Gary Griggs’s research while affiliated with University of California, Santa Cruz and other places

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Publications (11)


The importance of geologic structure and stratigraphy to cliff morphology and erosion along the northern Monterey Bay Coastline, Central California
  • Article

January 2021

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14 Reads

Physical Geography

Gary Griggs

Coasts are among the most diverse environments on the Earth’s surface and are unique in being affected by the convergence of terrestrial, marine and atmospheric processes. The morphology of each individual segment of coastline is a result of the interaction between the tectonic setting and the properties of the materials making up the coast and the terrestrial and marine processes attacking the shoreline. Along the cliffed coast of central California, the combination of the structure and stratigraphy of the cliff-forming sedimentary rocks exerts a dominant influence on the coastal orientation, morphology and also erosion rates, which ultimately affects stability of all clifftop development.


Citations (5)


... Others were recorded in Hispaniola and around the Ile de la Gonave (Haiti), in Puerto Rico, in the islands of Anegada and Barbuda (Lesser Antilles), Venezuela and The Bahamas, Turks and Caicos. Griggs [94] described the main coastal features of California, their evolution, and the impacts of rising sea levels and human activity. Aquilano et al. [95] described the geochemical characteristics of the sediments of a coastal area close to Venice, in Northern Italy. ...

Reference:

Natural and Human Impacts on Coastal Areas
The California Coast and Living Shorelines—A Critical Look
  • Citing Article
  • Full-text available
  • January 2024

Journal of Marine Science and Engineering

... The 2022 Intergovernmental Panel on Climate Change (IPCC) report warns that a 1.5 °C rise in global temperatures will expose 24% of the world's population to heightened flood hazards (IPCC 2022;Hirabayashi et al. 2021). As Reguero and Griggs (2022) highlighted, coastal cities will be particularly vulnerable to amplified sea level rise, storm tides, and inundations. The staggering economic losses of approximately $4.3 trillion globally since 1970 underscore the inadequacy of existing flood management measures (WMO 2023). ...

Editorial: Adaptation to Coastal Climate Change and Sea-Level Rise

Water

... How coastal communities manage threatened beaches has additional and significant implications for the continued existence of both. With options limited to unmanaged/unplanned retreat (i.e., do nothing), beach nourishment, hard armoring structures, living or green shorelines, and managed retreat or relocation, decisions will have a drastic effect on the future usability and accessibility of California's beaches (Caldwell and Segall 2007, Lester et al. 2022. Hard, shoreparallel armoring structures have been the typical historic response to coastal erosion in California, with 13.9% of the state's and 38% percent of southern California's coastline hardened with structures as of 2018 (Griggs and Patsch 2019b). ...

Shoreline Retreat in California: Taking a Step Back

Journal of Coastal Research

... Asian communities are battling climate change impacts especially the vulnerable coastal communities [1]. Worldwide, coastal areas are at the forefront of climate vulnerability due to their geographic location which is prone to severe temperature changes, extreme weather events, sea level rise and precipitation [2]. These factors contribute to global epidemic of waterborne-diseases such as cholera and diarrhoea related illness, adding on to existing health complications of vulnerable communities [3]. ...

Coastal Adaptation to Climate Change and Sea-Level Rise

Water

... Water level forecasting is important to help us predict how water levels will increase in the future, allowing us to minimize the impact of rising water levels, such as flooding in coastal areas [7]. Water level data is also essential for port operations, particularly in scheduling ship transportation and managing port services efficiently [8]. ...

Rising Seas in California — An Update on Sea-Level Rise Science
  • Citing Chapter
  • May 2021