Titlebook: Seaweed Biology; Novel Insights into Christian Wiencke,Kai Bischof Book 2012 Springer-Verlag Berlin Heidelberg 2012 coastal ecology.ecophy

candle

Morpho-functionality of Carbon Metabolism in Seaweedsss dissolved inorganic carbon. The carbon concentrating mechanisms (CCMs) widely found in seaweeds convert HCO. to CO. enhancing the CO. environment to RUBISCO, the central photosynthetic enzyme. As a collateral benefit, the high intracellular CO. levels inhibit photorespiration. Seaweeds can be mor

Glossy

确定方向

Environment and Algal Nutrition facing different environmental conditions are reviewed in order to better understand how they meet their nutritional needs. C is considered as “just another nutrient” since it shares many characteristics with the rest of major nutrients. In this contribution, the relationship between algal nutritio

2否定

Seaweed Acclimation to Salinity and Desiccation Stressrought. Fluctuating salinity and desiccation is typically a local rather than a global parameter and can be highly variable in coastal regions. This chapter focuses on the effects of changing salinities and desiccation on physiological processes in seaweeds such as growth, photosynthesis, and respir

GROVE

树胶

Competition, a Major Factor Structuring Seaweed Communitiestribution and abundance, regulating growth and reproduction, governing how populations respond to disturbances, and structuring coastal ecosystems. However, the direction, strength, and importance of these interactions vary considerably with species identity, location, and time that these interactio

AUGER

Grazers on Benthic Seaweeds standing biomass and community composition, the energy flow through the system, and higher trophic level predator–prey interactions. This chapter presents a summary of the vast amount of information on herbivore–seaweed interactions, focusing on key concepts illustrated with select examples. Grazer