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Responses and Records of Coral Reefs to Climatal and Environmental Change

Participating journal: Discover Oceans

Reef corals are well-known as excellent archives for recording the environmental history of the tropical oceans because they are very sensitive to environmental changes (such as SST, sea level, El NiƱo, seawater pH, flooding, storms, industrial and agricultural pollution) and can accurately record environmental variations in their aragonite skeletons. Long-term monitoring suggests that the coral reefs all over the world have suffered a dramatic decline over the past half century. Human activities or global climate change have been considered as the dominant factors responsible for the decline of coral reefs, which can be recorded by the proxies in coral skeletons. Thus, we can reconstruct the history of past environmental changes for centuries in coral reefs, and then explore the response of corals to human activities or global climate change on a long time series.

For this Topical Collection, we seek to compile a broad range of manuscripts that both detail the records of corals and their responses to environmental changes. This information can benefit the exploration of the key factors controlling the development and degeneration of coral reefs in different areas of the world.

Keywords: coral reefs; climate change; anthropogenic activity; Holocene; marine environment; paleooceanography; ecological evolvement; biocompatibility

Participating journal

Submit your manuscript to this collection through the participating journal.

Journal

Discover Oceans

Discover Oceans is an open access journal publishing research across all fields relevant to oceanography and marine sciences.

Editors

  • Wei Jiang

    Wei Jiang

    Wei Jiang, PhD, Guangxi University, China

    PhD in Geochemistry, graduated from China University of Geosciences (Beijing) and currently work at the School of Marine Sciences, Guangxi University. He focuses on marine geology and environmental geochemistry related to coral reefs. By reconstructing historical climate changes and human activities in typical coral reef areas in the South China Sea, his research provides new reliable evidence for a comprehensive comprehension of changing patterns in climate and human activities within this region.

Articles

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