Each year, coastal communities in Massachusetts experience coastal storm damages to property, infrastructure, and natural resources, along with associated economic disruptions. These impacts are projected to worsen and broaden with the effects of climate change. Coastal structures including seawalls and revetments have been constructed to control erosion and flooding with the eventual loss of fronting beaches and neighboring properties. Natural approaches can provide coastal storm damage protection and enhance natural resources. To help communities address these issues, the Massachusetts Office of Coastal Zone Management (CZM) is administering the Green Infrastructure for Coastal Resilience Grant Program through its StormSmart Coasts program. This grant program provides financial and technical resources to advance the understanding and implementation of natural approaches to mitigating coastal erosion and flooding problems. Grants will support the planning, feasibility assessment, design, permitting, construction, and monitoring/evaluation of green infrastructure projects that implement natural or living shoreline approaches.
The Fiscal Year 2016 Request for Responses (RFR) is now OPEN.
To view the RFR, visit the COMMBUYS website.
Proposals are due by June 12.
For summary information on this grant program, see:
- Eligible Municipalities and Organizations
- Eligible Projects
- Past Project Summaries
- Background Information to Support Proposal Development
- Deadlines and Timeline
- Funding Levels
- Proposal Requirements
- Contact Information
The Green Infrastructure for Coastal Resilience Grant Program is open to the 78 municipalities located within the Massachusetts coastal zone (see CZM coastal communities for a full list) and certified 501(c)(3) non-profit organizations with vulnerable coastal property that is open and accessible to the public.
Projects must implement one (or more) of the living shoreline techniques below that provide coastal storm damage protection and enhance natural resources.
- Beach, berm, and dune building, enhancement, or restoration with compatible sediment and native vegetation - Beaches, berms, and dunes provide natural buffers to coastal storm waves, tides, and sea level rise, and serve as critical habitat for wildlife. Sediment eroded during large storms typically gets deposited in protective offshore bars that cause waves to break farther away from vulnerable property and infrastructure. Deposited sediment then returns to the beach system over the summer season.
- Bio-engineering with coir rolls, natural fiber blankets, and other organic, biodegradable materials combined with planting/re-vegetation - Bio-engineering approaches with native vegetation trap and stabilize sand on beaches, dunes, and coastal banks providing increased protection against storms and erosion.
- Natural oyster or mussel reef creation, enhancement, or restoration - Shellfish reefs provide valuable habitat and serve as natural barriers that help reduce the amount of wave energy that reaches the shoreline.
- Fringing salt marsh creation or restoration - Planted fringing tidal marshes without structures can reduce beach and coastal bank erosion by dissipating wave energy. The width and elevation of the marsh are critical to the success of the project.
- Natural enhancement of existing coastal structures - Sediment placed over revetments and other coastal structures can serve as a more natural erosion buffer and decrease scour that results from structures.
Similar nonstructural, green infrastructure for coastal resilience and projects that include natural enhancement or covering of existing coastal structures will also be considered.
Proposals must also address one (or more) of the following stages of coastal green infrastructure projects:
- Feasibility assessment and siting - Work to assess and determine whether green infrastructure or living shoreline stabilization is suitable for a particular coastal area or site. Includes evaluation of erosion rates and trends, flooding impacts, sea level rise, and other efforts to analyze and assess site conditions such as elevations, coastal storm exposure, wave regimes, sediment types, existing habitat types, and vulnerable development.
- Design and permitting - Work to engineer and design the project, including plans for site preparation and installation as well as project monitoring for effectiveness. Work to prepare and secure all federal, state, and local permits and authorizations for proposed activities.
- Construction, installation, and monitoring - Work to prepare site, construct and install the coastal green infrastructure technique(s) and monitor and evaluate the projects to assess project efficacy and inform and improve future efforts.
Click on the links below to view past Green Infrastructure for Coastal Resilience project summaries:
CZM encourages applicants to review the following information when developing a proposal for this grant program:
- Massachusetts Climate Change Adaptation Report - This 2011 report provides a broad overview of climate change impacts and includes a coastal chapter with a range of potential strategies to address sea level rise and coastal storms. Applicants are encouraged to review this report and demonstrate that one (or more) of the coastal zone recommendations have been considered when developing a potential project.
- Sea Level Rise: Understanding and Applying Trends and Future Scenarios for Analysis and Planning file size 3MB - This 2013 document provides background information on local and global sea level rise trends, summarizes the best available sea level rise projections, and provides general guidance in the selection and application of sea level rise scenarios for coastal vulnerability assessments, planning, and decision making for areas that may be at present or future risk from the effects of sea level rise. Applicants should specify which scenario(s) they are utilizing in their proposed projects.
- StormSmart Properties fact sheets - These fact sheets provide information on a range of measures that can effectively reduce erosion and storm damage while minimizing impacts to shoreline systems. The six techniques covered in this first round of fact sheets are: artificial dunes and dune nourishment, controlling overland runoff to reduce coastal erosion, planting vegetation to reduce erosion and storm damage, bioengineering - coir rolls on coastal banks, bioengineering - natural fiber blankets on coastal banks, and sand fencing.
- StormSmart Coasts - This website includes information on assessing the vulnerability of coastal properties to erosion and flooding, tools for local officials to improve coastal floodplain management, options for coastal property owners to effectively reduce erosion and storm damage while minimizing impacts to shoreline systems, information on landscaping options for controlling erosion and storm damage, interactive maps of erosion along the Massachusetts coast, and more. Applicants are encouraged to review the website and familiarize themselves with tools, resources, pilot projects, and other support and guidance available to communities.
Applications are due by 4:00 p.m. on June 12, 2015. Questions may be directed in writing to Patricia Bowie by 4:00 p.m. on May 27, 2015 (see Contact Information below). Awards are estimated to be announced by July 3, 2015 with contract negotiations to begin immediately thereafter. Projects must be completed before June 30, 2016.
CZM expects to award up to $1.5 million in grants and applicants my request up to $750,000 in funding. Applicants must provide at least 25% of the total project cost. The 25% match may be cash or in-kind contributions or a combination of the two.
The Request for Responses (RFR) is available on the COMMBUYS website. The RFR requires the following to be included in the grant application:
- A description of the severity of the erosion or flooding issue(s) or problem(s), current and potential threats and impacts to coastal infrastructure and natural resources, and need for assistance.
- A detailed description of the proposed green infrastructure project and stages of work to be funded; how the project will improve coastal resilience immediately at, adjacent to, and beyond the project site; and how the proposed project will benefit the public and public interests.
- Description of how the proposed project takes future conditions into consideration, including projected sea level rise scenario(s).
- Description of the transferability of proposed project including details of education and outreach plan.
- Detailed time-line with anticipated completion dates for the project.
- Detailed budget and explanation of how the funding and other support provided by project partners will ensure success of the project. Documentation that the proposed 25% in-kind and cash match has not been used for other projects.
- The name of a qualified individual who will serve as the local project manager and point of contact, along with resumes for the local project manager and other staff who will work on the project.
- Support letters from all relevant local boards, departments, commissions, and other partners with a commitment for these entities to participate, as necessary, in the project.
Coastal Resiliency Specialist
Massachusetts Office of Coastal Zone Management
251 Causeway Street, Suite 800
Boston, MA 02114