Atmospheric Science
ATM 101X 4
Credits
Weather and Climate of Alaska
Focus on the Alaska atmosphere as an important part of our
environment. Includes fundamental laws of physics and chemistry, the behavior
of atmospheres on rotating planets, clouds, precipitation and weather systems.
Includes societal impacts of weather worldwide and investigations into global
climate change. (Prerequisite: High school level mathematics.)
(3 + 3) Offered Spring
ATM 401 3
Credits
Introduction to Atmospheric Science
(Stacked with ATM 601 and CHEM 601)
Fundamentals of atmospheric science. Includes energy and mass
conservation, internal energy and entropy, atmospheric water vapor, cloud
microphysics, equations of motion, hydrostatics, phase oxidation, heterogeneous
chemistry, the ozone layer, fundamentals of biogeochemical cycles, solar and
terrestrial radiation and radiative-convective equilibrium. Also includes
molecular, cloud and aerosol absorption and scattering. (Prerequisites: CHEM
105X, CHEM 106X, MATH 302 and PHYS 212X.) (3 + 0) Offered Fall
ATM 413 3
Credits
Atmospheric Radiation
(Stacked with ATM 613)
Atmospheric radiation including the fundamentals of blackbody
radiation theory and radiative properties of atmospheric constituents. Discussion
of gaseous absorption including line absorption, broadening effects and
radiative transfer. Includes scattering, radiative properties of clouds and
radiation climatology. (Prerequisite/Co-requisite: ATM 401. Next offered:
2007-08.) (3 + 0) Offered Alternate Fall
ATM 445 3
Credits
Atmospheric Dynamics
(Stacked with ATM 645)
Fundamentals of equations of motion, conservation laws,
balance relationships and coordinate systems. Vorticity dynamics includes vortext
filaments and tubes, vorticity equations, Rossby-Haurwitz waves, Ertel's PV
principle for the potential vorticity, EPV in isentropic coordinates. Includes
balance and quasi-geostrophy, QG theory, scaling of the QG system, the w
equation, QG and numerical modeling. (Prerequisite/Co-requisite: ATM 401. Next
offered: 2008-09.) (3 + 0) Offered Alternate Fall
ATM 488 1-3
Credits
Undergraduate Research
Advanced research topics from outside the usual undergraduate
requirements. (Prerequisite: Permission of instructor. Recommendations: A
substantial level of technical/scientific background.) Offered Fall, Spring
ATM 601 3
Credits
Introduction to Atmospheric Science
(Stacked with ATM 401 and cross-listed with CHEM 601)
Fundamentals of atmospheric science. Includes energy and mass
conservation, internal energy and entropy, atmospheric water vapor, cloud
microphysics, equations of motion, hydrostatics, phase oxidation, heterogeneous
chemistry, the ozone layer, fundamentals of biogeochemical cycles, solar and
terrestrial radiation, and radiative-convective equilibrium. Also includes
molecular, cloud and aerosol absorption and scattering. (Prerequisite: Graduate
standing.) (3 + 0) Offered Fall
ATM 606 3
Credits
Atmospheric Chemistry
(Stacked with CHEM 406 and cross-listed with CHEM 606)
Chemistry of the lower atmosphere (troposphere and
stratosphere) including photochemistry, kinetics, thermodynamics, box modeling,
biogeochemical cycles and measurement techniques for atmospheric pollutants.
Study of important impacts to the atmosphere which result from anthropogenic
emissions of pollutants, including acid rain, the "greenhouse" effect, urban
smog and stratospheric ozone depletion. (Prerequisite/Co-requisite: ATM 601 or
permission of instructor. Next offered: 2008-09.) (3 + 0)
Offered Alternate Spring
ATM 613 3
Credits
Atmospheric Radiation
(Stacked with ATM 413)
Fundamentals of blackbody radiation theory and radiative
properties of atmospheric constituents. Discussion of gaseous absorption including
line absorption, broadening effects and radiative transfer. Includes
scattering, radiative properties of clouds, and radiation climatology.
(Prerequisite/Co-requisite: ATM 601 and graduate standing. Next offered:
2007-08.) (3 + 0) Offered Alternate Fall
ATM 615 3
Credits
Cloud Physics
Basic properties of condensed water vapor in the atmosphere.
Formation and behavior of clouds including the nature of atmospheric aerosols,
nucleation and growth of water droplets and ice crystals, the development of
precipitation, nature of mixed-phase (water and ice) clouds, how transfer of
radiation depends on the character of clouds, and how humans are modifying
clouds and precipitation both intentionally and unintentionally. Field trips
will collect data at the Arctic Facility for Atmospheric Remote Sensing.
(Prerequisites: ATM 601 and graduate standing or permission of instructor.)
(3 + 0) Offered Alternate Spring
ATM 620 1
Credit
Climate Journal Club Seminar
An informal meeting for researchers and graduate students.
The seminars alternate between progress reports on ongoing research and journal
club contributions. The main interests are articles, and formal and informal
presentations by local participants and visitors. Participating students will
be exposed to a free format discussion of modern ideas in climate-related
disciplines. All students are encouraged to contribute, and students taking the
course for credit are required to lead the discussion for one session. This may
include presentation of a research plan/results or discussion of a journal
article. Students will be graded on at least one presentation and participation
in the class. Course may be repeated once for credit. (Prerequisite: Graduate
standing or permission of instructor.) Graded Pass/Fail. (1 + 0)
Offered Fall, Spring
ATM 631 3
Credits
Environmental Fate and Transport
(Cross-listed with CHEM 631)
Examination of the physical properties that govern the
behavior, fate and transport of contaminants released into the environment.
Topics include air-water partitioning and exchange, organic solvent-water
partitioning, diffusion, sorption, chemical and biological transformation
reactions, and modeling concepts. (Next offered: 2007-08.)
(3 + 0) Offered Alternate Spring
ATM 644 3
Credits
Synoptic Analysis and Forecasting
Weather systems and the techniques used to understand and predict
their behavior. Topics include atmospheric observations, synoptic analysis
techniques, satellite image interpretation, kinematics, fronts and
frontogenesis, life cycles of extratropical cyclones, mesoscale phenomena,
numerical weather prediction and interpretation of forecast products.
(Prerequisites: ATM 601 and 645. Next offered: 2007-08.)
(3 + 0) Offered Alternate Spring
ATM 645 3
Credits
Atmospheric Dynamics
(Stacked with ATM 445)
Examination of the fundamental forces and basic conservation
laws that govern the motion of the atmosphere. Topics include momentum,
continuity equations, circulation, vorticity, thermodynamics, the planetary
boundary layer and synoptic scale motions in mid-latitudes.
(Prerequisite/Co-requisite: ATM 601 and graduate standing. Next offered:
2008-09.) (3 + 0) Offered Alternate Fall
ATM 646 3
Credits
Atmospheric Dynamics II
Continuation of ATM 645. Includes geophysical fluid dynamics
as applied to the atmosphere. Topics include linear perturbation theory,
gravity waves, Rossby waves, numerical weather prediction, baroclinic
instability, frontogenesis, general circulation, stratospheric and tropical
dynamics. (Prerequisites: ATM 645 or permission of instructor. Next offered:
2008-09.) (3 + 0) Offered Alternate Spring
ATM 656 3
Credits
Climate and Climate Change
The climate of planet Earth and its changes with time.
Radiative fluxes, greenhouse effects, energy budget, hydrological cycle, the
atmospheric composition and climatic zones. Physical and chemical reasons for
climatic change. (Prerequisite: Graduate standing, calculus, physics or related
course at 400-level, basic computer skills. Recommended: ATM 601, 401, and
basic knowledge of Fortran and Unix/Linux.) (3 + 0) Offered Alternate
Fall (every two to three years)
ATM 662 3
Credits
Numerical Modeling and Parameterization Methods
Construction of models from fundamental equations and the
necessity of parametrizations. Simplification and discretization of equations,
numerical methods, model-grids, analytical modeling, boundary and initial
conditions, parametrizations and evaluation of model results. Scale-dependency,
limitations of parametrizations and coupled modeling are elucidated. Students
apply and code aspects of models. (Prerequisite: Graduate standing, calculus,
physics or related 400-level basic computer skills. Recommended: ATM 601 and
basic knowledge in Fortran and Unix/Linux are advantageous.) (3 + 0)
Offered Alternate Spring (every two to three years)
ATM 688 1
Credit
Atmospheric Science Informal Seminar
Review of ongoing research in atmospheric science to learn
about research results, ideas and direction long before they are published in
journals. Presentations cover the broad range of atmospheric sciences and links
to other disciplines as required to answer questions on global variability,
climate change and assessment studies. (Prerequisite: Graduate standing in
physical sciences or permission of instructor.) (1 + 0) Offered
Spring