SYLLABUS Spring 2007

Biogeochemistry – SIO 267

Tues. - Thurs. 9:30-10:50 pm

Vaughan Hall 300

Instructors:
Jeff Severinghaus  Ralph Keeling
jseveringhaus@ucsd.edu rkeelingucsd.edu
822-2483 534-7582

 

Prerequisites: SIO 260 (Marine Chemistry), Inorganic Chemistry, Calculus

Texts: Biogeochemistry, Second Edition, Schlesinger (1997) Academic Press

Earth System Science, Jacobson et al. (2000) Academic Press

Greenhouse Puzzles, Broecker and Peng (1998) Eldigio Press (we will provide)

Units: 4. Grade: 30% problem sets, 70% final exam

Date

Lecture

Required reading prior to lecture

Tue Apr 3 J

Course overview

 
Thu Apr 6  J Isotope basics            

Earth System Science Chap. 4.1-4.2

     

Earth System Science Chap. 7

Tue Apr 10* J Hydrological cycle & isotopes

Earth System Science Page 471

Thu Apr 12 J Ice core climate records

Earth System Science Chap. 18

Tue Apr 17 R Box models & transport

Earth System Science Chap. 4

Thu Apr 19 J Terrestrial carbon sinks/soils

Biogeochemistry Chap. 5

Tue Apr 24 J Terrestrial N and P cycles

Biogeochemistry Chap. 6

Thu Apr 26 J Methane

Earth System Science Chap. 17

Tue May 1 J

Nitrous oxide, DMS, OCS

 
Thu May 3  

No lecture

 
Tue May 8* J Radiocarbon: tracer and clock

Greenhouse Puzzles Part I

Thu May 10 R Aqueous chemistry of CO2

Earth System Science Chap. 11

Tue May 15 R Anthropogenic carbon 

Greenhouse Puzzles Part I

Thu May 17 R Calcium carbonate chemistry

Earth System Science Chap. 10

Tue May 22 R

Air-sea gas exchange

 
Thu May 24 R

Stable isotopes of CO2

 
Tue May 29 R Why was glacial CO2lower? Greenhouse Puzzles Part II
Thu May 31 R

CO2on 106-yr timescales

Greenhouse Puzzles Part III
Tue Jun 5        R

Regulation of atmospheric O2

 
Thu Jun 7            R Snowball Earth  

*Lecture will be held in Vaughan 328 instead of Vaughan 348.