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1
Introduction
2
Yellowstones Temperature
3
Full Waveform tomography
4
Stress management in the subsurface
5
Quantifying uncertainty as a seismic Bayesian inversion
6
Modeling water carbon dioxide solubility and alkali rich magma
7
Accessing inaccessible making successful field observations
8
Quantifying uncertainty
9
Land and climate
10
Methane flux estimation
11
Aaron McDuffie
12
Aaron Finch
13
Eugenia Heung
14
Jennifer Walker
15
Joseph ORourke
16
Katherine Kumamoto
17
Katherine Goodrich
18
Lucas Price
19
Malcolm Itter
Description:
Explore a comprehensive conference session from the 2017 AGU Fall Meeting focused on student engagement in scientific development. Delve into diverse topics including Yellowstone's temperature, full waveform tomography, stress management in the subsurface, seismic Bayesian inversion, water-carbon dioxide solubility in alkali-rich magma, field observations in inaccessible areas, uncertainty quantification, land and climate interactions, and methane flux estimation. Learn from presentations by graduate students and early career researchers from leading institutions worldwide, covering cutting-edge research in geophysics, environmental sciences, and sustainable engineering.

Student Engagement to Enhance Development

AGU
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