Earthquakes have been a
natural force feared by human beings since they were initially encountered. On
February 6, 2023, a deadly 7.8 magnitude earthquake shook the Turkey/Syria
area. Turkey, which sits on a major active fault line (the North Anatolian
fault), is prone to earthquakes. according to Global News.
Earthquakes are caused when two tectonic plates interact or push against each
other. On February 6th, the African, Anatolian (where Turkey sits),
Arabian and Eurasian plates all interacted on the North Anatolian Fault,
causing the disastrous earthquake.
Data derived by USA
Today says that “authorities say the death toll has surpassed 11,000
and probably will keep climbing. An estimated 6,000 buildings were toppled”.
Hundreds are still believed to be buried under the rubble. According to Brian
Olson, who’s Twitter conversation was displayed by USA Today, “Yesterday's
M7.8 earthquake in southern Turkey ruptured along segments of the East
Anatolian Fault zone that had caused 3 previous strong quakes in the 18th &
19th centuries”. But this time, it was as if the quakes were combined because
the magnitude was so high and the effects so deadly.
As humans and civil
servants, it is our duty to help and assist others whenever and wherever
possible. When disaster strikes, and help is needed, the more people that pitch
in the better it will be. On February 6th, Turkey faced one of these
disasters. A deadly 7.8 magnitude earthquake killed and injured many and left
many more homeless and starving. Countries like Canada, China, and many others
have already begun to help by donating money, supplies, and sending volunteers.
Doing such things can greatly help those in need.
Schools, neighborhoods, and
workplaces can also host supply drives and other activities to help
Turkey. For example, can host money drives and Fun Run type activities.
They can also hold a supply drive for non-perishable food and collect soap and
other materials. Another mellower activity would be to make kind cards to send
to people who have been left homeless.
It is said that there is no sound in space. But radio astronomy allows people to literally listen to it. “Radio astronomy is the study of celestial objects that give off radio waves” (NSF). It is a branch of astronomy solely focused on the ‘radio’ part of the electromagnetic spectrum. Using this, scientists’ study celestial objects which give off radio waves. Radio astronomy helps people analyze cosmic happenings that are invisible on the electromagnetic spectrum. It’s the study of the universe using radio emissions. History Radio astronomy started in 1932, when Karl G. Jansky, engineer, solved a puzzling problem: there was noisy static that was interfering with the short-wave radio for the transatlantic voice communications. After trying to find the source for moths, he discovered that it was moving across the sky. After discussing with some astronomers, he found that some radio waves from outside the solar system – in the center of the Milky Way – were the cause of the pro
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