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For the latest forecasts and critical weather information, visit weather.gov.

Effects of Sea Level Rise (ESLR)
Event Response Program

view along a beach face with an eroded dune

This is a North Carolina Beach with protective dune showing heavy grass growth. (Dave Kidwell, NOAA)

tall grass along a rocky shoreline with waterfront buildings in the background.

The living shoreline of cordgrass and oyster reef was built by NOAA to protect Pivers Island in Beaufort, North Carolina. (NOAA)

several hotels on a beach behind an eroded dune.

Oct. 14, 2016 – The onshore pounding of waves and storm surge from Hurricane Matthew washed away parts of the protective dunes at Jacksonville Beach, Florida. (NOAA)

Track hoe on a beach with several in the background

Heavy equipment moves sediment around restored areas of a barrier island. Large scale projects offer potential solutions, however we still need to understand how they perform during storm events. (NOAA)

Decision makers are often unsure of using natural and nature-based features (NNBF) in lieu of traditional engineering practices due to the lack of information on how these features will perform during storm events.  The ESLR Event Response Program provides immediate assistance to individuals to gather data prior, during, and/or immediately after events that are difficult to plan for the purpose of a scientific study. These findings will potentially help federal, state, and local officials manage events and make sound decisions leading to safer coastal communities and healthier coastal environments. Modest funding is available to augment current or prior research to help offset costs of immediate mobilization of response and/or assessment efforts. Specific project activities of interest include pre- and post-event monitoring and modeling activities. These efforts must inform at least two of the following;

  • assessments of long-term ecosystem vulnerability,
  • habitat restoration or NNBF implementation planning,
  • the ability of coastal ecosystems or nature-based infrastructure to reduce and/or mitigate coastal inundation impacts on ecosystems, natural resources, or communities.

Due to limited funding, prioritized scenarios include:

  • Quantifying impacts of inundation on natural habitats and natural based features and the feedback those habitats had on inundation and economic damage to the region.
  • Reassessment of community perception of vulnerability after a storm event that has impacted coastal infrastructure.

Prioritized events include but are not limited to:

  • Weather-related events, such as nor’easters, tropical storms, nuisance flooding, abnormal wave conditions, or prolonged rain events;
  • Anthropogenic associated events, including episodic events (e.g., flood driven opening of a water diversion) and singular events (e.g., unplanned levee breach). Anthropogenic activities with an extended planning cycle will not be considered.
 
 

Contact Information

Contact NCCOS ESLR Event Response team for more information or to inquire about support: nccos.eslr.event.response@noaa.gov

Rebecca Atkins, Competitive Research Program

Past Projects

Examples of the types of monitoring for projects that would likely fit this opportunity (this is not an inclusive list):

Monitoring the sediment deposition or loss associated with an event to inform questions regarding: does a pulse of sediment from an event impact coastal processes that build dunes, marshes or mud flats?
Example Event

Monitoring the integrity of a feature and/or the flooding tangential to a feature associated with an event to answer questions on how did an NNBF perform during an event and what was the integrity of the features?
Example Event

Survey of residents, policy makers, and/or natural resource managers using an existing MOB approved survey to evaluate changes in perception following an event on individual’s readiness to adopt possible coastal resilience solutions, on the local perception of risk, or willingness to evacuate.