Solar Eruption 1 July 2002 From NASA – SOHO (Solar and Heliospheric Observatory) Satellite http://soho.nascom.nasa.gov/pickoftheweek/molten304_small.jpg.

Slides:



Advertisements
Similar presentations
NAME DATE The Unit Organizer BIGGER PICTURE LAST UNIT/Experience CURRENT UNIT NEXT UNIT/Experience UNIT SELF-TEST QUESTIONS is about... UNIT RELATIONSHIPS.
Advertisements

Weather and Climate Part 2 - Storms CGF3M Crescent School.
1 Forecasting the Weather. Weather Weather: The daily conditions of a particular area: temp, rain, pressure, wind, etc.Weather: The daily conditions of.
Forecasting Weather After completing this section, students will analyze weather maps and the resulting regional weather (Standard PI – 061)
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 11 (con’t.) FORMATION OF CLOUDS, FOG, DEW & FROST A. Introduction & Background B. Requirements.
Before you decide to do outdoor activities, it is important that you know what kind of weather it will be. If you look out and the sky is sunny without.
Forecasting the Weather 3/24/14
Weather forecasting began in the mid 1800’s when basic tools, like the thermometer and barometer, were invented Global Weather Reporting Weather observations.
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 12 (con’t.) CLOUD OBSERVATIONS & CLASSIFICATION A. INTRODUCTION CLOUDS – SIGNPOSTS IN THE SKY.
ATM OCN 100 Summer ATM OCN Summer 2004 LECTURE 1B OBSERVATIONS of EARTH'S ATMOSPHERE (con’t.) u A. Introduction Practical Questions u B.
Wind & Weather Basics March Weather is always changing ! Constant movement of air Changes in moisture.
TOPIC Weather Climate Look out of the window!
Weather Your Name. What is Weather? Insolation Atmosphere.
Weather Maps NGS. How Does Air Pressure Affect Weather? How much the earth’s atmosphere is pressing down on us Measured with a BAROMETER If it CHANGES,
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 16 (con’t.) ATMOSPHERIC OPTICAL PHENOMENA A. Introduction B. Nature of Visible Light C. Optical.
ATM OCN 100 Summer ATM OCN Fall 2001 LECTURE 13 (Con’t.) PRECIPITATION & the PRECIPITATION FORMATION PROCESS A. Introduction B. Background.
Chapter 12 Meteorology. Meteorology = the study of meteors? Meteoros = anything high in the air Meteorologists study: – Hydrometeors: rain, snow, sleet,
Pressure, Fronts, air masses
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 25 (con’t.) MID-LATITUDE WEATHER SYSTEMS: PART II: THE EXTRATROPICAL CYCLONE A. Introduction.
ATM OCN 100 Summer ATM OCN 100 – Summer 2002 LECTURE 3 PHYSICAL & CHEMICAL COMPOSITION of EARTH’S ATMOSPHERE (con’t.) u A. Practical Questions.
Weather Forecasting & Maps -Meteorologists make forecasts based on models that are produced by supercomputers which perform a large amount of calculations.
ATM OCN 100 Summer ATM OCN Spring 2002 LECTURE 20 (con’t.) THE THEORY OF WINDS: PART III - RESULTANT ATMOSPHERIC MOTIONS (con’t.) A. Introduction.
AIR PRESSURE, AIR MASSES AND FRONTS
Midlatitude Cyclones (Storms) Extratropical cyclone or wave cyclone or frontogenesis or storm Low pressure area with counter-clockwise circulation. Atmosphere.
Forecasting the Weather
ATM OCN 100 Summer ATM OCN 100 – Summer 2004 LECTURE 2B ATMOSPHERIC PRESSURE: A Fundamental Weather Element (con’t.) u A. Practical Problem u B.
ATM OCN 100 Summer ATM OCN 100 – Summer 2002 LECTURE 4 ATMOSPHERIC PRESSURE: A Fundamental Weather Element (con’t.) u A. Practical Problem u B.
ATM OCN 100 Summer ATM OCN Summer 2001 LECTURE 1B OBSERVATIONS of EARTH'S ATMOSPHERE (con’t.) u A. Introduction Practical Questions u B.
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 9 BEHAVIOR OF GASES in the ATMOSPHERE: Thermodynamics (con’t.) A. Introduction B. Kinetic.
16.3 Weather Forecasts.
WEATHER FORECASTING Mrs. Anna Ward Ridge Road MS.
ATM OCN 100 Summer ATM OCN Summer 2002 LECTURE 17 (con’t.) THE THEORY OF WINDS: PART I - OBSERVATIONS & SCALES A. Introduction B. Wind Observations.
Climate & Weather Review. A wind that moves from north to south is called a: Polar wind 2.Arctic.
ATM OCN 100 Summer ATM OCN 100 – Summer 2002 LECTURE 5 (con’t.) AIR TEMPERATURE: A Fundamental Weather Element u A. Background & Definitions u B.
 The condition of Earth’s atmosphere at a particular time and place.
Unit 4 Lesson 5 Notes Answer Key
ATM OCN 100 Summer ATM OCN 100 – Summer 2004 LECTURE 2A PHYSICAL & CHEMICAL COMPOSITION of EARTH’S ATMOSPHERE (con’t.) u A. Practical Questions.
Announcements Sign-up Class list Official registration Course Syllabus.
Madison’s Current Weather
Using weather maps, diagrams and data January 1 and January 2, 2010
Chapter 16 Earth Science WEATHER.
MADISON’S CURRENT WEATHER
1)Which type of severe weather is the largest?
Bell work If you did not have the benefit of the weather forecast on the news, radio, or television, how would you forecast the weather?
Weather Maps Isotherms and Isobars.
MADISON’S CURRENT WEATHER
What direction do high and low pressure systems spin
Weather.
OBSERVATIONS of EARTH'S ATMOSPHERE
Climate & Weather Review
Forecasting Weather.
Fronts An area where air masses meet and do not mix Four Types Cold
Weather.
Air Masses and Fronts. Air Masses and Fronts Predicting Weather.
Weather Forecasts.
MADISON’S CURRENT WEATHER
Weather Flashcards.
Study these weather words!
UPPER AIR OBSERVATIONS & CHARTS (con’t.) Introduction
Weather Stations and Weather Maps
Precipitation.
ATM OCN 100 – Summer 2002 LECTURE 6 (con’t.)
Wind direction and speed, Wind is named from the direction it is coming from.
Do Now Week of.
MADISON’S CURRENT WEATHER
Weather Maps and Forecasting
Overcast, N wind, 25 mph, snow, 29o
Weather Analysis.
MADISON’S CURRENT WEATHER
Weather Forecasting.
Presentation transcript:

Solar Eruption 1 July 2002 From NASA – SOHO (Solar and Heliospheric Observatory) Satellite http://soho.nascom.nasa.gov/pickoftheweek/molten304_small.jpg

EVOLUTION OF CORONAL MASS EJECTION 1 Jul 2002 From NASA SOHO http://soho.nascom.nasa.gov/pickoftheweek/July1_2002_series.jpg

Riding the Jet Stream

http://www.ssec.wisc.edu/data/east/latest_eastvis.jpg CURRENT VISIBLE

Current Surface Weather Map with Isobars (“iso” = equal & “bar” = weight), Fronts and Radar http://maps.weather.com/images/maps/current/curwx_720x486.jpg

MADISON’S CURRENT WEATHER Madison Weather at 1000 AM CDT 3 JUL 2002 Updated twice an hour at :05 and :25 Sky/Weather: SUNNY Temperature: 82 F (27 C) Dew Point: 68 F (20 C) Relative Humidity: 62% Wind: SW10G18 MPH Barometer: 30.05F (1017.6 mb) http://www.ssec.wisc.edu/localweather/

Current Temperatures (°F) & Isotherms (“iso” = equal +”therm” = temperature) http://maps.weather.com/images/maps/current/acttemp_720x486.jpg

Current Dewpoints (oF) http://maps.weather.com/images/maps/current/actdew_720x486.jpg

Current UVI Forecast http://image.weather.com/images/maps/boat-n-beach/uvmap_720x486.jpg

Tomorrow AM Forecast Map http://maps.weather.com/images/maps/forecast/amfcst_720x486.jpg

Wildfires in Colorado 11June 2002 NOAA-15 http://www.osei.noaa.gov/OSEIiod.html

GOES VIEW http://noaasis.noaa.gov/NOAASIS/ml/genlsatl.html

Tornadic Thunderstorm http://www.osei.noaa.gov/OSEIiod.html

Lake Michigan Modis 21 May 2002 http://terra.ssec.wisc.edu/~gumley/images/Lake_Michigan_20020521_1715.jpg Terra, 21 May 2002, 1715 UTC: Lake Michigan (SSEC DB)

Contrails over Lake Superior 21 May 2002 http://terra.ssec.wisc.edu/~gumley/images/Lake_Superior_20020521_1715.jpg Terra, 21 May 2002, 1715 UTC: Contrails over Lake Superior (SSEC DB)

Clementine color mosaic 11 Apr 1994 http://nssdc.gsfc.nasa.gov/imgcat/hires/clm_earth_mos.gif

“Rain Sensor” for NWS Automatic Weather Station

Evaporation Pan From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch10/s041evaporation_pan.htm

Standard Rain Gauge From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch5/s042raingauge.htm

Tipping Bucket Rain Gauge From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch5/s043weighing_bucket_raingauge.htm

Radar Display Console From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch5/s057radar_display_console.htm

NWS Radome From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch5/s099national_weather_service_radome.htm

Sign in Rocky Mountains From J.M. Moran & WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch7/s016sign_in_rocky_mountains.htm

Plume in Water Vapor Imagery From WES Project of AMS http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch7/wv_img_7_1_1993.htm

Gulf Stream http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch8/sat_der_sst_pattern_2.htm

Gulf Stream http://www.ametsoc.org/amsedu/WES/WESSlides/WESThumbnailHyperlinks/ch8/sat_der_sst_pattern_2.htm

http://lwf.ncdc.noaa.gov/img/fpsf/airfreezesimple_lg.gif

Weather Conditions around Extratropical Cyclone http://physics.uwstout.edu/WX/U8/img012.htm

Weather Conditions around Extratropical Cyclone http://physics.uwstout.edu/WX/U8/img012.htm

Cold or North Side of Cyclone http://physics.uwstout.edu/WX/U8/img012.htm

Weather Conditions around Extratropical Cyclone http://physics.uwstout.edu/WX/U8/img012.htm

Warm or South Side of Cyclone http://physics.uwstout.edu/WX/U8/img012.htm

http://physics.uwstout.edu/WX/U15/img005.htm

http://physics.uwstout.edu/WX/U15/img006.htm