NEW TO THE CLEARINGHOUSE:
Highlights of recently added resources
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MyCoast: New York
New York Sea Grant & New York State Water Resources Institute
The MyCoast New York portal is used to collect and analyze photos of changing water levels, shorelines, and hazardous weather impacts across New York’s varied coasts and water bodies. Photos are linked to real-time environmental conditions to create reports that help stakeholders like government agencies, business owners, and residents understand our changing environment and make informed decisions.
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Climate Mapping for Resilience and Adaptation Portal (CMRA)
U.S. Global Change Research Program
A website to help communities understand the real-time climate-related hazards in their area, analyze projected long-term exposure to those hazards, and identify federal funds to support climate resilience projects for their communities.
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FloodNet
City of New York (NYC), The City University of New York (CUNY), New York University (NYU)
FloodNet is a cooperative of communities, researchers, and New York City government agencies working to better understand the frequency, severity, and impacts of flooding in New York City. The data and knowledge gained can be used by local residents, researchers, city agencies, and others to advocate around and work to reduce flood risk. FloodNet brings together innovative sources of information on street flooding impacts in neighborhoods that are vulnerable to high tides, storm surge, and stormwater runoff. Users can report a flood.
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Buying Time With Runnels: A Climate Adaptation Tool for Salt Marshes
Northeast Climate Adaptation Science Center
Webinar: Salt marshes across the Northeast and Mid-Atlantic are experiencing rapid expansion of interior shallow water areas, which are "eating" marshes from the inside out. Runnels, or shallow channels created to drain impounded water, have been recently used by resource managers across the Northeast US to restore tidal hydrology and vegetation in these areas. This webinar describes the origin, dynamics, and prevalence of interior shallow water areas in coastal marshes, and how runnels attempt to slow and reverse open water conversion through hydrologic modification. It also discusses the history of runnel application as a "win-win" for mosquito management and wetland restoration, promising outcomes and lessons learned from existing projects.
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Citizen science across two centuries reveals phenological change among plant species and functional groups in the Northeastern US
Kerissa Fuccillo Battle, Anna Duhon, Conrad R. Vispo, Theresa M. Crimmins, Todd N. Rosenstiel, Lilas L. Armstrong-Davies, Catherine E. de Rivera, Journal of Ecology 110, 1757–1774 (2022).
This study compares a recently discovered historical data set of plant phenology observations collected across the state of New York (1826–1872) to contemporary volunteer-contributed observations (2009–2017) to evaluate changes in plant phenology between time periods. These multi-site, multi-taxa phenology data matched with temperature data uniquely extend historical observations back in time prior to the major atmospheric effects of the Industrial Revolution.
The majority of the 36 trees, shrubs and forbs that comprised our analysable data set flowered and leafed out earlier in contemporary years than in the early to mid-19th century. This shift is associated with a warming trend in mean January-to-April temperatures, with flowering and leafing advancing on average 3 days/°C earlier. On average, plants flowered 10.5 days earlier and leafed out 19 days earlier in the contemporary period. Urban areas exhibit more advanced phenology than their rural counterparts overall, and insect-pollinated trees show more advanced phenology than wind-pollinated trees and seasonality and growth form explain significant variation in flowering phenology. The greatest rates of temperature sensitivity and change between time periods for flowering are seen in early-season species, particularly trees. Changes in the timing of leaf out are the most advanced for trees and shrubs in urban areas.
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Did You Know?
The Cornell Climate Stewards Program is training NY residents to be Community Climate Stewards.
The program provides cutting-edge, research-based training for volunteers who support their community’s Climate Smart Communities commitments by planning and implementing climate change education, mitigation, and adaptation projects planned and implemented at the local level.
Learn more here.
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