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1
Intro
2
The Sediment and Sedimentary Rock Record
3
Pore Water Chemistry
4
Biogeochemical Diagenetic Processes
5
Mineral Formation (and Dissolution)
6
Outline
7
Magnetite Dissolution/Preservation
8
Magnetite Preservation Factors: Sedimentation Rate
9
Global Compilation
10
Magnetite Abundance
11
Sulfate
12
Site Specific Influences
13
Total Organic Carbon
14
Identifying Authigenesis and Ferruginous Environments
15
Part 1: Conclusions
16
Greigite Formation
17
Local Meromictic Lakes
18
Water Column Profiles and Magnetics
19
Sediment Magnetics
20
More Lakes = More Nuance
21
Part 2: Summary
22
Questions?
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore a comprehensive talk on magnetite dissolution and greigite formation in sedimentary environments. Delve into a global perspective on magnetite preservation factors, including sedimentation rate, sulfate levels, and total organic carbon. Examine a local study of greigite formation in euxinic meromictic lakes, highlighting the complexity of magnetic mineralogy and grain size variations. Gain insights into the critical role of environmental chemistry in magnetic mineral formation and dissolution, and its implications for interpreting paleomagnetic records in ancient sedimentary rocks. Learn about new directions for the MagIC database and the importance of modern environmental magnetic analyses in understanding sedimentary archives.

Signal Preservation: Global Perspective on Magnetite Dissolution and Local Insights into Greigite Formation

Magnetics Information Consortium (MagIC)
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