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doi: 10.5252/g2012n1a1
handle: 10281/53674
ABSTRACT Although calcareous algae are known both in present environments and fossil records, from shelf and upper slope settings, either in warm seas for green algae or at all latitudes for red algae, we still need models to quantify their abundance in space and time. Calcareous algae are an important component of biogenic carbonate production but they are very sensitive to marine acidification and rise in temperature, as illustrated by the effects of ongoing global change. Contributions herein were first presented at the 6th Regional (European) Symposium of the International “Fossil Algae” Association: they include two reviews respectively devoted to the carbonate production of red and green algae, and a suite of investigations covering quantification, facies delineation, and controlling factors spanning the present-day Mediterranean Sea and Eastern Pacific going back to the Jurassic of Romania.
550, Bryopsidales, Algal carbonates; Algal lithofacies; Bryopsidales; Calcareous algae; Corallinales; Dasycladales; Environmental factors; Global change; Microfossils; Sporolithales;, Corallinales, Calcareous algae, Bryopsidales, Corallinales, Dasycladales, Sporolithales, microfossils, algal carbonates, algal lithofacies, environmental factors, global change, algal carbonates, algal lithofacies, Biodiversity, 551, Sporolithales, Algues calcaires, Bryopsidales, Corallinales, Dasycladales, Sporolithales, microfossiles, carbonates d’origine algaire, lithofaciès à algues calcaires, paramètres environnementaux, changement planétaire, environmental factors, microfossils, [SDU.STU.PG] Sciences of the Universe [physics]/Earth Sciences/Paleontology, Dasycladales, [SDU.STU.PG]Sciences of the Universe [physics]/Earth Sciences/Paleontology, Calcareous algae, global change, Taxonomy
550, Bryopsidales, Algal carbonates; Algal lithofacies; Bryopsidales; Calcareous algae; Corallinales; Dasycladales; Environmental factors; Global change; Microfossils; Sporolithales;, Corallinales, Calcareous algae, Bryopsidales, Corallinales, Dasycladales, Sporolithales, microfossils, algal carbonates, algal lithofacies, environmental factors, global change, algal carbonates, algal lithofacies, Biodiversity, 551, Sporolithales, Algues calcaires, Bryopsidales, Corallinales, Dasycladales, Sporolithales, microfossiles, carbonates d’origine algaire, lithofaciès à algues calcaires, paramètres environnementaux, changement planétaire, environmental factors, microfossils, [SDU.STU.PG] Sciences of the Universe [physics]/Earth Sciences/Paleontology, Dasycladales, [SDU.STU.PG]Sciences of the Universe [physics]/Earth Sciences/Paleontology, Calcareous algae, global change, Taxonomy
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