ATM- 552: CLIMATE CHANGE


TOPIC:

This course discusses the current scientific understanding regarding anthropogenic climate change ("global warming"), including uncertainties and inherent limitations. Topics covered will include, among others, modeling aspects of climate change, greenhouse gas forcing and future emission scenarios, the role of aerosols and black carbon in global brightening and dimming, carbon cycle feedbacks, detection and attribution studies (fingerprinting), regional climate change, impacts of climate change on cryosphere, biosphere, sea-level rise, extreme events, etc. and mitigation and adaptation strategies. The 2007 IPCC AR4 report will serve as the basis for discussions but will be supplemented with results emerging from more recent studies.

INSTRUCTOR:    Mathias Vuille
                             ES 311
                             ph.: 442-4472
                             mathias@atmos.albany.edu

TIME AND LOCATION: Tue & Th. 11:45am - 1:05pm
                                        ES B13

CREDITS: 3

TEXTBOOK: no textbook required; we will instead read and discuss relevant papers for each topic

PREREQUISITES: No prerequisites besides the general prerequisites for all departmental graduate courses.

OFFICE HOURS: by appointment (best hours are after class)

WEBSITEhttp://www.atmos.albany.edu/deas/atmclasses/atm552

                        for pdf's of papers and lectures go here (password required)

FORMAT:
The class is a mixture of lectures, seminar-style discussions and student presentations.

EVALUATION:   1) Mid term exam (20%)
                            2) Homework (10%)
                            3) In-class presentation (20%)
                            4) Research or review paper on topic chosen by student (50%)

SCHEDULE:

The schedule is approximate and subject to change. It will be adjusted and evolve as the class progresses.

WEEK TUE TH REMARKS TOPIC
week 1 1-Sept 3-Sept lecture
introduction, the evidence for anthropogenic climate change





week 2 8-Sept 10-Sept lecture
natural archives, the greenhouse effect, radiative forcing, climate sensitivity, global brightening and dimming





week 3 15-Sept 17-Sept self study
climate feedbacks, carbon cycle, abrupt climate change





week 4 22-Sept 24-Sept lecture / self study
climate models,  emission scenarios





week 5 29-Sept 1-Oct lecture
climate change projections, extreme events





week 6 6-Oct 8-Oct lecture
changes in the hydrologic cycle, altered climate modes (circulation changes), the demise of Arctic sea-ice, ice sheet disintegration and sea-level rise





week 7
13-Oct 15-Oct lecture
the future of alpine glaciation, consequences for water resources





week 8 20-Oct 22-Oct lecture
impacts on biologic / human systems, review sheet





week 9 27-Oct 29-Oct lecture / exam
mitigation versus adaptation





week 10 3-Nov 5-Nov lecture
Dangerous Anthropogenic Interference (DAI),
climate change policy and politics





week 11 10-Nov 12-Nov seminar
determined by students





week 12 17-Nov 19-Nov seminar
determined by students





week 13 24-Nov no class student presentations determined by students





week 14 1-Dec 3-Dec student presentations determined by students