YoVDO

A Eulogy for Eustasy - Fall Meeting 2009 Birch Lecture

Offered By: AGU via YouTube

Tags

Geology Courses Earth Science Courses Oceanography Courses Climate Science Courses Glaciology Courses Geophysics Courses Paleoclimatology Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Explore the complexities of sea level change in this AGU Fall Meeting 2009 Birch Lecture titled "A Eulogy for Eustasy." Delivered by J. X. Mitrovica from Harvard University's Earth and Planetary Sciences department, the lecture challenges traditional concepts of uniform global sea level changes. Delve into topics such as the compensation model, parallel strand lines, ocean cycling, and the Last Interglacial period. Examine the limitations of the "bathtub model" and investigate the impact of ice sheet melting on global sea levels. Gain insights into tide gauge analysis, long-term trends, and the role of satellite fingerprints in understanding sea level variability. Conclude with an exploration of meltwater pulse events and the effects of the West Antarctic Ice Sheet melting on global sea level patterns.

Syllabus

Introduction
Photo
Eulogy
Sea Level
Hazen Pitman
The start of the problem
The compensation model
Mike Gurney
Physics
Parallel Strand Lines
Ocean Cycling
The Last Interglacial
Nature
Data Distribution
Statistical Analysis
Last Interglacial
Longterm Vulnerability
Global Sea Level
Tide Gauge Analysis
Longterm Trends
Bathtub Model
Numerical Test
Variability
Satellite fingerprints
Meltwater pulse 1
West Antarctic Ice Sheet Melting
Old Fingerprint
Ice Bowl
Rotation


Taught by

AGU

Related Courses

Planet Earth...and You!
University of Illinois at Urbana-Champaign via Coursera
Our Earth: Its Climate, History, and Processes
University of Manchester via Coursera
Physical Geology for Science and Engineering majors
The University of Oklahoma via Janux
The Science of the Solar System
California Institute of Technology via Coursera
Super-Earths and Life
Harvard University via edX