London Fog Annotated Bibliography

Chief Bromden experiences the fog in times of terror-stricken moments; where reality of strict rules and routines are upon him by Nurse Ratchet. When these moments arise he goes into the fog, stating: "You had a choice: you could either strain and look at other things that appeared in front of you in the fog, painful as it might be, or you could relax and lose yourself... Being lost isn't so bad." (pg. 113-114). Chief feels safe in the fog, he lets it become a shield of blindness when he needs to escape the truth. An example of this is near the beginning of the novel; the first confrontation of the fog. Chief had to get shaved, he hides in the mop closet petrified of what they were going to do. Once they caught him in the closet and were

To what extent is the climate of the British Isles a product of the air masses that affect it? (40 marks)

2. London has suffered from terrible air pollution for at least seven centuries. Why is the city so prone to its famous “London fog?” What did London do to get rid of its air pollution? Because of The terrible events in Pennsylvania and London, plus the recognition of the hazards of photochemical smog. They did the Clean Air Act in 1970 in the United States. The act now regulates 189 pollutants.

Realistically, fog obscures one’s vision and it renders the viewer “blind” to what’s around them due to the fact that the fog encapsulates the person in a visual area that is generally only immediately in front of you. For example, the purpose of a lighthouse is to

Then is started to rain and the fog went away. The rain did not stop it rained hard in every hour.

This would be an interesting question because with the statistics related to this, we could then extrapolate on where the wind is coming from and the composition of green house gases in the areas where the wind is coming from. Once origin of the green house gases is established I could hypothesize on the industrial or natural reasons for such differences. The addition of surface temperature would allow us to see how the proportions of green house gases effect temperature. Such a project could lead to identifying model cities or destructive cities to our goal of minimizing the effects of climate

The great smog was a period of 4 days in december of 1952 in which london was covered in a thick layer of smog. With a total of 4,000 people dying of air pollution and more getting sick. This was very important because it opened many people's eyes to pollution and how it affects people. The smog was caused by weather holding the

The Great Smog of '52 occurred in London from December 5th to December 9th in 1952. This was when a thick fog covered London with a mixture of black smoke emitted from homes and factories, leading to a deadly smog (1). A severe cold weather hit London in December 1952. The people in London burned more coal to heat their homes because this is what they usually did when the weather became cold. On December 5th, 1952, a layer of dense fog engulfed the city and stayed for about five days. Since the air pollutants from the burning of coal were prevented from escaping into the atmosphere by an inversion, this caused the fog to form. Most of the people living in London were not surprised by this fog since the city was known for its"pea-soup fogs.

The Great Smog of London was the severest air pollution event in British history. It engulfed the British capital for five days and caused the death of more than 4,000 people.

A thick and polluted smog blanketed London in the December of 1952. This four-day smog was so poisonous that left about 12,000 people dead and dramatically increase the hospital admission rate, claims for insurance and applications to emergency bed service (the indicators of morbidity) during that week and the following several months. Additionally, it is also so thick that have been reported to choked livestock to death and to brought in transport to a virtually standstill. This is not the first or the last smog hit London, but it has became a landmark of air pollution epidemiology not only because its scale of the

Imagine going outside and not being able to see the sidewalk right in front of your house because the fog is so thick. Fog is a thick cloud of tiny water droplets near the earth's surface, smog is fog that is mixed with smoke. During this event, the Great Smog of London killed an estimated 8,000 - 12,000 people. Furthermore, the fog that came down of December 5, 1952 mixed with chemicals that were already in the air. As a result, the air became toxic. In this case, it became dangerous to breathe this smog in. Every time someone would take a breath, they would inhale specks of coal, smoke from factories, and toxic fumes. (Dunn 1). These chemicals would leak into their lungs. Due to the pollution, the fog that came down on December 5, 1952, mixed with chemicals in the air and lead to several thousand cases of pneumonia and bronchitis, killing close to 12,000 people.

What weather can be so dangerous that it killed ye twelve thousand people in London, during the year 1952? Fog did! But how could ye fog be so dangerous? Well normally ye fog is not that dangerous, it is only a low-lying, thick or thin, cloud that touches the ground, but different types of fog are dangerous. Fog forms when the water vapor condenses and combines with monocles in the air making the droplets of water that hang in midair. Henceforth Fog is formed, and since the air has to have plenty of water vapor in the air for fog to form, the air has to be very humid. In fact, Newfoundland is the foggiest place in the world because it is very VERY humid. However, that is not the only thing fog needs. This fog also has to have some air

You may not think much when you look outside and see fog. However, it hasn’t always been around. We only have fog because of the everlasting conflict between Cirria, the god of the clouds, and Galia, the goddess of the wind.

The air is probably clearest after it has rained. And early morning and late afternoon are usually the times when there is the most amount of airborne spores.

17) In calm winter conditions in NW Europe dense fog is cleared most effectively by"/>