When I was a kid, we listened to the local radio station for updates on impending snow storms. Next came storm tracking updates from the local broadcast TV news with updates on the half hour.
While at UMF in the early 90’s, one the computer center staff created a program that rendered raw NOAA satellite data over an image of a Maine map. We could see real-time satellite maps of a comming storm – it you counted the 30 minute rendering time on a 286 PC and nearly as long downloading the data files over the university 56k line.
Later, I remember hovering over weather.com for updated views and reports.
This morning, we are on the bleeding edge of Web 2.0 as the boys hover over the NOAA’s beta display . Their NEXRAD maps use a composite of Google Maps, radar images and weather warnings complete with animated time loops.
Now, if they could only do real-time Street View of the storm so I know when the plow trucks have blocked in the end f the driveway!
NOAA/Google Weather Maps
When I was a kid, we listened to the local radio station for updates on impending snow storms. Next came storm tracking updates from the local broadcast TV news with updates on the half hour.
While at UMF in the early 90’s, one the computer center staff created a program that rendered raw NOAA satellite data over an image of a Maine map. We could see real-time satellite maps of a comming storm – it you counted the 30 minute rendering time on a 286 PC and nearly as long downloading the data files over the university 56k line.
Later, I remember hovering over weather.com for updated views and reports.
This morning, we are on the bleeding edge of Web 2.0 as the boys hover over the NOAA’s beta display . Their NEXRAD maps use a composite of Google Maps, radar images and weather warnings complete with animated time loops.
Now, if they could only do real-time Street View of the storm so I know when the plow trucks have blocked in the end f the driveway!
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