Teaching

Hammer received the University of Hawaii Regents' Medal for Excellence in Teaching in 2015.

 

GG Courses

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GG101 Dynamic Earth and GG101L Dynamic Earth Laboratory

We examine the structure, composition and evolution of Earth; processes responsible for formation, deformation and transformation of rocks; and plate tectonics. GG101: 3 credits DP; GG101L: 1 credit DY

GG101L Next taught by Hammer: F2016

GG101 Next taught by Hammer S2017
Download an example syllabus (PDF)

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GG170 Physical Geology

We examine the structure, composition and evolution of Earth; processes responsible for formation, deformation and transformation of rocks; and plate tectonics. The course emphasizes quantitative methods, problem solving and critical thinking. Laboratory and field trips are required. 4 credits DP DY

Next taught by Hammer: Spring 2018
Download an example syllabus (PDF)

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GG300 Volcanology

We study volcanic eruptions and their consequences. We consider models for volcanic eruptions including explosive eruptions and lava flows, monitoring of active volcanoes, evaluation and impacts of volcanic hazards, and mitigation of volcanic risk. Emphasis on activites and group work. Field Trips on Oahu and island of Hawaii (2 nights). 3 credits DP

Next taught by Hammer: TBD
Download an example syllabus (PDF)

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GG301 Mineralogy

We tackle crystallography, crystal chemistry, phase equilibria, and crystal structures. The course also covers mineral optics and identification and includes an introduction to modern methods of mineralogy and crystallography. Prerequisites include GG200 and CHEM 162/162L or CHEM 171/171L. 4 credits DP DY

Next taught by Hammer: Fall 2016, Fall 2017
Download an example syllabus (PDF)

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GG402 Hawaiian Geology

Consists of lectures, discussions, and field trips about the geology of the Hawaiian islands. Focus on geological processes and the geologic history of all islands will be covered. Pre: 302 and 303; or consent. 3 credits DP

Next taught by Hammer: Fall 2018

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GG602 Theoretical Petrology

In this course we derive phase diagrams from basic thermodynamics principles. We consider heterogeneous equilibria of natural silicate systems, volatiles in magmas, kinetics of crystallization, and other topics. Prerequisites include GG302, GG325, and CHEM 351.

Next taught by Hammer: Spring 2017, Spring 2019
Download an example syllabus (PDF)

 

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