Titlebook: Ecosystem Ecology and Geochemistry of Cuatro Cienegas; How to Survive in an Felipe García-Oliva,James Elser,Valeria Souza Book 2018 Springe

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Carbon, Nitrogen, and Phosphorus in Terrestrial Pools: Where Are the Main Nutrients Located in the N) and phosphorus (P) only when these are available in the soil solution, which makes these elements the most limiting nutrients to plant growth and productivity in most terrestrial ecosystems. This chapter discusses the C, N, and P reservoirs in soil and plant biomass of two sites (Churince and Poz

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The Effect of Nutrients and N:P Ratio on Microbial Communities: Testing the Growth Rate Hypothesis tly, the theory of biological stoichiometry has advanced connections between ecosystem ecology and cellular/molecular biology by proposing a link between biochemical features of microbial cells and their nutrient ratios. Specifically, the growth rate hypothesis (GRH) postulates that cellular stoichi

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The Effect of Nutrient Availability on the Ecological Role of Filamentous Microfungi: Lessons from s (carbon, nitrogen, and phosphorus) between organisms and their resources. However, the mechanisms that control elemental stoichiometry in different taxonomic groups and the effects of nutrient supply imbalances are not yet clear. Aquatic microfungi are an ecological group of microorganisms ranging

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Life on a Stoichiometric Knife Edge: Biogeochemical Interactions and Trophic Interactions in Stromaid or “oncoid” microbialites (akin to fossil stromatolites). These microbial communities form layers of CaCO. when photosynthesis raises pH and precipitates CaCO.. We hypothesized that CaCO. precipitation accentuates P limitation in CCB as carbonate deposition can trap phosphate in inorganic and org

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The Magnetotactic Bacteria of the Churince Lagoon at Cuatro Cienegas Basin,ny, and physiology. They have unique cellular structures called magnetosomes, which are magnetic mineral crystals (iron) enveloped by a phospholipid bilayer membrane. These magnetosomes confer the ability of bacteria to have magnetotaxis. In this chapter, we will present some findings about the MTB