design includes five bioretention basins designed to collect, control and treat runoff as a result of additional pavement. The amazingly detailed and extensive planting plan includes 8,200 new perennials, 350 new flowering shrubs, and 100 new specimen trees. From the beginning, the project has maintained a strong focus on landscape design. The “green” parking lot design concept completes the overall visitor’s experience. In the spring of 2017, construction of the full project will be complete, in time to celebrate the new season.
City of Peabody, MA – Pedestrian Trails
The City of Peabody is at it again with Phase 2 of the South Peabody Pedestrian Trail nearing completion. Once finished, it will provide several miles of walking, biking, and multimodal recreational trails along and above wetland resources from the Meadow Golf Course to Sunset Drive. HW assisted the City in its efforts from concept to construction with Phase 1 built by Haven Contracting Corporation of Westwood, MA and Phase 2 constructed by M.J. Cataldo, Inc. of Littleton, MA. Funding for both phases was through the Commonwealth’s Gateway Cities program, which was aggressively pursued by the City’s Planning Department. From the trails elevated wooden deck over Sydney’s Pond to the vegetated bioretentions and porous pavement path along Springs Pond, this project is a success in a dynamic Massachusetts City.
Belchertown, MA Design Charette
Jon Ford recently participated in an American Institute of Architects’ Design & Resiliency Team (AIA DART) charrette in Belchertown, Massachusetts. The DART charrette brought volunteer technical experts together for three days of intense community visioning and design workshops to produce solutions for a more resilient Belchertown. The resulting “Three Villages and a Farm” plan addresses redevelopment opportunities, connectivity, and complete streets design within Belchertown’s unique historic, cultural, and economic context. This is Jon’s second DART volunteer gig, the first in 2014 tackling main street revitalization and sea level rise in Bath, Maine’s historic downtown. The AIA DART pilot program is a partnership between the AIA and the New England Municipal Sustainability Network, created to assist smaller New England cities and towns with resiliency planning. With two years of community-based charrettes and intensive workshops under its belt, the program is already gaining traction in smaller towns and cities perennially challenged to fund such longer-term efforts. Recent DART charrettes in five New England communities are unique interventions combining the science of sea level rise with evolving green infrastructure, downtown revitalization, and urban design practices.
Stormwater Run-off and Nitrogen Removal, Route 6, Cape Cod
MassDOT is implementing an aggressive program to provide stormwater improvements on its highways. Most of these improvements are the result of the so-called “Impaired Waters Program.” In this program, MassDOT is committed to managing stormwater on roadways that drain to impaired waterbody segments. In the last five years, MassDOT has identified hundreds of projects and is steadily implementing stormwater controls in watersheds across the Commonwealth. Since 2013, HW has provided both stormwater assessment and design services to MassDOT under a subcontract with Stantec. MassDOT has also recognized that it makes economic sense to implement stormwater controls in conjunction with other projects, even if a highway is not directly discharging to an impaired waterbody. One such project is the upcoming repaving of Route 6 on Cape Cod. This is particularly timely as communities across the Cape are looking for ways to reduce nitrogen loading to coastal embayments. While runoff from Route 6 is a small percentage of the overall nitrogen loading, MassDOT has a great opportunity to reduce its share of the nitrogen, undertake a project that can serve as a demonstration to the towns on the Cape, and illustrate a cost effective approach by combining stormwater management with other transportation improvements. HW completed an initial feasibly assessment of stormwater management opportunities along 12.5 miles of roadway from Dennis to Orleans in the summer of 2015. Following a project prioritization based on maximizing reduction of nitrogen loads, reducing erosive velocities, and increasing flowpaths, HW is completing site-specific final designs for the top six ranked nitrogen-removing controls. HW has also identified twenty-six outfalls that will receive a unique application of a compost filter tube to augment nitrogen removal and reduce flow velocities at outfalls. Construction of these outfall controls will begin this fall with the entire suite of practices slated for implementation by November 2017.
BVI Adventures – Cane Garden Bay, Tortola
Working with partners Smith Warner (Jamaica) and Shannon Gore (BVI), HW is contributing to an integrated project focused on building a scientific understanding of coastal erosion and watershed sedimentation issues in Cane Garden Bay and Brewers Bay. Long-term decline in near shore coral reef structure due to a number of issues including land-based sediment loading is thought to have resulted in increased exposure of local beaches to erosive wave action and increased vulnerability to sea level rise. The HW portion of the project consists of a watershed assessment, development of a hydrologic and pollutant loading model, and the design and implementation of two watershed retrofits with the ultimate goal of improving water quality and coral reef health in the bays. Smith Warner is conducting the coastal portion of the project, including current, wave, and beach erosion modeling and design of shoreline restoration projects. The results of the integrated project will increase understanding and protection of economically-important beaches, improve the resilience of local communities in the face of climate change impacts such as sea level rise and increased storm intensity, and implementation of four shoreline and watershed restoration projects. During field assessments in April 2016, HW inspected roads, wastewater infrastructure, construction sites, guts (streams), and salt ponds. Representatives of the BVI Ministry of Natural Resources and Labour joined us to supply critical local knowledge of watershed issues. During a community meeting, the public provided valuable input on flooding, wastewater, and sedimentation challenges and solutions.
Recently HW participated in the Sandwich STEM Academy Exploration & Discovery Day! Brian Kuchar and Brian Laverriere presented “Complete Streets” and were very impressed with the future Landscape Architects and Civil Engineers recommendations! Anne Kitchell and Michelle West demonstrated what a true “Drainage Detective” is all about by extending the classroom to the parking lot where future Water Resource Engineers and Watershed Planners could see firsthand how stormwater works at their school. Tara Nye and Amy Ball met with future Ecologists and Scientists to learn about the importance of protecting wetlands, vernal pools, wildlife, and salt marshes. We thank the STEM Academy Staff for inviting us to participate. Your 7th and 8th grade students were a joy to work with!
Post Office Square – Boston, MA
HW collaborated with Hayes Pumps, the equipment supplier, and permitted an integrated water management system at Post Office Square. This project addressed local sources of water and consideration of how we utilize our limited high-quality drinking water for non-potable purposes. The design exemplifies improved water resource management, including groundwater reclamation and green infrastructure concepts. The new system uses the groundwater, which is already being pumped to lower its level and did not impact the underground garage to supply the toilets and wash the floors. This project features two substantial benefits; it eliminates the use of treated drinking water, coming from the Quabbin Reservoir; and it greatly reduces the amount of groundwater sent to Deer Island. The annual savings for the facility is estimated to be $10,000.
HW Joins Forces with Dover, Kohl & Partners on Complete Streets Corridor Study
HW collaborated with Dover, Kohl and Partners, Alta Planning and Design, Partners for Economic Solutions, and local stakeholders on the Folly Road, South Carolina complete street vision. Folly Road is the main spine of James Island, located south of the city of Charleston, South Carolina. Despite rich heritage and natural beauty, auto-oriented transportation infrastructure and sprawling development patterns are eroding the corridor’s charm. The team led stakeholder input sessions, public visioning, design and engineering, and a final “work-in-progress” presentation during an intense interdisciplinary seven-day design charrette in 2015. The final study combines urban design and mobility planning with green suburban retrofit design, GI approaches within the right-of-way calibrated to urban and ecological context, and design of a demonstration GI project including phased implementation. The City of Charleston, Charleston County, Town of James Island, and City of Folly Beach have officially approved the plan.
HW leads Multiagency Drinking Water Exercise in Washington, D.C.
On Friday, December 11, 2015, oil spilled into the Potomac River. To prevent contamination to Washington D.C.’s drinking water, water intakes on the Potomac River were closed at 1:00 AM on Saturday, December 12, 2015. Mandatory water restrictions followed to preserve fire-fighting capabilities and to extend the life of the water supply for sanitation purposes.
Did this really happen? Fortunately, the answer is no. But it could, which is why HW staff worked closely with DC Water and others to design this real world disaster scenario, used as a basis for a three-day multiagency exercise in Washington D.C. Led by Carl Simons of HW, the exercise began with an activation of DC Water’s Incident Management Team to develop the initial Incident Action Plan.
- (Day 1), the formation of field sampling teams to gather water quality samples and deliver them to area laboratories
- (Day 2), ended with an After Action Conference to exchange lessons learned
- (Day 3), Participating agencies in the exercise included U.S. EPA Region 3, the Agency for Toxic Substances and Disease Registry, the 33rd Civil Support Team, Washington Aqueduct, Prince William County Services Authority, Washington Suburban Sanitation Commission, Fairfax Water, and the D.C. Departments of Forensic Science, Fire, Energy & Environment, and Homeland Security and Emergency Management.
Adaptive Residential Reuse at the Walker School
HW helped to create a much-desired affordable housing complex consisting of forty bedrooms for senior citizens and the disabled at the former Walker School property. The site is located in a desirable pedestrian-friendly, transit-oriented neighborhood within a short walk of the Weir Village Riverfront Park, Taunton River, and public transportation. This project was well suited for adaptive residential reuse. Design objectives included improving the site from a vacant building into a vibrant residential complex, complementing the surrounding urban residential neighborhood, and maintaining the historic nature of the facility. Additional design objectives included providing safe vehicle and pedestrian access, connectivity to the larger neighborhood, and Green Infrastructure with stormwater improvements. The building reuse and historic restoration was a collaborative project successfully completed by the Affordable Housing and Services Collaborative, Inc. (AHSC), The Architectural Team, and Taunton Revitalization, Inc. HW worked with AHSC to coordinate and complete the permitting and design, and completed a Phase I Hazardous Materials Assessment to understand the potential cost for removal or mitigation and the impacts to the development.
Green Infrastructure Solutions for Boston Water & Sewer Commission
The Boston Water and Sewer Commission (BWSC) selected HW to design green infrastructure (GI) solutions to manage stormwater runoff and engage students at five of the Boston Public Schools (BPS). This project will serve to address current conditions as well as influence future redevelopment at other schools. As part of an Educational and Facility Master Planning process, BPS will incorporate GI into its strategic plan for educational programming and capital investments over the next ten years. One of the most exciting components of this project is the integration of stormwater into the science curriculum for third, sixth, and ninth graders.
The team will be evaluating GI options like permeable surfaces, bioretention, tree filters, and green roofs for implementation in schoolyards. Many public schools are located within the Charles and Neponset River watersheds where BWSC is now responsible for bacteria and phosphorous water quality improvements. HW is leading a team of professionals to provide site investigations, GI feasibility assessments, soil evaluations, GI siting and design, estimates for construction, the stakeholder input process, and development of a stormwater GI curriculum to support the GI features at each school. This project kicked off in September 2015 and has an estimated completion date of June 2016.
Stormwater Management Solutions – Improved Parking lot and Bioretention (Rain Garden) Design
HW collaborated with the Town of Sandwich Department of Public Works (DPW) and Library staff on a library parking lot improvement project. HW recommended several design concepts and worked diligently through the process with the town and library staff to create a final design that met expectations. HW provided permitting services for application to the Conservation and Historic Commissions. Other services included construction plans and specifications, cost estimating, public bidding, surveying and construction administration. This successful project greatly improved library access versus existing conditions for its patrons, deliveries, and safety vehicles. HW implemented low impact design elements which include grass swales, bioretention areas (rain gardens), and infiltration, to improve stormwater quality which is ultimately discharged to an on-site wetland as well as a nearby salt marsh.
HW’s engineers, landscape architects, and graphic designers worked with DPW and Library staff to create an interpretive sign for the site. The sign features the functionality of the system, the stormwater improvements, and the protection of the environment. Patrons and children who participate in Nature’s Classroom library events will find the sign helpful and educational. Lastly, HW escalated the project timeline so the client could utilize paving contractor’s services who were working on nearby municipal roads.
HW Helps Develop Regional Training Program for Coastal Resiliency on the Florida Panhandle
Workshops and Site Visits based on FEMA and EPA processes
HW trains planning officials and utility managers across the country to better assess and respond to natural hazards made worse by climate change. Most recently, we brought our national experience to communities on the Florida panhandle to help them create regional flood resilience strategies and identify mitigation projects. Our staff is working with utilities, local mitigation planners, and floodplain managers to help them:
- Assess flood risks
- Identify vulnerable utility assets
- Identify mitigation actions for utilities and the region
- Integrate utilities into local/state mitigation plans
- Explore funding for mitigation actions
The work is based on FEMA’s hazard mitigation planning process and draws from EPA’s Flood Resilience: A Basic Guide for Water and Wastewater Utilities. Workshops took place at the Emerald Coast Utilities Authority in Pensacola.
Workshop One – Mitigation Planning and Flood Resilience
On-site Visits – Assessments at Selected Utilities
Workshop Two – Mitigation Projects and Plans
Contact Tom Noble for more information.
The EPA, FEMA, FL Dept. of Environmental Protection, Florida Rural Water Association, Florida Division of Emergency Management, and Bureau of Mitigation are sponsors.
HW provides sustainable environmental solutions for New England college campuses
The University of Rhode Island (URI) hired HW to provide civil and environmental engineering services for parking lot reconstruction, stormwater treatment facilities, and peer review services. URI has a vision to continue to become a “greener” institution while remaining a leader with its curriculum. The URI campus is continually undergoing renewal, reconstruction, and building expansion. Most of these improvements occur by infilling, where possible, within the developed campus perimeter. These improvements enable the campus to remain compact, walk able, and a more sustainable and enjoyable place to learn, study, live and work.
As the campus infrastructure continues to expand, URI may face difficult challenges, including flooding and water quality impacts from untreated stormwater runoff. HW goal is to assist URI with expansion plans while abating stormwater quality impacts on receiving waters including White Horn Brook. HW looks to support a master plan implementation while addressing these concerns. As a component of each project, HW advises the college campuses outreach practices through public forums, interpretive signage, and hands on training and workshops. HW has directed many stormwater and watershed master planning projects at similar facilities that include roads, parking facilities, pathways/sidewalks, signage, and stormwater assessments. HW is committed to providing environmental engineering services that support functional and vibrant settings while retaining a natural balance.
Horsley Witten Wins Morrissey Boulevard Redesign Project
The Horsley Witten Group is collaborating with HDR, Inc. on a Morrissey Boulevard Redesign Project in Boston, Massachusetts. This important project features a complete street assessment and design for the scenic parkway’s entire 2.5-mile length from Neponset Circle north to Kosciuszko Circle. The redesign will accommodate multi modal transportation options and add resiliency from climate change and coastal flooding impacts. The parkway, which is within a vulnerable coastal location, must continue to provide an array of functions including its roles as a critical arterial roadway, a linear coastal parkway, and a corridor connecting open spaces. HW will lead the project’s assessment and design of storm and flood control related matters, including coastal tidal and storm surge protection, roadway surface drainage, and green stormwater infrastructure.
The project will embrace a diverse range of uses and face environmental challenges; such as the changing land uses and development in the northern end; the need to provide neighborhood connectivity; the dynamic effects of climate change throughout the corridor; and the need to efficiently and safely accommodate the multiple modes of transportation envisioned for the project.
Alternative Strategies to Restore Upper Narragansett Bay
HW is working with Rhode Island Bays, Rivers and Watersheds Coordination Team to evaluate opportunities to improve water quality in the upper reaches of Narragansett Bay. The state has made significant investments to reduce nitrogen concentrations in wastewater effluent discharged to the Bay, and is now evaluating alternative options to further improve water quality. HW has researched options such as shellfish harvesting, floating islands, circulation improvements, wetland buffers and stormwater management to evaluate their effectiveness in cleaning up the Bay. HW has participated in a series of stakeholder meetings led by the Consensus Building Institute to discuss these options, and arrive at consensus on which opportunities have the greatest potential. Approximately 30 people attended each meeting bringing a wide range of expertise to the discussions. In the next phase of the project HW will conduct 1-2 pilot projects to help prove the viability of the options deemed most favorable.
Smith Island, Maryland Looks to Protect and Sustain the Waterman Way of Life
Coastal erosion, regional economics, heritage, and local values come together in one of our most complex and compelling projects
In the wake of Hurricane Sandy, local residents, federal and state agencies, and county officials collaborated on the idea of developing a Vision Plan for Smith Island. To get to the heart of Smith Island, one must understand it as a community of people bound together by their faith, their work, and their connection to the water. With a population of only 275, the legacy of the watermen’s way of life is still alive today and is the backbone of the island’s identity. The residents are part of a tight knit community that cares for one another and maintains a high quality of life on an island where there is no law enforcement and few social services. However, Smith Island, as a community is facing diverse challenges. The challenges include sustaining and growing the watermen’s culture, developing and maintaining resilient infrastructure, and leveraging the island’s tourism potential. The purpose and process of the Vision Plan, is to lay the foundation for meeting these challenges. Together with our project lead, the Consensus Building Institute, HW presented the first complete draft of the Vision Plan at the Maryland Working Waterfronts Exchange on June 18, 2015. For more information about Smith Island, visit smithislandunited.com. For more information on the Working Waterfront Exchange, click here.
Nate Kelly for more information
Photo: Jay Fleming
Plano, Texas Mixed-Use Urban Neighborhood Project Celebrates
Nature as a Fundamental Community Value
Award winning project will serve as a model for neighborhood development nationwide
Rosewood Property Company is developing The Heritage Creekside project in Plano, Texas. The 156-acre infill project has an approved buildout of over 1,400 residential units, a hotel, and 2.5 million square feet of office and retail space. HW is collaborating with Gateway Planning on planning, urban design and civil engineering efforts, including integration/restoration of the existing Pittman Creek into the master plan, production of mixed-use walkable neighborhood designs, and implementation of green infrastructure practices. Rosewood Property Company plans to commence construction before the end of 2015. The project is the recipient of the 2015 CLIDE (Celebrating Leadership in Design Excellence) Award for “greatly exemplifying principles of development excellence.”
HW staff shared project benefits with the attendees at the April groundbreaking ceremony in Plano:
- Walkable, vibrant, green places are healthy, safe places where people want to be
- With Rosewood’s overarching commitment to sustainability, infrastructure will manifest as civic art at Heritage Creekside
- The project will serve as a model for neighborhood development nationwide, celebrating nature as a fundamental community value
Contact Jon Ford for more information.
Image: Gateway Planning
HW Provides Watershed Management Training in Saipan, CNMI
Techniques shared for managing watersheds in the pacific islands of
Hawaii, Guam, CNMI, American Samoa, Palau, and the Federated
States of Micronesia
The Pacific Islands Watershed Institute (PIWI) tradition continues with an event held in Saipan, Commonwealth of the Northern Mariana Islands (CNMI) this May. This NOAA sponsored event focused on training for agencies, engineers, and other practitioners.
The focus at the first PIWI held in Oahu, Hawaii in 2011 was components of watershed planning from field assessments, to modeling, to implementation planning. The CNMI Bureau of Environmental and Coastal Quality hosted the recent PIWI2 event. Participants learned about managing watershed drainage infrastructure and participated in three days of intensive fieldwork involving:
- Identifying illicit discharges and updating drainage infrastructure mapping in downtown Garapan
- Evaluating the design and functional performance of stormwater management practices around the island including ponding basins, constructed wetlands, organic filters, oil and water separators, and rain gardens
- Diagnosing the causes behind eroding unpaved, paved, and understanding which techniques will stabilize them
“Thank you for an amazing experience!”
Edwin Reyes, Administrator, Guam Coastal Management Program
Contact Anne Kitchell for more information.
Pollution Solution: Rain gardens to help Walton’s Cove
HW’s own Hannah Carlson and Kris Houle participate in Hingham Conservation Commision’s Create A Rain Garden event.
Led by Nate Kelly, planners from HW’s Providence office recently facilitated the first of several public workshops in the Town of Shrewsbury. In collaboration with project partners RKG Associates and McMahon Associates, HW is assisting the town in updating their Master Plan.
River Restoration and Stormwater Management at Mill River Park
Alison Bowden (TNC) discusses river restoration, rain gardens, and stormwater management designed by Horsley Witten Group at Mill River Park in Taunton, MA.