Office hours: 2-3:30 T-Th
Philosophy and Objectives: The main objectives of this course are to
develop a physical understanding of the basic dynamics that govern the
atmosphere and an awareness of day-to-day variations in the weather.
We will work toward these objectives using a two tiered approach that
combines lectures with laboratory work. Lectures will generally begin
with a discussion led by the instructor that uses recently covered
dynamical concepts
to diagnose current and future weather. Laboratory work will consist of
problem sets and weather analysis which will require completion outside
the classroom.
Format: Lecture - 3 hours per week (11-12:30 MW). You are
strongly encouraged to attend the weather discussions MWF 12:30-1:00.
The format of this course is substantially different from previous years
in that the course has changed from primarily a laboratory course to primarily
a lecture course. The weather discussion period and self-guided study will
supplement the course to replace the laboratory time. The advantage to the
student is that what was given only 1 credit in previous years is now
given 3 credits- a more accurate reflection of the effort involved.
Grading: Grading will be based on labs and problem sets (40%),
mid-term exam (25%), and final exam (35%). Late assignments will not be
accepted without prior arrangement.
Text: D. Djuric: Weather Analysis. Introduction to Dynamic Meteorology by
J. R. Holton is also used.
Computer Skills Required: Basic knowledge of FORTRAN, GEMPAK.
Required Equipment: Colored pencils (red, green, blue, yellow), several
#2 pencils, eraser, and strait edge.
Schedule and Recommended Reading:
Overview of synoptic lab facility (Handout; Duric ch. 1-2)
Fundamental mathematical concepts (Handout; Djuric appendix A-B)
Hydrostatic balance, hypsometric equation, and atmospheric thickness (Holton section 1.61)
Sea-level pressure reduction and altimeter setting
Scalar Analysis (Djuric sections 3.1-3.3)
Advection (Holton section 2.1)
Balanced winds (Holton sections 3.1, and 3.2)
Applications of geostrophic and gradient wind balance
Thermal wind (Djuric sections 6.1, 6.2; Holton section 3.4)
Basic Kinematics: Vorticity, Deformation, and Divergence (Djuric chapter 4)
Conservation of mass/vertical motion
Updated December 7, 1995