Skip to main content

Google updates maps to display natural disasters

Google is improving its SOS alerts by adding visual information about natural disasters and a navigation system on Google Maps. Google says the upgrade will extend the capabilities of the SOS alerts to provide crisis information via relevant news stories and Twitter updates from local authorities to include detailed visualisations about hurricanes, earthquakes and floods. In the days leading up to a hurricane, users will receive a crisis notification card on Google Maps warning them if they are in its p
August 20, 2019 Read time: 2 mins
Cracked road after earthquake

1691 Google is improving its SOS alerts by adding visual information about natural disasters and a navigation system on Google Maps.

Google says the upgrade will extend the capabilities of the SOS alerts to provide crisis information via relevant news stories and Twitter updates from local authorities to include detailed visualisations about hurricanes, earthquakes and floods.

In the days leading up to a hurricane, users will receive a crisis notification card on Google Maps warning them if they are in its path. A forecast cone shows the prediction of the storm’s trajectory along with information about what time it is likely to hit certain areas, the company adds.

The crisis card is also expected to display a visualisation of an earthquake’s magnitude along with colour coding to indicate the intensity of shaking in surrounding areas.

According to Google, users in India will be able to see forecasts of where flooding is likely to occur in addition to the expected severity in different areas.

This summer Google intends to offer another alert which informs people of routes which may be affected by crisis activity.

Related Content

  • January 31, 2012
    Intersection collision avoidance system trial
    Although much of the emphasis of research into intersection management has tended to concentrate on the needs of urban locations, there remain specific issues pertaining to rural intersections which need to be addressed. Here, Rebecca Szymkowski and Greg Helgeson, Wisconsin DOT, Todd Szymkowski, University of Wisconsin-Madison, and Craig Shankwitz and Arvind Menon, University of Minnesota detail progress on an intersection collision avoidance system for more remote locations.
  • December 17, 2014
    Communications redundancy increases VMS reliability
    Hybrid communications to variable message signs increase resilience to natural disasters and enable deployment in remote areas, as Alan Allegretto explains. Variable Message Signs (VMSs) are a common sight and a well-proven means to improve public safety on our roads and highways. ITS professionals rank the VMS as second only to interoperable radios as the most important technology to improve effectiveness during emergency incidents and evacuations. Ironically, however, current systems suffer from one criti
  • December 3, 2018
    When will Google wake up to MaaS gold mine?
    Mobility services are a potential gold mine for data-hungry tech companies. That being the case, Andrew Bunn asks: what exactly happens when giants such as Google and Amazon decide to get their teeth into MaaS? There are many different perspectives on Mobility as a Service (MaaS), with many different views on what the latest and future applications of technology are going to bring to transportation infrastructure. However, there is one question that does not seem to come up at all. Up to now, MaaS-relate
  • April 9, 2014
    ITS homes in on cycling safety
    A new generation of ITS equipment is helping road authorities get to grips with cycle safety – and not a moment too soon as Colin Sowman discovers. Cyclists - remember them? Apparently not. At least not according to the OECD 2013 report Cycling, Health and Safety which contains the statement: ‘Cyclists are often forgotten in the design of the road traffic system’. Looking through the statistics that exist (each country appears to compile them differently) it is not difficult to see how such a conclusion cou