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• W4220921212 abstract "Photo 1. Terrestrial outflow drives higher turbidity water with fine sediments toward the southern section of the Exmouth Gulf, Australia. This image shows where our southernmost study site near Point Lefroy was located. Photo credit: Christopher Doropoulos. Photo 2. Adult Acropora corals found in (A) clear and (B, C) more turbid water environments along the biophysical gradient across the study reefs. Photo credit: Christopher Doropoulos. Photo 3. Collecting and culturing coral larvae for our experiments assessing the biophysical drivers limiting early coral recovery involved many steps with some basic facilities. (A) Russ Babcock filling up containers with seawater into which (B) we placed the reproductive adult Acropora colonies at sunset each evening to wait until they released their egg-sperm bundles for us to collect. (C) Nicolas Evensen and Luis Gómez-Lemos attending to our seawater supply that we needed to collect once or twice a day from the jetty to (D) sustain and refresh the water on our outdoor larval culturing “facility” at Coral Bay Research Station. Photo credit: Christopher Doropoulos. Photo 4. To study the demographic rates of coral settlers in different environmental settings, we initially settled corals onto preconditioned tiles in the culture tanks and then begin our mapping and monitoring process. (A) We observed the newly settled Acropora under a dissecting microscope in the laboratory, from which we (B) mapped every individual coral or coral aggregate onto coordinated maps of the tiles, and then the (C) individual tiles were attached onto the reefs. (D) We then periodically revisited the tiles to track the newly settled coral growth and survival over the 18-month study period. Photo credit: Christopher Doropoulos (A–C), Kinam Salee (D). Photo 5. Diversity of animals are found on coral reefs, even when they are found in more degraded states. Such animals include (A, B) various species of nudibranchs, inquisitive and interactive (C) cuttlefish and (D) sea-snakes that constantly followed us in the Exmouth Gulf, and many venomous and (E) cryptic or (F) colorful fish. Photo credit: Christopher Doropoulos (A, B, D–F), Melanie Orr (C). These photographs illustrate the article “Limitations to coral recovery along an environmental stress gradient” by Christopher Doropoulos, Luis A Gómez-Lemos, Kinam Salee, M. James McLaughlin, Jan Tebben, Mark Van Koningsveld, Ming Feng, and Russell C Babcock published in Ecological Applications. https://doi.org/10.1002/eap.2558." @default.
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• W4220921212 date "2022-04-01" @default.
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• W4220921212 title "Quantifying Coral Recovery Across A Biophysical Gradient in NorthWestern Australia’s Fringing Coral Reefs" @default.
• W4220921212 doi "https://doi.org/10.1002/bes2.1976" @default.
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