Natural hazards can impact our lives from a local, national and global scale. Understanding them and adapting to them are essential to our lives.
This project allows students to apply the content knowledge they have developed on plate tectonics and apply it to their own inquiry. The project requires students to better understand the likelihood of a hazard happening and potential ways to mitigate against these. A pecha kucha presentation will be given by each studnet with the goal being to convince government leaders to take pro-active action to mitigate (how to manage the hazards in order to prevent loss of life and economic losses, etc) against a plate tectonics related natural hazard.
Founded in 1995 by Dr. Chuck Wood, Volcano World is currently housed in the
Department of Geosciences at Oregon State University and kept alive by ongoing volunteer efforts.
Provides an alphabetical list of all volcanoes with additional content on Volcano World.
Volcano Live is an educational website providing information on active volcanoes, produced by John Seach.
This website has a large section about volcanoes, volcano news, volcano photos, and earthquakes all over the world.
Find information about your volcano by first clicking on the country where it can be found.
Find information about volcanoes found in the United States.
Use the pull down menu to first find your state then your volcano.
Smithsonian Institution National Museum of Natural History: Global Volcanism Program.
The Volcanoes of the World database provides a catalog of Holocene and Pleistocene volcanoes, and eruptions from the past 10,000 years.
Outlines how Geoscience Australia monitors earthquakes.
Information provided by the United States Geological Survey.
A video clip (8mins) which shows a group of researchers drilling into one of the most earthquake-prone regions on Earth as they try to improve earthquake prediction to add precious seconds to earthquake warning times.
Scroll through the 10 slides of different technologies used to earthquake proof high rise buildings.
The giant steel pendulums work by being hung on a building at rooftop level. In the event of an earthquake, they will apply force in the direction opposite of “long-period seismic motions,” halving the amplitude of vibrations.
Discusses unconventional design of buildings in earthquake prone areas.
From How Stuff Works.
Information from Imperial College, London.
Information from a civil engineering website.
Information from the Conversation, an Australian website with credible sources.
Includes information on earthquake prevention of infrastructure including railways.
Produced by the Australian Emergency Management Knowledge Hub. Click on the tab Warning System to bring up the 21 slides associated with this topic.
Information from the BBC News. A very credible source.
Information from the Australian Bureau of Meteorology.
Information from the Australian Bureau of Meteorology.
Provides an update to the DART system outlined in the DART early warning buoy link.