4.5 Article

Connecting science and community: Volunteer beach profiling to increase coastal resilience

Journal

CONTINENTAL SHELF RESEARCH
Volume 242, Issue -, Pages -

Publisher

PERGAMON-ELSEVIER SCIENCE LTD
DOI: 10.1016/j.csr.2022.104733

Keywords

Citizen science; Emery method; Data quality; Engagement; Coastal management

Categories

Funding

  1. NOAA's Office for Coastal Management under the Coastal Zone Management Act
  2. New Hampshire Department of Environmental Services Coastal Program
  3. University of New Hampshire Cooperative Extension, New Hampshire Sea Grant
  4. University of New Hampshire Center for Coastal and Ocean Mapping/Joint (CCOM/JHC) Hydrographic Center [NA10NOS4000073]

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The New Hampshire Volunteer Beach Profile Monitoring Program is a collaborative project that aims to build a robust database and understand the erosion and accretion trends on the New Hampshire Atlantic Coast through the involvement of volunteers. The program not only focuses on data collection and decision-making, but also shares the results with the community and academic partners to increase awareness of coastal issues.
The New Hampshire (NH) Volunteer Beach Profile Monitoring Program (VBPMP) was developed as a partnership between University of New Hampshire scientists, community volunteers through the Coastal Research Volunteer program, the NH Coastal Program, and the NH Geological Survey. The program addresses multiple needs including building a robust dataset to understand beach erosion and accretion trends on the New Hampshire Atlantic Coast and developing the capacity to maintain the program over an extended period (years). Also, very important to the program is the engagement of local and regional residents in the study as partners and sharing the results to increase awareness of coastal issues to inform coastal management. Starting in December 2016, three profile stations were established at three NH beaches to train volunteers and establish the monitoring program. In January 2018, the number of profile stations was expanded to thirteen, increasing coverage to six major beaches.. Analysis of the beach profile database focuses on the period from January 2018 to October 2021. As expected, NH beaches showed seasonal variations with erosion in winter followed by extended accretional periods. The beaches were significantly eroded during a series of severe nor'easters in March 2018. For example, Hampton Beach experienced up to ~1.4 m of vertical erosion and ~30 m of berm retreat. An unexpected result from this study was the large differences in the mean elevations between the beaches based on the elevation profiles. The lower elevation beaches were far more susceptible to storm flooding, erosion, and damage to infrastructure. In addition to greater capacity for data collection toward decision-making, adopting a citizen science approach resulted in benefits to community and academic partners, such as improved methods, varied perspectives, increased knowledge about coastal processes and climate threats, connection to place, and motivation to take action.

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