Graduation Year

2017

Date of Thesis Acceptance

Spring 5-10-2017

Major Department or Program

Geology

Advisor(s)

Nicholas Bader

Abstract

The Walla Walla valley is generally made up of two rock groups: basalt and loess. Loess is silt sized, windblown sediment that can form thick deposits. These deposits have been used to study paleoclimate, and some of which can represent hundreds of thousands of years of history. Climate records from terrestrial systems are lacking since there is more long term erosion than long term deposition, on average. The goal of this study is to determine if the magnetic susceptibility of loess collected from the Clyde outcrop can be correlated with existing global paleoclimate data. So far, we have found that magnetic susceptibility varies measurably as a function of depth, and susceptibility variations can be stratigraphically correlated at the outcrop scale.

Page Count

[55]

Subject Headings

Paleobiology -- Washington (State), Walla Walla Valley (Or. and Wash.), Loess -- Deposits, Climactic changes, Magnetic susceptibility, Northwestern States -- Rocks, Columbia Plateau, Whitman College 2017 -- Dissertation collection -- Politics-Environmental Studies

Permanent URL

http://hdl.handle.net/10349/072720171370

Document Type

Public Accessible Thesis

Available for download on Friday, May 10, 2019

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