Earthquake report world-wide for Tuesday, 27 Mar 2018

Tuesday Mar 27, 2018 23:20 PM | BY: EARTHQUAKEMONITOR

World map showing earthquakes above magnitude 3 during the past 24 hours on 27 Mar 2018

Summary: 36 quakes M3+, 16 quakes M4+, 1 quake M5+ (53 total)
Magnitude 3+: 36 earthquakes
Magnitude 4+: 16 earthquakes
Magnitude 5+: 1 earthquake
Magnitude 6+: none
Magnitude 7+: none
Magnitude 8+: none
Magnitude 9+: none List of 10 largest earthquakes in the world (past 24 hours):
M 5.4 quake: 262km ESE of Kodiak, Alaska on Tue, 27 Mar 22h41
M 4.9 quake: Volcano Islands, Japan Region on Tue, 27 Mar 06h39
M 4.9 quake: South Indian Ocean on Tue, 27 Mar 11h39
M 4.9 quake: Tanimbar Islands Reg., Indonesia on Tue, 27 Mar 18h51
M 4.8 quake: South Indian Ocean on Tue, 27 Mar 11h39
M 4.7 quake: South of Fiji Islands on Tue, 27 Mar 09h06
M 4.6 quake: NEW GUINEA, PAPUA NEW GUINEA on Tue, 27 Mar 03h45
M 4.6 quake: Java, Indonesia on Tue, 27 Mar 20h57
M 4.5 quake: 84km WSW of Puerto Madero, Mexico on Mon, 26 Mar 23h21
M 4.4 quake: 257km ESE of Kodiak, Alaska on Tue, 27 Mar 22h16 Largest 20 quakes past 24 hours Largest 20 quakes on Monday, 26 Mar 2018 Complete earthquake list (latest and archive) Previous news

Tuesday, Mar 27, 2018

Monday, Mar 26,

Hollnagel, Erik., Building Research & Information 42, no. 2 (2014): 221-228.

Resilience engineering and the Built Environment provides a brief overview of resilience engineering concepts and how they may apply in technological systems like infrastructure. Since the field of Resilience engineering is dominated by experts in social and systems sciences, the majority of research focuses attention on people, rather than discussing the characteristics of engineered systems and their relationships to the people that operate them. This paper offers a succinct overview of several concepts critical to resilience engineering theory and acts as a primer for each one.

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Authors: Wears, Robert L., and L. Kendall Webb.
Publication: Resilience engineering in practice 2 (2014): 33-46.

Things that never happened before happen all the time” Carl Sagan (1993)

‘Surprise’ underpins all resilience engineering theory and applications. The goal of resilience is to manage unexpected and unpredictable events in a successful and positive way, and the word surprise, by and large, encapsulates anything unexpected. This means the ways that experts think about “surprise”, understand what it is, and then deal with it helps establish a basis for designing resilient systems.

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Communication experts often say, “When you’re communicating during an emergency, always think about what you’d say to your mom. What information would she need the most? How would you explain it to her? What would you need to know for sure before you told her? And just how far would you go to reach her?” When Hurricanes Irma and Maria hit the U.S. Virgin Islands (USVI) in September 2017, this wasn’t just advice for Nykole Tyson. Nykole is the USVI Department of Health’s (DOH’s) Director of Public Relations. She serves as the DOH spokesperson and emergency communicator. Like all of USVI’s responders and government officials, she is a survivor who was impacted by the storms. Nykole’s home had water and roof damage and she was without water or power for four months. “I caught rain water in barrels and used solar lights sent to me by friends living stateside,” Nykole said. She lived on a cot in her office in the DOH for several weeks between and after both storms. . The storms destroyed most of the territory’s communication infrastructure, making both personal and mass communication nearly impossible. Nykole was unable to reach her own family for four days after the second hurricane. However, within hours of both storms, she was on the radio talking to her community about how to stay safe, find shelter, and stay strong. Nykole wasn’t just talking to the public, she was talking to her neighbors, her community, her family, and even her mom.