well i think it is where you leave the place and go to another place :P
This is not true. There has been a warning system for tsunamis in place around the entire Pacific Ocean since the 1940s. In fact, Japan is probably even better prepared for a tsunami than the US is. More recently, a tsunami warning system was created in the Indian Ocean.
Hi, Paste this link into your browser on how tsunamis are detected: http://ioc3.unesco.org/itic/categories.php?category_no=140 It is on the International Tsunami Information Center site. !
The 1976 tsunami in the Philippines is commonly referred to as the Moro Gulf earthquake and tsunami. It was triggered by a magnitude 7.9 earthquake that struck near the island of Mindanao, causing devastating tsunami waves that affected coastal areas around the Moro Gulf region.
The Pacific Tsunami Warning Center estimated first arrival around 7 1/2 hours after the quake, or around 3:15am HST.
well i think it is where you leave the place and go to another place :P
This is not true. There has been a warning system for tsunamis in place around the entire Pacific Ocean since the 1940s. In fact, Japan is probably even better prepared for a tsunami than the US is. More recently, a tsunami warning system was created in the Indian Ocean.
Hi, Paste this link into your browser on how tsunamis are detected: http://ioc3.unesco.org/itic/categories.php?category_no=140 It is on the International Tsunami Information Center site. !
The 1976 tsunami in the Philippines is commonly referred to as the Moro Gulf earthquake and tsunami. It was triggered by a magnitude 7.9 earthquake that struck near the island of Mindanao, causing devastating tsunami waves that affected coastal areas around the Moro Gulf region.
The 1883 tsunami was caused my the Krakatau Volcano eruption in Indonesia. The deep effect of the tsunami was in the Sunda strait killing more than 36000 people in Java and Sumatra. Around 165 coastal villages were washed away. The effect of the Tsunami was felt as far as New Zealand.
The Pacific Tsunami Warning Center estimated first arrival around 7 1/2 hours after the quake, or around 3:15am HST.
A Tsunami Warning System (TWS) is a system to detect tsunamis and issue warnings to prevent loss of life and property. It consists of two equally important components: a network of sensors to detect tsunamis and a communications infrastructure to issue timely alarms to permit evacuation of coastal areas.There are two distinct types of tsunami warning systems: international and regional. Both depend on the fact that, while tsunamis travel at between 500 and 1,000 km/h (around 0.14 and 0.28 km/s) in open water, earthquakes can be detected almost at once as seismic waves travel with a typical speed of 4 km/s (around 14,400 km/h). This gives time for a possible tsunami forecast to be made and warnings to be issued to threatened areas, if warranted. Unfortunately, until a reliable model is able to predict which earthquakes will produce significant tsunamis, this approach will produce many more false alarms than verified warnings. In the correct operational paradigm, the seismic alerts are used to send out the watches and warnings. Then, data from observed sea level height (either shore-based tide gauges or DARTbuoys) are used to verify the existence of a tsunami.
When a Tsunami hits, there's not just giant puddles of water lying around. It breaks sewage lines which spew about the streets. No water you are given there is guaranteed to be safe at the moment unless it is imported from a reliable source.
A Tsunami Warning System (TWS) is a system to detect tsunamis and issue warnings to prevent loss of life and property. It consists of two equally important components: a network of sensors to detect tsunamis and a communications infrastructure to issue timely alarms to permit evacuation of coastal areas.There are two distinct types of tsunami warning systems: international and regional. Both depend on the fact that, while tsunamis travel at between 500 and 1,000 km/h (around 0.14 and 0.28 km/s) in open water, earthquakes can be detected almost at once as seismic waves travel with a typical speed of 4 km/s (around 14,400 km/h). This gives time for a possible tsunami forecast to be made and warnings to be issued to threatened areas, if warranted. Unfortunately, until a reliable model is able to predict which earthquakes will produce significant tsunamis, this approach will produce many more false alarms than verified warnings. In the correct operational paradigm, the seismic alerts are used to send out the watches and warnings. Then, data from observed sea level height (either shore-based tide gauges or DARTbuoys) are used to verify the existence of a tsunami.
the only thing i see is that the in wthe city they only felt the ground shacking that doesn't dosent seem right to man adt can it likr give u more info about a warning something that would get the peopls interested into krkatoa volcano
Warnings for a tsunami might be feeling the Earth shake, seeing the ocean water disappear from the beach, bay or river, or hearing an unusual roaring sign. A warning for this tsunami might be issued by public officials, and if a warning for your area is announced, you should run to higher ground immediately.
The cost to rebuild Japan after the 2011 tsunami was estimated to be around $360 billion. This extensive reconstruction effort involved repairing infrastructure, homes, businesses, and coastal areas devastated by the tsunami. The Japanese government, along with international aid and support, played a crucial role in the rebuilding process.