![]() Integrates with subscriptions from Allison House and Caprock services (see information below) for greater reliability of radar feeds as well as additional products and forecasting.Ī $12 android app? You bet! And worth every penny! PYK元 (pronounced "pickle") is like having GRLevel3 in the palm of your hand and then some because it comes with CONUS satellite and all NWS text products. Fully customizable, create your own color tables, supports placefiles (to add roads and other features to your maps). This is ideal for home stations and Net Control Stations monitoring incoming storms. View all radar data as it is fed from the NWS. This application takes the actual NEXRAD data from the NWS radar sites and presents it graphically. The Cadillac of weather radar software used in the NWS forecast centers as well as professional meteorologists and storm chasers. Recommended Software for Advanced Spotters and Net Control Operators Also has some interactive radar maps (derived), widgets and severe weather notifications (where available). There is a small cost associated with the iPhone version, but well worth it.Ī clean, striking interface with a wealth of weather data, has quick summaries, current weather conditions and forecasts. Just about all the information you need at the tip of your fingers along with a simple radar map (derived). NOAA Weather Pro (Android - Free, iOS - $3.99)Ī robust app with lots of great features and an excellent UI. That said, it is crucial that you do not rely upon weather radar alone for your safety! Weather radar is a delayed picture of what the storm was doing and where it was when it was last scanned (and could be as much as 5 minutes old.) Situational awareness is your best bet for safety during severe weather. ![]() You can have a good basic introduction to weather radar interpretation by attending an advanced SKYWARN® spotter course put on by the NWS. IMPORTANT NOTICE: Weather Radar can help with tracking dangerous storms, but a good understanding of weather radar fundamentals is required to make the most use of it. Net control operators should consider the latter as you lack the ability to see what the spotter sees. For spotting most of the weather we have here in southern AZ, you will be well served by either as you should have your eyes on the sky rather than on your radar screen. There is definitely an advantage to viewing the NEXRAD data as opposed to the rendered data, but it comes with a price. The second are software that receives the Level 3 data directly from the NWS WSR88D radars and renders the data on your screen. Examples of this are, the weather radar maps you see on your local TV weather report and most basic weather apps. The first way, seen on most weather apps, are images or animations that derivatives of the NEXRAD data and are usually simplified and "smoothed" for public consumption, but have limited usefulness in forecasting or identifying specific storm features. There are two basic ways to receive the data produced by NEXRAD. Click here to watch a very good video from the NWS in Norman which gives you a good fundamental understanding, and will help reinforce the training provided by our NWS Tucson forecast center. The folks at NWS Tucson do a very thorough and excellent job of demystifying the basics of weather radar. Attend advanced spotter training for a basic understanding about what you are seeing. If you are going to rely on radar for pretty much any reason, it would be good for you to know what all of those maps mean. knowing what is coming, and where it's going can give you time to get into a better (safer) location from which to observe, as well as give you a heads up when it's time to just get out of the way! That said, radar can be very useful for knowing what is coming your way, especially when you are away from your home. ![]() Our mission is to give ground truth to what the NWS forecasters are seeing on the radar. The use of weather radar should not be used to give a report- NWS personnel are seeing the same radar image as you and are much better trained to interpret the data. Weather Radar otherwise known as Weather Surveillance Radar (WSR88D) is the type of radar used by the National Weather Service to locate precipitation (such as raindrops and hail stones) in order to determine the severity of incoming storms.
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