'Station model' presentation slideshows

Supercell Thunderstorms

Supercell Thunderstorms. Part II I. Adapted from Materials by Dr. Frank Gallagher III and Dr. Kelvin Droegemeier School of Meteorology University of Oklahoma. Importance of Storm-Relative Winds. We obtain strong updraft rotation if the storm-relative

1.14k views • 60 slides

Earth Science Midterm Exam Review

Earth Science Midterm Exam Review . NOTE : You do not need to study the challenge questions for the exam. Moon Features. Since the moon has no atmosphere, then A. it experiences big temperature changes from day to night. B. it experiences no erosion. C. it gets bombarded by meteorites.

620 views • 49 slides

584 views • 48 slides

Chapter 30

626 views • 45 slides

Modern Radiosondes-a key upper air data source

287 views • 28 slides

Station Models

Page 5. Station Models. Allows weather data to be plotted on a map in a condensed & usable format. It shows the current weather conditions for a particular location. Page 5. Station Models on a Map. Page 5. Keys to Weather Map Symbols. 13. What page of the ESRT?. Page 5. Station Model.

772 views • 26 slides

What is a Synoptic Weather Map?

What is a Synoptic Weather Map?. Station Models and Converting Station Pressure into Millibars. Synoptic Weather Maps.

387 views • 26 slides

What is a Synoptic Weather Map?

What is a Synoptic Weather Map?. Station Models and Converting Station Pressure into Millibars. Synoptic Weather Maps.

267 views • 26 slides

Topic: Air Pressure

Topic: Air Pressure. ___. The air is made up of molecules. kg. Air molecules have mass. Standard air pressure at sea level = 14.7 lbs/in 2. Air pressure is equal in all directions. Cold front came through (more dense) , warm grains inside (warm air), crushed silo. TRAIN.

348 views • 23 slides

Station Models

356 views • 23 slides

Weather Maps

Weather Maps We use weather maps to give us a pictorial view of the weather when dealing with large amounts of data. We typically report: Temperature Sea Level Pressure Moisture Winds (Speed and Direction) Cloud Cover Precipitation. Surface Station Model.

390 views • 20 slides

Station Models

Station Models. ESRT page 13. Temperature (degrees F). Top Left of Station Model. Present Weather. Types of Present Weather. Visibility (In Miles). Bottom Left of Station Model. Dewpoint Temperature in ?F. Wind Speed & Direction. Wind Symbols: Speed. Calm. Less than 5kts. 5 kts.

508 views • 18 slides

What is a Synoptic Weather Map?

What is a Synoptic Weather Map?. Station Models and Converting Station Pressure into Millibars. Synoptic Weather Maps.

376 views • 16 slides

Weather Symbols and Station Models

Weather Symbols and Station Models. Why do we use Symbols? Less space Universal language Why do we use station models Gives us a small picture of weather in a certain location. Fronts Four types Warm Cold Occluded Stationary Boundaries where air masses meet. Fronts. Cold Fronts

144 views • 13 slides

Wind Shear

Wind Shear. Example of little or no vertical wind shear:. Height. 7 kts. There is very little change in the speed or direction of the wind with height. 6 kts. 7 kts. 6 kts. Hodograph.

233 views • 13 slides

Forecasting the Weather

Forecasting the Weather. What is it ??. A weather forecast is a PREDICTION of weather conditions over the next 3-5 days A METEROLOGIST is a person who observes and collects data on atmospheric conditions to make weather conditions. Technology.

265 views • 9 slides