Titlebook: Coral Reefs of the Eastern Tropical Pacific; Persistence and Loss Peter W. Glynn,Derek P. Manzello,Ian C. Enochs Book 2017 Springer Science

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Taming the Device with the Game Engineperatures during El Ni?o,?and low temperatures during La Ni?a and seasonal upwelling. The coral reefs in this region have a relatively limited suite of species compared to other coral reef areas of the world, but much like more diverse reefs the species present interact in complex ways. Here we synt

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Further OpenGL Features and Techniqueslong-term effects on eastern Pacific reef-building corals and associated organisms. ENSO is manifested in two complementary phases, namely warm (El Ni?o) and cool (La Ni?a) events, which have contrasting and potentially negative effects on coral reef ecosystems. Of the two distinct types of El Ni?o

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The Ins and Outs of the Third Dimensionthis chapter, we first address the sources of energy at the base of food webs, i.e. photosynthetic carbon fixation by benthic algae and endosymbiotic zooxanthellae, secondarily derived organic deposits, detritus, and fecal matter, as well as demersal (within reef) and allochthonous plankton food sou

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Further OpenGL Features and Techniques Pacific (ETP). The diversity of algae that comprise these communities is being actively explored throughout the region, with new species still being discovered. Due to its physical setting, there are several distinct algal habitats in the ETP, including reef crests dominated by crustose coralline a

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Taming the Device with the Game Engine Eastern Tropical Pacific (ETP). Bioerosional processes are the main source of reef erosion, and facilitate recycling of reefal carbonate. In healthy reefs, a dynamic balance exists between destructive (i.e. bioerosion) and constructive (i.e. bioaccretion) processes, allowing for maintenance and gro

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ropical Pacific, . species thrive and are the major reef-building scleractinian taxon, even though conditions are considered suboptimal for coral growth and reef development. Early observations on reproduction and species distributions appear to be complicated by high phenotypic diversity and often

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