Metr 503
Spring 2005
Name _________________________
Date __________________________
Meteorology 503
Spring 2005
Lab 1 and Homework 1
Setting the Synoptic History
– Review of Metr 403 Concepts
Schedule:
10 – 11:15 AM Chart Preparation;
11:15-Noon Student Presentations
1. All labs are
to be kept in a three hole binder.
Turn in the binder when
you have finished the Lab.
2. Show all
PROCEDURE. No credit given if only
answer is provided.
3. Unless
otherwise noted, you may work together.
But remember, YOU
are the one who will be responsible for understanding the material for
exams and when you are out in the profession. So STRIVE to
understand what you are doing.
Don't let someone else do your
thinking for you.
Overview of Assignment
This is an exercise in developing a synoptic overview for the United States of the two day
period January 25 and 26, 2005.
The exercise has two parts.
The first part is an Òunder pressureÓ visual aid preparation
and presentation of different facets of the synoptic pattern over the United
States over those two days, with each student in the class responsible for a
portion of the presentation and discussion.
The second part is a write-up of your portion, that will be
turned in next Monday at the beginning of class. The writeup should
be neat, typed on a word processor, and submitted in a folder of some
sort. It should be written in the
correct AMS format.
It need not be longÉperhaps two or three pages of text, with
the text referring specifically to the charts you used in your class
presentation.
Procedure
Each student should get standard charts they would need (for
example, eta_thick or eta_vort, or
fax ua_500, or sfc plots of data etc.), but also should include other wxp
generated analyses or plots as necessary (for example, to estimate differential vorticity advection, you
need something besides the chart at one level).
Discussion
Each student should be able to discuss the synoptic pattern
or dynamic controls for vertical motion (depending upon the charts they have
been assigned), based upon what we learned in M403. Each student should use correct terminology in preparing his
or her presentation.
|
Standard
Charts |
|
|
|
|
|
|
Jan
25 and 26 |
00
UTC |
12
UTC |
|
|
|
|
|
eta_thick |
eta_thick |
|
|
|
|
|
eta_vort |
eta_vort |
|
|
|
|
|
wxp
sfc data |
wxp
sfc data |
|
|
|
|
|
fax
ua_500 |
fax
ua_500 |
|
|
|
|
|
fax
ua_300 |
fax
ua_300 |
|
|
|
|
|
|
|
|
|
|
|
Analyses |
|
|
|
|
|
|
|
|
|
|
|
|
|
Michele |
SFc
Analysis at 00 UTC for 25 Jan |
|
|
||
|
Austin |
SFc
Analysis at 12 UTC for 25 Jan |
|
|
||
|
Julio |
SFc
Analysis at 00 UTC for 26 Jan |
|
|
||
|
Stan |
Differential
Vorticity Advection Centered at 700 mb for 25 January |
||||
|
|
and
Temperature Advection Centered at 700 mb |
|
|||
|
Chris
Medjber |
Temp
Advection and Fronts for 00 and 12 UTC 26 January |
||||
|
Chris
Meherin |
Differential
Vorticity Advection Centered at 700 mb for 26 January |
||||
|
|
and
Temperature Advection Centered at 700 mb |
|
|||
|
Kathryn |
Temp
Advection and Fronts for 00 and 12 UTC 25 January |
||||
|
Linh
|
Mid
and Upper Tropospheric Evolution (300 and 500) for both days |
||||
|
Justin |
SFc
Analysis at 12 UTC for 26 Jan |
|
|
||
|
|
|
|
|
|
|