mahyar 2017-07-16 05:13:28

tanx

matin_66 2017-07-16 04:53:04

tanx

DIDO 2017-07-08 05:01:58

Hello

cclarkro1 2017-07-03 07:14:28

The weakest portion of this lesson and the associated quiz are the graphics, which are usually too small to adequately examine and become somewhat pixelated when using the zoom feature on a browser. The size of interactive Skew-T helped during the lesson, but perhaps there should be something of similar size on the quiz.

MehlingM 2017-06-24 06:43:38

Some of the quiz questions did not seem to be straight forward.

SCHUM 2017-06-18 06:44:17

The charts are a little hard to see especially when having to determine intersecting points.

Ahickey77 2017-04-26 01:20:57

It was a great lesson but the skew t's provided were hard to read

uaejaw 2017-04-06 15:46:00

thanks found it helpfull

wfropa 2017-04-06 07:48:17

good refresher

tex1986 2017-03-28 19:55:03

no comments

david.lipson 2017-02-19 20:20:21

I am a veteran forecaster of 27 years in the National Weather Service and have still managed to learn a lot from this course. It was an excellent review.

mgree090 2017-02-14 08:13:05

great!

JudyHinch 2017-02-13 12:47:36

hard

GAYLER 2017-02-05 21:58:08

Show how to read the Skew-T and show how to calculate for video and animation would have been more help than just reading dry material.

ASCI517Course 2017-01-29 15:46:35

Good Lab

esigala 2017-01-28 21:38:37

There is waaaaaaay too much information here for it to be processed and retained. There are so many different topics and sections of reading the Skew-T that it is difficult to keep up. Further, the tiny images used make it difficult to select the correct information/data.

mahughson 2017-01-22 15:41:34

the amount of information presented and expected to be mastered in such a short time is impossible. It may have been helpful to have actual examples of what the weather is visibly doing while looking at the Skew-T diagrams.

katturner92 2017-01-03 21:18:23

Great to cement to knowledge I already had, covers all things aerological!

NordeenJ93 2016-12-05 03:45:24

It wasn't a bad lesson, just extremely long. Took longer than I thought it would and also kind of bland. Some areas needed more images and simulations, while other areas were just fine.

t3hite 2016-11-15 17:04:54

This lesson took me much longer than the estimated time. I think 10-12 hours would be a better estimate.

TVGuy321 2016-11-01 22:15:19

The information is great, but it's so much that it's like trying to drink from a fire hose!

pidermal 2016-11-01 13:57:19

Definitely not easy

Seagull74 2016-11-01 12:25:57

A+++

shanna.stocks 2016-10-31 22:46:23

Thank you. I enjoyed the interactive learning and hope to return to the module for revision in the future.

Stormy71 2016-10-30 20:11:33

Module is too long. Took me 16 hours to get through it. Information overload.

Mooregran12 2016-10-27 20:49:26

This is too long for the attention span of most pupils

TimRossman 2016-10-26 13:14:50

Great resource!

dkimonye 2016-10-25 04:01:35

It is quite educative and very beneficial to the forecasters

ByhaliaJ 2016-10-24 11:00:31

:)

wxchrisfl 2016-10-22 12:54:36

NA

tkeebler42 2016-10-20 09:17:20

This is a long but comprehensive module. I found it to be very useful.

Lwaltlpn 2016-10-16 17:11:43

Overall this was a great learning format. Some of the Skew-T's that were depicted could be improved. Lines were difficult to distinguish on just a couple.

Alex1305 2016-09-28 16:32:39

A fantastic learning resource for all who want to understand how Skew Ts can be used to help make forecast on a range of different weather.

JoeDeLizio 2016-09-23 15:54:29

Awesome module here. A Rutgers student in atmospheric thermodynamics and this really helped me learn a lot. The forecasting section was really cool, felt like I got my feet wet with actual forecasting and the tips you guys gave were great. I really enjoyed this whole lesson, I learned a great deal more about my passion. I will be visiting here again to learn more.

BustingBravo 2016-06-14 14:51:14

Great.

sparling 2016-03-14 17:04:57

Very clear explanations, an excellent resource for educators.

matthewblittle 2013-09-19 02:10:46

I began with little understanding of skew-T analysis and this module brought me to a much better understanding. However, expect to spend more than 8 hours if you have little skew-T background but want to learn from the module.

davrusso 2013-08-31 05:19:39

Comprehensive and highly educational. Soundings graphics are often difficult to read due to size and/or quality. Paste them into a graphics program and print full-size, to get the most out of this course.

Module Goal

The goal of this module is to teach the novice forecaster to effectively use the skew-T/log-P diagram. After completing the module, they should be able to read and interpret a sounding plotted on a skew-T/log P diagram and apply that information to a weather forecast.

Performance Objectives

1. Given a skew-T/log-P diagram, identify and describe the various lines.
2. Given a sounding plotted on a skew-T/log-P diagram:
• Read or calculate the thermodynamic properties at various levels.
• Determine the convective levels, including the LCL, CCL, LFC, MCL, EL, and MPL.
• Determine stability indices such as LI, SSI, KI, TT, and SWEAT and use them to assess the potential for severe weather.
3. Describe how CAPE and CIN are determined.
4. List and describe the different types of stability and identify them in a sounding plotted on a skew-T diagram
5. List and describe the different types of lapse rates and relate them to stability.
6. List and describe processes that alter stability and give examples of common cases where those processes occur.
7. Given a suitable synoptic environment and a sounding plotted on a skew-T/log-P diagram, interpret the sounding with regard to common forecast problems.

meteorology, weather, sounding, RAOB, skew-T/log-P diagram, thermodynamic, stability, forecast

March 2014: This update to the 2006 version of Skew-t Mastery brings the original content to a new, easier to navigate format.