“When air is warmed by the sun, it expands and becomes less dense. Since it is less dense than the cooler surrounding air it rises. As it rises it cools and regains some of its original density. The air is heavier and it falls back to the surface. This type of movement is called convection. Dense cooler air spreads out at the surface. This causes a lateral movement of air termed advection. The boundaries of these air masses are called fronts. Thus, the air circulates and mixes all around the planet. The associated changes in temperature, pressure, and humidity result in weather.”
Please note that if you have visited this page before, you browser may have cached the images (saved them) so that they would load faster the next time you viewed this page. To verify that you are viewing the most up-to-date images, check the timestamp on the images to see that it is current. If you are in doubt, simply refresh this page! Further, there are a lot of images and this page may take longer to load than most. Please allow time for this. If you notice some missing images, just refresh the page, and they should load!
My Personal Weather Station
Wind Chill Chart
My APRS Data
US Current Weather
US NWS Surface Analysis
US NWS Forcast
US NWS Day 2 Forcast
US Current Jetstream
US Current Winds
US Radar
Click here for a high resolution animated CONUS radar.
Weather
“When air is warmed by the sun, it expands and becomes less dense. Since it is less dense than the cooler surrounding air it rises. As it rises it cools and regains some of its original density. The air is heavier and it falls back to the surface. This type of movement is called convection. Dense cooler air spreads out at the surface. This causes a lateral movement of air termed advection. The boundaries of these air masses are called fronts. Thus, the air circulates and mixes all around the planet. The associated changes in temperature, pressure, and humidity result in weather.”
For a good starting point to understanding how thunderstorms work, please visit the National Weather Service JetStream Website (Thunderstorm Lesson).
For a great site for forecasting severe weather, please visit TwisterData.com.
This page of my site contains my local radar images (Coshocton, OH), Asheville radar images, national severe weather, hurricane/tropical storm images, and CONUS radar. There are also other products that show things like winds, temperatures, and clouds across the country. Additionally, I have included my personal weather station (if available) and an APRS map that follows my mobile station when I am storm chasing for SKYWARN.
Please note that if you have visited this page before, you browser may have cached the images (saved them) so that they would load faster the next time you viewed this page. To verify that you are viewing the most up-to-date images, check the timestamp on the images to see that it is current. If you are in doubt, simply refresh this page! Further, there are a lot of images and this page may take longer to load than most. Please allow time for this. If you notice some missing images, just refresh the page, and they should load!
My Personal Weather Station
Wind Chill Chart
My APRS Data
US Current Weather
US NWS Surface Analysis
US NWS Forcast
US NWS Day 2 Forcast
US Current Jetstream
US Current Winds
US Radar
Click here for a high resolution animated CONUS radar.
US Predominant Weather
US Severe Weather Alerts
US Current Temperatures
US Current Dew Points
US Visible Cloud Cover
US Infrared Image
US Water Vapor Image
Atlantic Water Vapor
Gulf / Puerto Rico Water Vapor
Pacific Water vapor
Northern Hemisphere Composite Water Vapor
North American Water Temperatures
Atlantic Water Temperatures
Gulf of Mexico Water Temperatures
Pacific Water Temperatures
California Coastal Water Temperatures
Coshocton Radar Loop
Coshocton Incoming (West) Radar
Coshocton (South) Radar
Coshocton Outgoing (East) Radar
Coshocton Storm Total Precipitation
Coshocton Storm Total Precipitation (West)
Asheville Radar Loop
Asheville Storm Total Precipitation
Asheville Incoming (Northwest) Radar
Asheville Incoming (Southwest) Radar
Day 1 Storm Prediction Center Outlook