By nature the human species does not adapt to change well. We are characters of routine and while we can adapt to any changes we can be hesitant to do so.
Think of it this way: What would you do if your boss told you to move to the other side of the building? What about if your mail carrier stopped delivering mail and packages to your dwelling/PO box? What would you do if a tornado destroyed your home and all of your belongings?
While these questions are drastic, even small changes can effect us drastically. The way someone drives in front of us on our daily commute, the way our food was prepared or even the way our hair looks in the morning when we wake up. All of these small changes can drastically change the minutes, hours, days or even weeks to come.
As Charles Darwin said, “It is not the strongest of the species that survives, nor the most intelligent, but the one most responsive to change.” Don’t sweat the small changes and don’t be surprised when the big changes happen – most of which are out of your own control. Take a breath, take a step and keep going. Life is full of surprises, some pleasant, others not so pleasant. That is what makes life so interesting.
Whatever it is that you do – expect change and plan to grow as it happens. The power is in your hands – are you ready?
GIS is all about data. When someone requests a map they are requesting a snapshot or dynamic view of the data. In some circumstances they also want to know where the data is from and when it was last updated. But realistically, they want a map that tells a story. As part of their responsibilities, a geospatial staff member organizes and coordinates the necessary materials together in any way they can and present their story on a map, or through a viewer.
While many of these steps seem obvious they are not as obvious to those who do not have geospatial responsibilities. Those outside of the geospatial realm forget it can take days, weeks, or even months to assemble the proper information into a story if it is not freely available.
During an incident, any time given for a map is unacceptable. So how do GIS staff accomplish the same goals during an event when data is unavailable? While a geospatial staff member cannot gather all of the data that is needed for an incident they can gather as much as they can and ensure each dataset is updated in a timely manner. Otherwise what good is outdated data? This also goes back to my post on Relationships where GIS staff can coordinate multiple datasets as it is needed before, during and after an incident.
During normal operations data can be difficult to receive from other agencies and many times it is duplicated by agencies that cannot coordinate their efforts. However, during an event agencies are more willing to share since everyone has a piece in the puzzle and they do not want to be known as the non-cooperative agency. During this time, it is imperative GIS staff maintain contact with each other so after the event. After the event, data maintenance can then be maintained during normal operations.
The 2012 Summer Olympics in London have been quite a ride – keeping millions of viewers, including myself, from all over the world intrigued for 17 days. You may be wondering, ‘What does emergency management have to do with the Olympics?’
Emergency managers, like Olympians, have pride, passion and dreams. However, without the proper training neither would be in the position they are in. Each require hard work and dedication in their training and to rise above the expectations expected of them.
Every day when I wake up I ask myself, “How can I make a difference?” Like many of the Olympians we have seen the past few weeks we cannot simply ask a question, we must show action and with enthusiasm. We cannot do it all on our own either, the emergency management community must rise together as a nation does at the Olympics. For we are only as strong as our weakest link.
Despite the tornado warning and outdoor siren activation many deaths resulted from the EF-5 (winds reaching speeds over 200 mph) that devastated the city of Joplin, Missouri in May 2011. A National Weather Service study on the Joplin tornado revealed the following:
A majority of residents did not immediately seek shelter when the tornado warnings were issued;
In order to take action and seek shelter, residents needed two to nine risk signals (ie: If a resident heard the sirens going off they would look at the sky, acquire information from their television, call a friend, and so on); and
The duration of time between the issued warning and the search for resident confirmation resulted in a higher risk of life loss.
What is the Future for Weather Warning Systems
How can the emergency management community limit the number of sources residents seek before taking action? One of the major reasons residents confirm awareness before taking action is current technologies have outdoor warning sirens and NOAA weather radios responding at the county level instead of community level.
The National Weather Service and local media have been able to issue storm polygons for the effected communities, however NOAA weather radios and outdoor warning sirens are not currently part of this package. These discrepancies in the system make residents weary when any of these mediums indicate a potential storm and they seek other sources to confirm they need to take action(s). Until all technologies reach the same levels it is imperative residents establish key resources and utilize them before severe weather moves into the area.
To fill one of the gaps, in May 2012, cell phone corporations began offering severe weather warnings to their customers. Alerts including certain types of National Weather Service Warnings, will be sent automatically to cell phones within areas where severe weather is occurring. However, to receive the messages you must have a cell phone that is capable of receiving them. Not all phones are currently supported but as new models of phones come on the market many will include the alerting capability. To find out if your phone is compatible with the service, contact your cell phone provider.
In addition to the actions of the cell phone corporations, residents can take advantage of smart phone and tablet applications available to them. Some applications that can provide weather information and/or alerts to them via their devices include (listed in alphabetical order):
iMapWeatherRadio ($9.99): iMap Weather Radio will send your device an alert if your device or saved locations fall inside a watch/warning box. Once alerted you can listen in to the same message sent to NOAA weather radios (Not available on Android);
My-Cast ($3.99): Delivers comprehensive yet intuitive weather information. There is no alerting capability with this application;
NOAA Hi-Def Radar ($1.99): Simple yet powerful for viewing real-time, animated weather radar images on an interactive map. There is no alerting capability with this application (Not available on Android);
NOAA Now: The latest news and emergency updates from NOAA. There is no alerting capability with this application;
NOAA Radio Free (Free): A weather radio application where you can listen in to the same message sent to NOAA weather radios. There is no alerting capability with this application (Not available on Android);
RadarScope ($9.99): A specialized display utility for weather enthusiasts and meteorologists that allows you to view radar data along with tornado, severe thunderstorm, and flash flood warnings issued by the National Weather Service. There is no alerting capability with this application;
The Weather Channel (Free): The Weather Channel provides the most accurate and relevant weather information whenever weather matters to you. There is no alerting capability with this application;
WeatherGeek ($4.99): View the same numerical weather models professional meteorologists use to develop their forecasts. There is no alerting capability with this application; and
WeatherTAP Zoom (Free): Pushes personalized current weather with detailed storm tracking capability. There is no alerting capability with this application (Not available on Android).
Today marks the fifth anniversary of the devastating I-35W bridge collapse in Minneapolis, Minnesota that took 13 lives and injured 145 others. It was 6:05pm on Wednesday August 1, 2007 during the peak of rush hour when the bridge gave way and took nearly 100 vehicles stopped in traffic with it into the Mississippi River.
The incident was one of the worst man-made Minnesota has ever seen and while we reflect on those effected by the collapse we can certainly say we are more prepared than we were in 2007. Bridges are examined much closer than they were prior to the collapse and given more funding to repair and even replace the most critical of structures.
State and county engineers say the I-35W disaster raised awareness of bridge safety, tightened inspection and reporting requirements and made it easier to get state and federal money to repair or replace aging bridges.