HomeMy Public PortalAboutPublic_Landing_Adaptation_OptionsDRAFT
Brewster Public Landing Adaptation Options 1 Horsley Witten Group, Inc.
Brewster Public Landing Adaptation Options
This document provides examples of possible adaptation options for consideration at each of the public landings in Brewster.
Landings are grouped on the basis of similar conditions, uses, and opportunities for adaptation. Strategies identified for the groups of
landings focus on: 1) the parking lots; 2) pedestrian and vehicular access; 3) drainage structures and discharges; and 4) protective
mitigation measures. In addition, landing-specific strategies are provided as examples in the last column of the table below. Potential
Town-wide strategies are listed at the end of this document.
# Landings Potential General Strategies for Group of Landings Potential Landing-specific Strategies
1 Paines Creek, Mant’s, Linnell 1. Elevate and protect existing parking lot in its current
location
2. Elevate existing access roadway(s)
3. Relocate/construct stairs, ramps, landings or platforms
more landward and utilize helical piles for support
members
4. Redirect drainage away from wetlands and beaches
5. Nourish and plant primary frontal dune following coastal
storm events.
Paines Creek
Replace footbridge
Continue beach nourishment
Consider shuttle, given beach popularity
Increase # of bike racks
Mant’s Landing
Continue maintaining dune
Replace pavement with articulated concrete pads
Consider shuttle, given beach popularity
Increase # of bike racks
Linnell
Beach nourishment to maintain platform
Relocate northern portion of parking lot away from dunes
2 Breakwater, Crosby 1. Relocate existing parking lot and restore dunes (*small
drop-off or shuttle area to remain)
2. Construct stairs, ramps, landings or platforms over primary
frontal dune and utilize helical piles for support members
3. Construct additional walking trails from relocated parking
areas
4. Nourish and plant primary frontal dune.
Breakwater
Ongoing beach nourishment
Maintain sand fencing and plantings to protect dune
Consider shuttle, given beach popularity
Increase # of bike racks, signage
Crosby
Raised elevated boardwalk
Improve tidal restriction/ flow
Develop alternate access through state property
Consider shuttle
Educational efforts with NSP campers
Increase # bike racks
DRAFT
Brewster Public Landing Adaptation Options 2 Horsley Witten Group, Inc.
# Landings Potential General Strategies for Group of Landings Potential Landing-specific Strategies
3 Little Breakwater, Spruce Hill, Saint’s, Wing Island 1. Reconstruct marsh walkways, stairs, ramps, landings or
platforms and utilize helical piles for support members
2. Plant exposed bank and dune faces.
Little Breakwater
Ongoing beach nourishment
Maintain/support the stairs, particularly after storm events
Spruce Hill
Maintain access
Additional parking may become available if building use changes
Saint’s (limited threat for some time)
Beach nourishment after storm events
Re-grade parking lot to redirect drainage away from beach
Wing Island
Elevate upland portions with available fill
Offsite parking
Install bike racks at Drummer Boy
4 Point of Rocks, Ellis 1. Construct at-grade handicap walkway
2. Nourish and plant primary frontal dune following coastal
storm events.
Point of Rocks
Install bike racks
Ellis (Existing proposed plan for the fall to increase resiliency and improve
stormwater management)
Increase # bike racks
Potential Town-wide strategies:
Acquire vacant parcels within 100-year flood and localized velocity zones
Evaluate combined shuttle services- beach and key locations along 6A
Develop coastal overlay district, regulating size, setback of buildings; erosion control measures
Regulations on length of time existing coastal structures may be maintained (e.g., limits on extent of maintenance- if more than
X% damage allow one more repair and then retreat or elevate structure)
Assess environmental and economic costs of removing existing public groins
Develop a plan and policies and identify funding or tax incentives for purchasing or relocating existing structures out of areas
that are subject to future sea level rise and/or high rates of erosion
Identify areas that can allow for wetland retreat/expansion (wetlands provide a storm buffer and help contain surges)