In the article “The Big One” Berkeley seismologist Robert Nadeau states “ A lot of randomness is lack of knowledge.” In this statement the word randomness is referring to earthquakes meaning we only have a small knowledge about the science of this activity. Nadeau uses this statement to convince us to realise that earthquakes cannot truly be predicted, in reality the only resource we have is presumptions. Scientists prove that we do not have enough of the necessary tools needed to produce the correct idea of when an earthquake is actually going to occur. The problem is that scientists didn 't know how earthquakes and faults had anything to do with each other until after the San Francisco earthquake on April 17,1906. Since then scientist have move past that. Being able to predict earthquakes would benifits citizens and their cities tremendously! The issue is that they are simply educated guesses, nothing certain. …show more content…
If scientist were to diagnose how to correctly predict earthquakes it would lessen the amount of deaths greatly. As the article says, “People still die in stunning numbers when the ground beneath their feet begins to shake. Almost always it’s not the earthquake that kills them but their collapsing houses, offices, stores and schools…” This shows that Achenbach, the author, is saying that by not moving forward in finding a way to predict these quakes , they 're only making the problem worse. Kerry Sieh is convinced he can help break the cycle of calamity using science. Sieh states, “ He has heard the refrain that earthquakes are chaotic and unpredictable. That’s not what he see on the map of the plate boundary. He sees a fault breaking incrementally from North to South.” The point od Sieh’s theory is that he knows earthquakes are known to be unpredictable but he wants to show us his proof. For example how he knows the fault is breaking from North to South . Sieh is closer than the majority of scientist on cracking the trick to actually predicting
In the essay he claims he researched it, it is about how a navy spy microphone picked up a sound so large it is louder than any animal known to man, so large it made a sound equivalent to what an undersea earthquake would make. If the reader researched it, they would find that the big Bloop is the result of an ice quake, not some biological Animalia. Sullivan tells the reader to look it up, knowing they will not because he knows the reader will most likely believe the worst case scenario in the text. By fictionalizing the plausible parts of the essay while making implausible parts as facts, Sullivan proves that humans think of the worst case scenarios because it is our primary way to process information.
The text asserts that there were no sweeping fires to blame, only the earthquake. This event led to the first major legislative initiative in California to recognize seismic issues: the Field Act of 1933. Steinberg contends that although this was a step in the right direction, seismic enlightenment was still difficult. The author notes that regardless of awareness, many built in areas vulnerable to harmful seismic activity (i.e. near fault lines). The author also states that California is not the only area prone to earthquakes and that typically the poor suffer more from these events wherever they happen.
1.When I first picked up John Ortberg’s Everybody’s Normal Till You Get to Know Them I did not think I would like, but I read the first two chapters and was captivated. As you make your way through the book Ortberg separates it into three parts; “Normal: There’s No Such Thing, Dear”, “How To Get Close Without Getting Hurt”, and “The Secret of Strong Relationships.”
The book I am reading is called The One. The page I am on is page 235/323. This book is about the final 4 girls trying to win the spot of the prince’s wife. So far America is in the lead and Maxon, the prince, really wants to marry her. But his father doesn’t even like her
Twain/London Essay San Francisco is known as one of the most earthquake populated areas in the US. Since the state sits on a fault line, it is often victim to many quakes whether they be small or large. The essay’s that we read helped show that.
The sun’s scorching rays beat down another day on the spaced out city streets of Los Angeles California. Lying below this unique suburb lay two brothers who possess traits far more important than any human living above. These very powerful God-like brothers live their lives underground as rocks along the fault line. Their only job is to not slip along the fault to cause an earthquake. At any time could one or the other cause and produce an earthquake strong enough to wipe out a city as big as Los Angeles.
However, peculiarities of the lithosphere of the city can scare the newcomer. The city of San Francisco is in a high seismic activity zone, as very close are faults the San - Andreas (along the San Francisco Peninsula) and Hayward (on the eastern side of the bay). Small tremors come here often enough, but twice throughout its history (1906 and 1989) the city suffered the earthquake damage. The territory of San Francisco is a difficult terrain, as it has about fifty hills.
Author John M. Barry, in The Great Influenza, claims that scientists must embrace uncertainty and doubt their ideas in order to be successful in their research. To support his claim, he first states that “uncertainty creates weakness”, then lists the traits required by scientists (including curiosity and creativity), and finally explains that experiments must be made to work by the investigator. The purpose of this is to further support his claim in order to encourage readers to embrace uncertainty because certainty creates something to lean on, while uncertainty forces one to manipulate experiments to produce answers. Barry adopts a formal tone to appeal to a worldwide audience, specifically those interested in scientific research, by using
In 2007, Dr Christian Klose, from Columbia’s Lamont Doherty Earth Observatory presented a new theory that the earthquake was prompted by two hundred years of coalmining. Dr Klose theorised that because of coalmining, stress in the Earth’s crust started to change and over time this caused the tremor. Another Australian report pointed out other factors that may have contributed to the unfortunate natural disaster. It mentioned that minor tremors in the nearby Hunter Valley region prior to the Newcastle Earthquake might have created a fault line that led to the earthquake. Australian Geo-scientists disagree with Dr Klose’s theory and say that because the epicentre of the earthquake was too deep underground, it is not likely to the caused by extensive coalmining.
earthquakes are a danger to the people because they kill millions and they happen often they can be like the chile earthquake or they can be like the Kuril Islands earthquake, they can happen when you don't even know it because they are so small or they can be a hazord, Lets talk about the chile earth quake before we get to any thing else. The chile earthquake killed approx: 1,655 killed, 3,000 injured,and 2,000,000 homeless only buildings of reinforced concrete or structural steel, and a few others sheltered by these buildings, remained standing that shows you how you what building you need to either live in or a building to live in anyway… this is one of the top 15 major earthquakes it is you guessed it Off the West Coast of Northern Sumatra
There are a lot of unexpected thing happened to our life. The Valdivia earthquake and Alaskan earthquakes is the most strongest earthquakes that ever happen in the world and this earthquakes are giving both of the two country a very big impact to their population and economy, they also losing a lot of people, housed, money and a huge of the area that earthquakes happened got damage. By the way one of the American author, Thomas Sowell, had said that “All thing are the same except for the differences and different except for the similarities” and that it true however both of them are the top strongest earthquakes but they are some different and similarity between them. Valdivia earthquake and Alaska earthquake are happened in America.
My hypothesis, “If we experiment with a slinky to test the speed of S and P waves then the speed of the S and P waves will not be accurate to motion of S and P waves in the real world earthquakes because of the friction from the slinky”, was correct. In an earthquake P waves travel through the earth faster, as P waves can travel through solid rock as well as liquids such as liquid magma underneath the earth’s surface. S waves only move through solid rock, which means that the energy from the fault takes longer to reach the surface of the earth. The data gathered proves that although in real world earthquakes, P waves move through the earth faster than S waves, because of the smooth surface of the slinky, the S waves were able to move across
One con of attempting to forecast earthquakes is if it is not correct at all. Another con of attempting to forecast earthquake is if nobody has any idea or knowledge about earthquakes. Another con is that no one will listen to just any information. Should governments restrict use of land susceptible to earthquake effects? Personally, I believe it would be practical not to build places like
Earthquake prediction is an active topic in among researchers. As a complex physical phenomenon, it is very intricate to predict the magnitude and location of future event. Although epicentre of earthquakes seems to be random, the occurrence of earthquakes is more in the plate boundaries. The plate intersections are experiencing more number of earthquakes which are known as interplate events (Bolt 2005). But some of the plate boundaries have more number of earthquakes than other boundaries as an indication of high seismic activity.