2. Davis County Authors Keller and DeVecchio of Natural Hazards suggest some possible ways of educating the community. “This educational effort could include the public distribution of pamphlets and videos” (pg 93, Keller, Devecchio). Although Davis County has a great start in bringing the community to the awareness of earthquake education, thus furthering mitigation plans, the scheduled meetings will only alert a small sample of the community. This sample mostly includes those who actually attend community meetings. Some are unable to attend such as: the elderly, those who are busy during scheduled times, or those who do not attend community meetings. These people will not be educated or prepared should an earthquake arise. A better solution to the distribution of pamphlets, though time consuming or costly, would be to deliver pamphlets to homes, attempting to educate everyone in the community. Page 25 of Mitigation Plan Very interesting finding by the author of the report!

3. Davis County Petroleum Refinery- Fukushima- same mistake. /// spot in book? Ask./// Page 25 in mitigation plan. Yes!

4. Davis County The picture to the left is an example of Tectonic Creep, defined in the book Natural Hazards as, “Slow, more or less continuous, movement along a fault; also called fault creep” (Keller and Devecchio, 538). Though Davis County claims there has not been enough evidence to update fault zone maps since 2003, constant movement has occurred over the last 12 years. Shouldn't this be enough information as is? Why do we need another Earthquake to make better decisions? Doesn’t that defeat the purpose of decision making? Picture of San Andreas Fault. Picture found on Pg. 61 of Textbook. Page 25 of Mitigation Plan

5. Davis County “Fire is another major hazard linked to earthquakes. Shaking of the ground and surface displacements can break electrical power and natural gas lines, thus starting fires. The threat from fire is even greater because firefighting equipment may be damaged; streets, roads, and bridges may be blocked; and essential water mains broken” (Keller and DeVecchio, 77). Davis County’s measures have taken beneficial measures due to earthquake’s accompanying hazard of fire. As explained by Keller and DeVecchio, risk is higher due to damage of firefighting equipment. By updating fire department structures, proper aid may be received should an earthquake occur. Page 25-26 of mitigation Plan.

6. Morgan County “Insurance and relief measures are vital to help a community, state, or country recover from an earthquake” (Keller and DeVecchio, 93). Although even the book claims that insurance is important, it does not reduce the loss of life and damage to property as the Morgan County Plan claims. As discussed in Jon Allred’s class, insurance only replaces our belongings. Still, even this goal is unaccomplished. Page 30 in Mitigation Plan

7. Salt Lake County “Technically it is feasible to develop an earthquake warning system that would provide up to about 1 minute of warning to the Los Angeles area prior to the arrival of damaging earthquake waves from an event several hundred kilometers away. Such a system would be based on the principle that radio waves travel much faster than seismic waves” (Keller and DeVecchio, 89). As shown above, Salt Lake County is updating radio systems to improve emergency communications. This is exciting news for the county! Page 33 in Mitigation Plan

8. Salt Lake County Refer to the next slide. Page 33 in Mitigation Plan

9. Salt Lake County The above image is cropped from the original Utah Geological Survey GIS map. Encircled is the city which I live. As indicated in the Key below the map, Cottonwood Heights’ ground is made of mostly sand and gravel deposits. According to page 66 of the text, as shown in the image to the left, shaking of ground made of silt and mud (sand included) shakes more severely than alluvium, sedimentary rock, and hard igneous rock. With the information included, builders can plan accordingly. Murray Cottonwood Heights Mouth of Big Cottonwood Canyon Key GIS Map Data - Utah Geological Survey, 2013. (Keller and DeVecchio, 66)

10. Tooele Yet another example that could represent a lack of urgency. Page 38 in Mitigation Plan

11. Tooele We haven’t seen activity yet, therefore maybe we should spend time on other pressing matters, right? WRONG! Utah’s fault zones are classic examples of a seismic gaps, “Area along an active fault zone that is capable of producing a large earthquake but has not produced one recently” (Keller and Devecchio, 537). As described in the text, tension (or strain) builds within the Earth” (Keller and DeVecchio, 66). When released, an earthquake occurs. The more strain that is built, the larger the earthquake. “Frequent small earthquakes may help prevent larger ones in the same area. If we assume that small earthquakes release pent-up energy, then the reduction in elastic strain may lower the chance of a devastating earthquake along a particular fault” (Keller and DeVecchio, 79). However when an earthquake does not occur for a long period of time, the increasing future damage can be overlooked. In reality strain is building higher and higher until BAM! A quake occurs. The unattended classes intended for planners and policy officials could very well represent this lack of urgency. Currently, as discussed in class, we are expected to have a 7.5 quake. As strain builds, that number will increase. We need to be prepared. Page 38 in Mitigation Plan

12. Weber County Ie. Book. Kids couldn’t run fast enough. What page in book? Educate teachers on structural mitigation. Not accomplished!!!! Page 38 in Mitigation Plan

13. Weber County Page 38 in Mitigation Plan Retrofitting these buildings will accomplish two things. As the textbook says, “Earthquakes don’t kill people, buildings kill people” (Keller and DeVecchio, 92). By retrofitting these buildings, deaths and injuries may be reduced. The book further states, “Although we may never be able to prevent injury and death from earthquakes, we can reduce the number of casualties through the safe location of critical facilities.” Should an earthquake occur, these critical buildings will help the community receive aid as soon as possible.

14. Citations "GIS Map Data - Utah Geological Survey." GIS Map Data - Utah Geological Survey. State of Utah, 1 Jan. 2013. Web. 4 Mar. 2015.. Keller, Edward A., and Duane E. DeVecchio. Natural Hazards: Earth's Processes as Hazards, Disasters, and Catastrophes. Third ed. Upper Saddle River, NJ: Pearson/Prentice Hall, 2012. Print. "Wasatch Front Region Natural Hazard Pre - Disaster Mitigation Plan." The Official Website of Davis County, Utah | Sheriff. Davis County Government Information Systems, 1 June 2009. Web. 4 Mar. 2015..