Japan is no stranger to powerful earthquakes, and the recent magnitude 7.5 quake is a testament to the country's advanced monitoring capabilities. With a network of GPS stations strategically placed across the country, scientists can accurately measure the movement of the ground during an earthquake. In the case of this earthquake, the land moved as much as 130cm to the west. Satellite images taken before and after the earthquake also show the Earth's surface rising up under the force of the tremor.

One fortunate consequence of the ground movement was the lessened impact of the tsunami waves generated off the coast. The uplift of the land may have reduced the height of the waves when they reached the shoreline. Despite the destruction caused by the earthquake, the number of deaths has been relatively low compared to similar events in other countries. This can be attributed to Japan's preparedness and investment in infrastructure and population resilience. The country has strict building codes and a well-trained population that knows how to respond to tremors. Japan also has one of the most advanced early warning systems in the world, which provides notifications to TV, radio, and cell networks.

While scientists cannot predict the timing and scale of an earthquake, the early warning system in Japan provides valuable seconds of notice before the most severe shaking begins. This allows for important actions to be taken, such as opening doors at fire stations and applying brakes on high-speed trains. The population is also trained to "drop, cover, and hold on" during an earthquake. Japan's proactive approach to earthquake preparedness has significantly reduced the number of casualties in comparison to other countries that have experienced similar events.

Original news source: How Japan’s big quake shifted the land (BBC)

– Charades
Instructions: Divide the class into small groups. Each group will take turns choosing a word or phrase related to earthquakes or earthquake preparedness from a hat. Without speaking, one member of the group must act out the word or phrase while the other group members try to guess what it is. The group that guesses correctly gets a point. The group with the most points at the end wins.
– News Summary
Instructions: In pairs, students will read the article and then take turns summarizing the main points to their partner. Each student should try to include as much detail as possible in their summary. After both partners have shared, they should discuss any similarities or differences in their summaries.
– Opinion Poll
Instructions: The teacher will write several statements related to the article on the board, such as "Japan's early warning system is effective" or "Building codes are essential for earthquake preparedness." Students will then vote on each statement by standing on one side of the room if they agree and the other side if they disagree. After each vote, students can discuss their reasons for their opinions.
– Speed Summarizing
Instructions: Divide the class into pairs. One student will be the "reader" and the other will be the "listener." The reader has one minute to read a section of the article to the listener. After one minute, the reader must stop and the listener has one minute to summarize what they heard. Then, switch roles and repeat with another section of the article. Afterward, pairs can share their summaries with the class.
– Pros and Cons
Instructions: Divide the class into small groups. Each group will create a list of pros and cons related to earthquake preparedness in Japan. They can use the article as a reference, as well as their own knowledge and opinions. Afterward, each group will share their lists with the class and discuss their reasoning behind each point.

Japan is no stranger to powerful earthquakes, and the recent magnitude 7.5 quake is a testament to the country's advanced monitoring capabilities. With a network of GPS ? strategically ? across the country, scientists can accurately measure the ? of the ground during an earthquake. In the case of this earthquake, the land moved as much as 130cm to the west. Satellite ? taken before and after the earthquake also show the Earth's surface rising up under the ? of the tremor. One fortunate ? of the ground movement was the lessened ? of the tsunami waves generated off the coast. The uplift of the land may have reduced the height of the waves when they reached the shoreline. Despite the destruction caused by the earthquake, the number of deaths has been relatively low compared to similar ? in other countries. This can be attributed to Japan's preparedness and investment in infrastructure and population resilience. The country has strict building codes and a well-trained population that knows how to respond to tremors. Japan also has one of the most advanced early ? systems in the ?, which provides notifications to TV, ?, and cell networks. While scientists cannot predict the timing and scale of an ?, the early warning system in Japan provides valuable seconds of notice before the most severe shaking begins. This allows for important actions to be taken, such as ? doors at fire stations and applying brakes on high-speed trains. The population is also trained to "drop, cover, and hold on" during an earthquake. Japan's proactive approach to earthquake preparedness has significantly ? the ? of casualties in ? to other countries that have experienced similar events.

1. What is the significance of Japan's advanced monitoring capabilities in predicting and measuring earthquakes?
2. How would you feel if you lived in a country prone to frequent earthquakes? Why?
3. Do you think it is important for countries to invest in infrastructure and population resilience in order to minimize the impact of natural disasters? Why or why not?
4. What is the role of building codes in minimizing casualties during earthquakes?
5. How do you think Japan's early warning system contributes to earthquake preparedness?
6. Do you think it is possible for scientists to predict the timing and scale of earthquakes in the future? Why or why not?
7. How would you react if you received a few seconds of notice before a severe earthquake? Why?
8. What are some important actions that can be taken during an earthquake to ensure safety?
9. Do you think other countries should adopt Japan's "drop, cover, and hold on" approach to earthquake response? Why or why not?
10. How do you think the experience of living in a country prone to earthquakes would impact a person's daily life?
11. What are some potential challenges or drawbacks of living in a country with advanced earthquake monitoring capabilities?
12. How would you feel if you had to constantly worry about the possibility of an earthquake occurring in your area? Why?
13. Do you think it is worth investing in advanced monitoring capabilities for natural disasters? Why or why not?
14. How do you think the experience of living through a powerful earthquake would change a person's perspective on life?
15. What lessons can other countries learn from Japan's approach to earthquake preparedness?

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