Articles tagged with Diagenesis
Extraordinary fossils from China confirm that bryozoans were active participants in the Cambrian explosion. The fossils, preserved in three dimensions with soft tissues intact, provide definitive evidence of a bryozoan affinity and rewrite the timeline for the origin of this phylum.
Scientists have reconstructed climate information from rocks dating back to the Devonian period, finding significant geological events such as oceanic openings and mountain uplift. The study's findings may help improve the usability of deep geothermal energy.
Researchers used high-resolution microscopic techniques to fine-tune climate records, revealing a correction factor for coral-based sea-surface temperature measurements. The study improves the accuracy of global climate predictions.
A team of researchers led by University of Wisconsin-Madison physics Professor Pupa Gilbert has discovered that mother-of-pearl can accurately record ancient ocean temperatures. By analyzing the thickness of microscopic tablet layers in nacre, they found a reliable method for measuring past climate conditions.
Researchers studied sandstone formation in Pennsylvanian time period to understand climate, environment, and grain influences on diagenesis. They found quartz cement played a significant role in storing silica-rich fluids, potentially leading to discoveries of oil, gas, or water.