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Calcite sea
Sea Level, Carbonate Mineralogy, and Early Diagenesis Controlled Δ13c Records in Upper Ordovician Carbonates David S
Bryozoan Skeletal Index (BSI): a Measure of the Degree of Calcification in Stenolaemate Bryozoans
Biomineralization and Evolutionary History Andrew H
Calcite Dissolution Kinetics at the Sediment-Water Interface in an Acidifying Ocean
Geochemical and Biological Consequences of Phytoplankton Evolution
The Role of Sulfur in Biomineralization: Argopecten Irradians and the Impact of Ocean Acidification Bryanna Joy Broadaway University of Massachusetts Boston
S1. ASI Uncertainty and Components Mg/Ca Data
Seawater Chemistry Control of Marine Limestone Accumulation Over the Past 550 Million Years
Formation and Diagenesis of Modern Marine Calcified Cyanobacteria
GSA TODAY • 1999 Section Meetings Rocky Mountain, P
Redalyc.Are There Black Holes in Carbonate Deposystems?
This Is an Open Access Document Downloaded from ORCA, Cardiff University's Institutional Repository
The Feedback Between Increased Biotic Diversity and Early Diagenesis
Back Matter (PDF)
Calcite-Aragonite Seas) and Its Effects on Marine Biological Calcification
Sea Level, Carbonate Mineralogy, and Early Diagenesis Controlled Δ13c Records in Upper Ordovician Carbonates David S
Marine Ecology Progress Series 373:265
Seawater Chemistry, Biomineralization and the Fossil Record of Calcareous Organisms
Top View
Formation of Authigenic Low-Magnesium Calcite from Sites SS296 and GC53 of the Gulf of Mexico
Submarine Hydrothermal Weathering, Global Eustasy, and Carbonate Polymorphism in Phanerozoic Marine Oolites 1
Skeletal Mineralogy of Bryozoans: Taxonomic and Temporal Patterns ⁎ Abigail M
The Peculiar Taphonomy of Ordovician Diploporitan Blastozoans from Sweden
The Long-Term Impact of Magnesium in Seawater on Foraminiferal Mineralogy
Ocean Drilling Program Scientific Results Volume
The Long-Term Impact of Magnesium in Seawater on Foraminiferal
GSA TODAY • 1999 Section Meetings Rocky Mountain, P
Syndepositional Dissolution of Calcium Carbonate in Neritic Carbonate Environments: Geological Recognition, Processes, Potential
Fuzzy Seas S