Earthquake and Flood Safety

Today, an 8.9-magnitude quake struck Japan, causing widespread devastation and setting off a chain of tsunamis that are affecting coastlines as far away as California. Our thoughts and prayers go out to those whose lives have been turned upside-down by this historic disaster.

When things like this occur – it’s important that we remind ourselves of steps to take in the face of disaster.

Earthquake safety is all about preparedness. We found a list of 7 Steps to Earthquake Safety, and wanted to share them with you here:

– Identify hazards such as heavy items that aren’t secured, and repair them
– Create a disaster plan
– Prepare disaster kits that contain first aid items and fresh water
– Identify building weaknesses and repair them
– Drop, Cover, and Hold on
– After an earthquake, check for injuries and damage
– Follow your disaster plan

We encourage you to read the full description of the steps here.

We also recently posted a guide to flood safety, which can be important in the aftermath of a tsunami. Follow the link to read.

Protect Yourself During Flood Season

With winter winding down (finally!) – our thoughts are turning to spring and summer, and some of the damaging rain and storms that come with the changing seasons. Certain areas of the US are already seeing flooding from some of these storms, so we wanted to share some tips from the FEMA website for staying safe during a flood.

How to react if a flood is occurring near your home:

  • Listen to the radio or TV for information
  • Be aware of flash flooding, if there is a possibility of a flash flood, move immediately to higher ground
  • Be aware of streams, drainage channels, canyons, and other areas prone to flash flooding.

If you must evacuate, attempt the following:

  • Secure your home as much as possible. Bring outdoor items indoors, and move essential items to a higher floor
  • Turn off utilities and the main shutoff points. Disconnect as many electrical appliances as possible. Do NOT touch electrical equipment if you’re in standing water.
  • Do not walk through moving water. It only takes 6 inches of moving water to make you fall.
  • Use a stick or cane to check ground firmness where you are walking
  • Do not drive in flooded areas. Flood waters can sweep you and your vehicle away quickly

Driving in Flooded Areas

  • If you find yourself driving in flood conditions, be aware that only 6 inches of water will reach the bottom of most passenger cars and can cause stalling
  • A foot of water will float many vehicles
  • Two feet of rushing water is enough to float away even heavy SUV’s and Trucks

We hope you never need to use these tips, but it pays to be aware of the dangers of flooding before they happen!

If you happen to have your own website or blog, you can add some cool widgets provided by FEMA by going to their site here and downloading them.

Earthquake Safety for Schools

In many areas, a major safety concern is the ongoing threat of earthquakes. While they can’t be avoided, it is possible to take steps to mitigate the damage from these occurrences.

As part of our commitment to educators, I want to share an interesting webinar offered by the Applied Technology Council. This webinar will provide more information on steps that can be taken to improve the earthquake safety of schools. It may be a little too scientific for some, but I thought it would be of interest to some folks out there!

Here’s more info:

Numerous school buildings located in multiple States and U.S. territories are vulnerable to earthquake losses and damage. This includes potential:
•    Death and injury of students, teachers, and staff
•    Damage to or collapse of buildings
•    Damage and loss of furnishings, equipment, and building contents
•    Disruption of educational programs and school operations
•    Inability of the community to use schools as temporary shelters

At this webinar, you will learn the following:
•    How to assess and analyze your earthquake risks
•    How to develop an actionable plan to reduce and manage earthquake risks
•    How to initiate an earthquake risk reduction plan for existing school buildings that were not designed and constructed to meet modern building codes
•    How to secure “non-structural” elements of the school facility
•    How to apply “incremental seismic rehabilitation” to protect buildings and ensure occupant safety
•    Why “incremental seismic rehabilitation” is an affordable alternative for school safety

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