Although climate change cannot be pinned down to one weather event—or even a few—long-term patterns in weather are certainly a good indication of climatic shifts. A report published in the March online science journal Nature Communications by researchers from MIT, Rutgers University and NASA found that conditions produced by a rapidly warming Arctic may be causing a shift towards severe winter weather patterns in the Northeast.
The severe weather experienced this winter certainly fits into what climate scientists have predicted for years now, and is consistent with what this region of the country is expected to confront with increasing frequency. But scientists tell us to also expect rising sea levels, hotter summers, increased periods of drought and a greater frequency and intensity of tropical storms. Consider this winter as a wake-up call—it is now time to get serious about planning for and adapting to climate change.
APCC has been working on several fronts recently to address climate change adaptation and resiliency.
For the past several years, APCC has been an active member of a coalition supporting passage of the Climate Adaptation Management Plan legislation, or CAMP, which would require the state to develop a comprehensive, statewide plan to respond to climate change. It would also fund a voluntary “buy-back” program to enable the state to purchase coastal properties frequently damaged by storms as part of a managed retreat strategy. The legislation passed unanimously in the state Senate six times, but has fallen short in the House of Representatives. As of this writing and due to the recent storms’ impacts, House members are increasing their calls for action on CAMP. APCC is working with members of the Cape legislative delegation on this effort.
And, in the wake of the recent damaging storms, Gov. Charlie Baker released a $1.4 billion environmental bond bill that includes $300 million for climate change preparedness. The funds would help build adaptation and resilience. APCC is working with coalition partners on amendments to the governor’s bill to include provisions from CAMP that will strengthen climate planning and preparedness.
APCC is working with the Cape Cod Commission and Waquoit Bay National Estuarine Research Reserve on a three-year project to develop a regional decision support tool for coastal resilience planning. This tool will help towns understand their options and make informed decisions about managing their coastline to increase resilience to the impacts of climate change.
APCC has supported development of a database of strategies for the program, including policy, structural and non-structural alternatives to address the impacts of storm surge, erosion and sea level rise. Over the past few months these materials have been reviewed through a series of stakeholder meetings across the Cape. Check out the existing set of resources at www.capecodcommission.org/resiliency.
One strategy to reduce flooding from sea level rise and storm surge is restoration of salt marshes.
In one example, APCC is currently wrapping up our pre-restoration monitoring report for the Parkers River tidal restoration project in Yarmouth. This project will reduce the risk of flooding to upstream homes and businesses by replacing an undersized bridge that is creating a bottleneck in the system. Under normal conditions, the restriction creates a two-hour delay in retreat of tides. But with the March 2 nor’easter, it took days for the water to recede.
The completed project will improve tidal function in the marsh and ease the backup of tidal waters. The project will also provide positive benefits to the salt marsh, herring run, shellfish beds, water quality and recreation.
APCC recently participated in a forum in Falmouth to advance planning for climate change preparedness at the local level. The forum is part of the state’s Massachusetts Municipal Vulnerability Preparedness (MVP) program to help communities plan for climate change resilience and hazard mitigation. The objectives were to identify and prioritize actions to reduce risk and improve the resilience of the infrastructural, societal and environmental components of the community.
At the forum, APCC’s director of science programs, Dr. Jo Ann Muramoto, gave an overview of APCC’s work on coastal resilience and climate preparedness. These include our USGS sea level rise-aquifer study, salt marsh migration report, participation in the Cape Cod Climate Change Collaborative and our restoration work.
The MVP program provides support for municipalities to begin planning for resiliency. The program helps communities to define extreme weather and natural and climate-related hazards, identify existing and future vulnerabilities and strengths, develop and prioritize actions for the community, and identify opportunities to reduce risk and build resilience. Communities that complete the program become certified as MVP communities and are eligible for grant funding and other opportunities.
Falmouth and Sandwich are the only two Cape Cod towns to receive MVP funding. For more information about the MVP program, visit www.mass.gov/municipal-vulnerability-preparedness-program.
Our landscape designs and how we choose to care for our properties can reduce carbon emissions and help the Cape be more resilient in weathering storm events, drought and erosion. In addition to workshops, talks, eco-tours and videos, APCC continues to develop its Living Landscape Laboratory on the grounds of the office in Dennis. Here, we implement eco-friendly land care practices that reduce energy input, minimize our carbon footprint and improve the health of our property. Watch for notices of workshops, programs and eco-tours in the coming months.
|1. Plant trees for energy conservation, carbon sequestration, air quality, habitat and property value.
2. Conserve water and use rain barrels to harvest raindrops to water the garden.
3. Use permeable materials instead of asphalt to allow rain to recharge the aquifer.
4. Kick the wood mulch habit and plant more native plants. Plant roots are more effective in holding soils against erosion and plants take in carbon dioxide.
5. Incorporate a variety of drought tolerant native species. This will help reduce watering needs.>
6. Install a rain garden to capture water from a downspout. Rain gardens are functional and attractive.
7. Minimize heat-storing stonework and reduce energy usage by shading AC units with plantings.
8. Leave the leaves and lose the leaf blower. Gas-powered yard equipment emits lots of greenhouse gases, not to mention they are noisy and stir up pollutants into the air.
9. Reduce lawn area and go chemical-free. For the remaining lawn, buy a push mower—it’s great exercise!
10. Plant with diversity for pollinators, design interest and resiliency. Convert the landscape design to one with the environment in mind and preserve wild areas.
Trust fund will provide revenue for water quality projects
There’s very good news for Cape Cod’s water. The state legislature recently approved legislation that will provide much-needed assistance to Cape Cod towns in their efforts to improve water quality. The legislation included language to create the Cape Cod and Islands Water Protection Fund, which was added as an amendment to the short-term rental tax bill passed by both the House and Senate.
APCC has been a leading proponent of the trust fund and worked closely with the Cape Cod legislative delegation and other community leaders, including the Cape Cod Chamber of Commerce and the Center for Coastal Studies, in drafting the language for the legislation and in advocating for its adoption.
The fund will benefit from revenue generated by a 2.75 percent fee added to the tax on short-term rentals occurring on Cape Cod. The fund will provide financial assistance to towns to implement wastewater management projects to restore the health of the Cape’s bays and estuaries. Cleanup costs for the Cape region are estimated to be around $4 billion. All Cape Cod towns will be able to utilize the fund, and towns in Dukes and Nantucket Counties have the ability to opt into the funding program in the future.
As of this writing, the House and Senate versions of the bill are headed to conference committee, and once approved, will go to Governor Charlie Baker for his signature.
APCC is greatly appreciative of the support and commitment of the entire Cape Cod legislative delegation in bringing the trust fund to this successful outcome.
In March, APCC expressed opposition to Eversource’s proposed 2018 – 2022 Vegetation Management Plan for Cape Cod due to the utility’s continued use of herbicides on its rights-of-way. APCC spoke at a public hearing held by the Massachusetts Department of Agricultural Resources (MDAR), which regulates the use of herbicides by utilities, and submitted written comments detailing our concerns.
APCC pointed to the Cape’s sandy soils, which enable contaminants to leach into groundwater. The Cape’s groundwater is hydrologically connected to the region’s freshwater ponds, streams, wetlands, and ultimately, to the Cape’s bays and coastal waters. It is also the source of the region’s private and public drinking water supplies.
The VMP states that herbicides will be applied to control vegetation in most areas along the Eversource ROW, including within 10 feet of a surface water body or other wetland, within 50 feet of a private drinking water well and within 100 feet of a public well. Many of the herbicides approved by MDAR for use by Eversource have been linked to some human health risk and/or potential environmental impacts.
APCC also has concerns about the “inert ingredients” in the herbicides that are not listed on the label and that are largely untested for toxicity.
According to state records, Eversource has in the past applied over 2,000 gallons annually to its 150 miles of ROW on the Cape, or a total of approximately 10,000 gallons over the course of a typical five-year Vegetation Management Plan.
It is APCC’s position that continued use of these herbicides as part of Eversource’s VMP has the potential to adversely affect the Cape’s environment and pose human health risks. This potential risk is enough to warrant discontinuation of the application above the Cape’s aquifer and in sensitive habitat areas.
APCC calls on MDAR and Eversource to be more responsive to the concerns of Cape Cod citizens and to work with community leaders to seek out viable low-impact options for vegetation management, such as hand removal of vegetation. Read APCC’s letter to MDAR at www.APCC.org/positionstatments.
APCC strongly opposes the federal government’s proposed plan to open areas of the outer continental shelf in the Atlantic Ocean to oil and gas exploration. An accidental oil spill affecting Cape Cod coastal waters would be devastating to the region’s environment and economy.
Last summer, APCC submitted written comments to the Bureau of Ocean Energy Management expressing grave concern over a proposal to develop a plan that would lift the existing moratorium on offshore drilling in the Atlantic. When the drilling plan was officially released this January, APCC once again responded by condemning the proposal. APCC submitted comments on the plan and in March attended a Bureau of Ocean Energy Management listening session in Boston. APCC also wrote to Gov. Charlie Baker, urging him to take a stronger stand against offshore drilling.
The nearshore area surrounding Cape Cod supports highly sensitive coastal ecosystems, while the ocean waters beyond the Cape’s coastal region are of critical environmental significance, providing a diversity of marine habitats that are important to the state’s economy. The impacts of a spill on these resource areas would be catastrophic, making drilling an unacceptable gamble for our region.
APCC is fully committed to fight any efforts by the Trump administration to move forward with the drilling plan.
After an eventful 2017 monitoring season, in which we collected valuable data about cyanobacteria and observed and reported toxic blooms in two Brewster ponds, APCC plans to expand monitoring efforts in 2018.
Cyanobacteria, or blue-green algae, are microscopic organisms that can form toxic blooms in ponds and coastal waters. Exposure through skin contact, ingestion or inhalation can result in various illnesses or even death in humans, domestic animals and wildlife.
Working with researchers at the University of New Hampshire and volunteers from the Brewster Ponds Coalition, APCC will assist with further development of a new monitoring program. Results from the first monitoring season support the hypothesis that cyanobacterial pigments can be used to estimate cyanobacterial toxin concentrations. The monitoring found that tracking pigments associated with cyanobacteria throughout the season can help forecast formation of harmful blooms.
This year, the team will use relationships identified in last year’s data to test accuracy in estimating cyanotoxin concentrations in pond water. Microscopes will be used to document and track changes in cyanobacteria throughout the season, as this is important in understanding its behavior, toxicity and bloom formation. To facilitate this research, APCC will invest in new equipment and establish a seasonal workspace and laboratory.
A newly released report provides an inventory of tide gates in coastal communities on Cape Cod Bay, Massachusetts Bay and Ipswich Bay. The inventory, funded by a NOAA grant and prepared by MassBays and Massachusetts Coastal Zone Management, describes locations and conditions of tide gates in the MassBays area, with the goal being to help coastal managers to better manage tide gates and to aid in decision-making about their use.
APCC staff, including Dr. Jo Ann Muramoto and April Wobst, assisted with field work to characterize tide gates. Later this year, Jo Ann will meet with towns to discuss their tide gates and obtain more information about them.
Although they control the flow of incoming seawater into embayments, coastal ponds and inlets, tide gates can also damage salt marshes and impact water quality by restricting seawater flow. They can also impede the outgoing flow of floodwaters back to the sea, causing floodwaters to remain in place longer.
Tide gate management decisions may include weighing the pros and cons of leaving a tide gate in place versus removing it, modifying a tide gate to alleviate impacts, or applying adaptive management over time to address changing conditions and sea level rise.
The report and the web-based tool, TIDEGateway, which will enable users to obtain information on tide gate locations, condition and documentation, will be available soon at www.mass.gov/service-details/tidegateway. For more information, contact Dr. Jo Ann Muramoto at email@example.com.
Jo Ann Muramoto, APCC director of science programs/MassBays Program regional coordinator (right), and David Roman, P.E., from Geosyntec Consultants, inspect a tide gate at Dock Creek in Sandwich as part of the tide gate inventory study for the MassBays Program and Massachusetts Coastal Zone Management.