Titlebook: Coral Reef Studies of Japan; Akira Iguchi,Chuki Hongo Book 2018 Springer Nature Singapore Pte Ltd. 2018 Coral reefs.Coral reefs in Japan.N

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Dissolved Organic Matter in Coral Reefs: Distribution, Production, and Bacterial Consumption, estimated to be 9.3. The abundance of heterotrophic bacteria was also higher in most coral reefs than offshore, which indicates that bacterial growth was enhanced by reef-derived DOM. Some of the DOC that was produced in coral reefs was persistent to bacterial decomposition in the long term, which

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Studies on Stress Responses of Corals in Japan,temperature and low water quality (high nitrate concentration and high bacterial abundance). The importance of water flow has been extensively studied, and it has been suggested to allow more rapid recovery from bleaching and a higher survival rate. To mitigate environmental stresses on coral reefs,

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Coral Disease in Japan, additional diseases in six coral genera, including a new disease discovered in the temperate coral . in 2009. In order to elucidate the causative mechanism of coral disease, researchers have utilized a variety of approaches including lipid measurements, molecular technique, and new histopathology m

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Frontiers of Coral-Based Sclerochronological Studies in Japan,marginal regions can facilitate understanding of the mechanisms of climatic and oceanographic changes and coral physiological responses and contribute to predicting future changes. This chapter will introduce the use of physical and chemical analyses of coral skeletons as chronological indices, high

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Coral Reproduction in Japan,ral reef region, and August to September in the peripheral region. The date of spawning seems to be determined in part by water temperature and light intensity that decrease with increasing latitude. Conversely, coral species in the family Merulinidae spawn on similar dates (June to August) in all r

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Monolithic

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