[ image of Mars ]       

The Geography of Mars

Fall 2022

GEOG 441/541, seminar #8548/8549,
lab #8698/8699, Th 6-9:45 p.m., PH1-201

Christine M. Rodrigue, Ph.D.

Department of Geography
California State University
Long Beach, CA 90840-1101
1 (562) 985-4895
rodrigue@csulb.edu
https://home.csulb.edu/~rodrigue/

News and Resources:

* Map with labels
* Interactive GIMP map
* Download GIMP
* Interactive web map (1st, 2nd, 3rd orders)
* USGS/NASA/IAU Mars Gazetteer
* Google Mars

* Database Planetary Features
* Geological map
* General surface age map (Barlow)
* Animations

* Crater-counting in Calc!
* Crater-counting in CraterStats2

* Viewgraphs
* Lecture notes
* Midterm study guide
* Final study guide

* Syllabus
* Deadlines
* Readings
* Journals

* Bibliographic essay
* Graduate project
* Novel report
* Labs

             [ orthographic image of Mars on a black background ] [ Olympus Mons seen at oblique angle that gives a 3-d sense ] [ painting of an astronaut-scientist examinging a rock ]

Welcome to GEOG 441/541

CSULB's Geography of Mars course is the first geography of Mars class ever offered as a regular course in any university (on Earth)!

Missions to Mars have been flown since the 1960s, and Mars has had an extraordinary number of successful missions in the last two decades. These have yielded huge troves of data, which have been processed into stunning imagery that offer more information in some cases than we have for Earth!

These data and images have often upended our understanding of Mars: It's as though our questions are growing far faster than our answers. Mars has a quality about it that invites interpretation in terms of what we know about Earth but then proceeds to undermine facile analogies. Sometimes it makes us question our understanding of our own planet. Mars truly is the "yes, but ..." planet!

Catalogue Description

Prerequisite/Corequisite: GEOG 130 or 140 or GEOL 102 or consent of instructor. Introduction to the geography of Mars, providing a physical regionalization of the Martian surface and climate and an understanding of underlying tectonic, geomorphic, and meteorological processes. The course reviews remote sensing fundamentals and data sources for geographical analysis of Mars. Letter grade only (A-F). (2 hours seminar, 2 hours activity).

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This document is maintained by Dr. Rodrigue
First placed online: 01/15/07
Last Updated: 12/10/22