In the spring of 2017, the U.S. Environmental Protection Agency deleted information and research about climate change from its website at the direction of the Trump administration. APCC provides this link to the scrubbed EPA climate change data.
Scientific data shows that the northeastern U.S.—including Cape Cod—will experience some of the most dramatic increases in sea level rise. The region can also expect increasingly warmer temperatures, more droughts and an increased frequency in extreme weather. The likely impacts on the environment, human health and safety, and local economies are serious and are projected to be very costly.
Despite potential resistance by political leaders to address climate change on the national level, APCC remains fully committed in our advocacy for regional actions and policies that reduce our dependence on fossil fuels, and we will continue to strongly push for measures that help us mitigate and adapt to climate change impacts.
Cape Cod Climate Change Collaborative: APCC is a founding member of the Cape Cod Climate Change Collaborative, a Cape-wide campaign uniting the varied expertise and experience of Cape Cod organizations to address climate change impacts. Its mission is to promote local and regional actions to mitigate the impacts of climate change and reduce our regional carbon footprint.
Massachusetts Climate Change Adaptation Coalition: APCC participates in the Massachusetts Climate Change Adaptation Coalition, a coalition of government agencies, business leaders, engineers, architects, energy and environmental organizations advocating for the state to establish an integrated plan to manage the impacts of climate change. The coalition’s efforts include supporting existing climate management initiatives and advocating for their expansion through increased state funding. The coalition is also working with the legislature in drafting the Climate Adaptation Management Plan (CAMP) legislation and advocating for its passage. CAMP would require the state to develop a comprehensive plan for protecting environmental resources, public health, public safety and the economy.
Cape Cod Coastal Resilience Project: APCC is partnering with the Cape Cod Commission on a three-year grant from the National Oceanographic and Atmospheric Administration to develop a tool and public outreach program to investigate the environmental and socio-economic effects of local and regional coastal resiliency strategies on Cape Cod. The project will identify coastal vulnerabilities, identify technologies and strategies to address those vulnerabilities, evaluate costs and risks of those options, and, with public input, choose a path forward for our region.
Evaluating the Effects of Sea Level Rise on Cape Cod’s Aquifer: Through a grant from the Massachusetts Environmental Trust, APCC commissioned a U.S. Geological Survey study to model the effects of sea level rise on the mid-Cape’s ground water system. The study, “Potential Effects of Sea-Level Rise on the Depth to Saturated Sediments of the Sagamore and Monomoy Flow Lenses on Cape Cod, Massachusetts," found that rising sea level could potentially raise the water table and decrease depths to groundwater in some areas, which would adversely affect public and private infrastructure. The study can assist local and regional planning for these vulnerable areas.
APCC’s Restoration Coordination Center: APCC established the Restoration Coordination Center to assist towns with implementation of environmental restoration projects by providing coordination, project management and technical assistance. The list of restoration projects complied by APCC includes coastal resilience projects, which will help protect the Cape’s environment and inhabitants from impacts of climate change and hazard events such as hurricanes, coastal storms and flooding. APCC also conducted an assessment of Cape Cod salt marshes to identify those with the potential to migrate inland and adjust to rising sea levels.
Check out these disturbing but amazing visualizations on disappearing sea ice, rising sea levels, carbon dioxide emissions and rising global temperatures from NASA.
This visualization illustrates Earth’s long-term warming trend, showing temperature changes from 1880 to 2015 as a rolling five-year average. Orange colors represent temperatures that are warmer than the 1951-80 baseline average, and blues represent temperatures cooler than the baseline.
Carbon dioxide plays a significant role in trapping heat in Earth's atmosphere. The gas is released from human activities like burning fossil fuels, and the concentration of carbon dioxide moves and changes through the seasons.
Using observations from NASA's Orbiting Carbon Observatory (OCO-2) satellite, scientists developed a model of the behavior of carbon in the atmosphere from Sept. 1, 2014, to Aug. 31, 2015.
Scientists can use models like this one to better understand and predict where concentrations of carbon dioxide could be especially high or low, based on activity on the ground.
An animation showing “sea level fingerprints,” or patterns of rising and falling sea levels across the globe in response to changes in Earth’s gravitational and rotational fields. Major changes in water mass can cause localized bumps and dips in gravity, sometimes with counterintuitive effects. Melting glaciers, for example, actually cause nearby sea level to drop; as they lose mass, their gravitational pull slackens, and sea water migrates away. In this animation, computed from data gathered by the twin GRACE satellites between April 2002 and March 2015, sea level is dropping around rapidly melting Greenland (orange, yellow). But near coastlines at a sufficient distance, the added water causes sea levels to rise (blue). The computational method is described in Adhikari et al. (2016, Geoscientific Model Development). And, these solutions are presented in Adhikari and Ivins (2016, Science Advances)..
Satellite-based passive microwave images of the sea ice have provided a reliable tool for continuously monitoring changes in the Arctic ice since 1979. Every summer the Arctic ice cap melts down to what scientists call its 'minimum' before colder weather begins to cause ice cover to increase. This visualization shows the expanse of the annual minimum Arctic sea ice for each year from 1979 through 2015. A semi-transparent graph overlay shows the area in millions of square kilometers for each year's minimum day. The date shown in the upper right corner indicates the current year being displayed.