| Date | Topic | Goal | Reading (before class) |
| Jan. 4 | Syllabus | Introduction. a bit of history & background to our current understanding of matter | Chapter 1 |
| Jan. 6 | The atom | Review concepts as it applies to geochemical processes | Handouts; Ch. 5 p. 144 - p.149; App. C1, C2 |
| Jan. 9 | Mineralogy review | Concepts and background we will need | Ch. 5 p. 144 Ð p. 159 |
| Jan. 11 | Earth's Chemical State | Cosmochemistry. Fractionation and layering of earth over its history | Ch. 2 p. 22 - 26; p. 29 - 32. App. D |
| Jan. 13 | Earth's Physical State | Layer of earth. The mantle. | Ch. 2 p. 28 - 29; p. 33 - 51 |
| Jan. 16 | NO CLASSES | ||
| Jan. 18 | Thermodynamics I | concepts; system,phases | Chapter 3 |
| Jan. 20 | Thermodynamics II | first and second law of thermodynamics | Chapter 3 |
| Jan. 23 | Thermodynamics III | Gibbs free energy | Chapter 3 |
| Jan. 25 | Phase diagrams: polymorphs | Water, silica, calcite-aragonite | Ch. 5 p. 161 Ð 164. fig. 3.9 |
| Jan. 27 | Phase diagrams: simple equilibria | Metamorphic equilibria | Ch. 3 p. 92 - p. 94 |
| Jan. 30 | Phase diagrams; eutectics | An-Di phase relations | Ch. 8 p. 275 - 278 |
| Feb. 1 | Phase diagrams: solid solutions | plagioclase | Fig. 8-16. Ch. 8 p. 279 - 282 |
| Feb. 3 | Phase diagrams: exsolution | Alkali feldspar, calcite-dolomite | Fig. 4.5; fig. 8.18; Ch. 5 p. 167 - 171 |
| Feb. 6 Review and catch-up | Discussion. | Dr. Koziol will present first oral presentation |
| Date | Topic | Goal | Reading (before class) |
| Feb. 6 | Dr. Koziol's oral presentation. | See expectations for oral presentation. intro to radioactivity | Ch. 10 p. 357 |
| Feb. 8 | Begin; radioactive decay basics | Web exercise | Ch. 10 p. 357 - 364 |
| Feb. 10 | Rb-Sr method | Classic example. isochron method. | Ch. 10 p. 366 - 371 |
| Feb. 13 | K-Ar, Ar-Ar | Student oral presentations begin! | Ch. 10 p. 385 - 387 |
| Feb. 15 | U-Pb | how this method works. | Ch. 10 p. 378 - |
| Feb. 17 | student presentations | ||
| Feb. 20 | Pb-Pb and concordia diagrams | squeezing yet more info out | Weblink shown in class Ch. 10 p. 379-383 |
| Feb. 22 | C-14 radiocarbon | How this works. | Ch. 10 p. 388 - 390. MIDTERM HANDED OUT |
| Feb. 24 | C-14; calibration, application | variability of C-14 production. glacial applications | Ch. 10 p. 388 - 390 |
| Feb. 27 | stable isotopes; concepts | small changes can mean alot | MIDTERM DUE. ch. 11 p. 401 - 407 |
| March 1 | water; a record of process and temperature | fractionation via evaporation, condensation, precipitation | Ch. 11 p. 406 - 411 |
| March 3 | glacial and paleoclimate implications | ice core studies | Ch. 11 p. 407 - 411; fig. 11-5; handouts |
| March 6 | fractionation of carbon isotopes | carbon has a 'signature' | Ch. 11 p. 419 - 425; ch. 15 p. 558 - 560 |
| March 8 | more on carbon | Ch. 11 p. 419 - 425; ch. 15 p. 558 - 560 | |
| March 10 | isotope hydrology I | basic concepts | handout from Clark and Fritz |
| Date | Topic | Goal | Reading (before class) |
| March 20 | isotope hydrology II | review and applications | handout from Clark and Fritz |
| March 22 | Carbon isotopes: DIC, DOC | identify signatures,trace contaminants | handout from Clark and Fritz; Ch. 15 562-563 |
| March 24 | Acids, bases, aqueaous solution | review | Ch.6 p. 183-190 |
| March 27 | oral reports. Acids, bases, pH, continued | Acids, bases, pH, continued | Walther Ch 6 p. 183-190 |
| March 29 | oral reports. | Solubility of minerals | Walther Ch. 6 p. 202- 205 |
| March 31 | oral reports. | More on solubility of minerals; quartz, calcite | Walther Ch. 6 p. 202- 205 |
| April 3 | Chemical weathering | different minerals weather differently, leading to different products | Ch. 13 p. 486; 489 - 492 |
| April 5 | Stander Symposium | ||
| April 7 | Oxidation and reduction | Fe, Mn and others can change valence | Ch. 14 p. 513 - 519 |
| April 10 | Eh; EMF series; stability of H2O | important environmental parameters! | Ch. 14 p. 519-526; 537-538 |
Last updated: March 29, 2006.
andrea.koziol@notes.udayton.edu
GEO 412 syllabus
Dr. Koziol's homepage
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