Chinook wind
The question asks about the winds responsible for wildfires in Southern California, with the given options being Diablo wind, Chinook wind, Santa Ana wind, and Jarbo Gap wind.
Let's analyze the options:
- Diablo wind: These winds are dry, offshore winds similar to the Santa Ana winds but occur primarily in Northern California. They are known to exacerbate fire risk in that region due to their dry and hot nature.
- Chinook wind: Known as snow-eating winds, these are warm, dry winds that occur on the eastern slopes of the Rocky Mountains in North America. They are not specifically associated with Southern California wildfires.
- Santa Ana wind: These are strong, extremely dry offshore winds that affect Southern California and northern Baja California. They originate inland and affect the coastal regions. Their dry, hot, and fast nature makes them a significant cause of wildfires in Southern California.
- Jarbo Gap wind: These winds are typically associated with Northern California and do not play a significant role in Southern California's wildfire incidence.
Given this analysis, the correct answer is the Santa Ana wind. These winds are infamous for their ability to spread wildfires quickly due to their high speeds, low humidity, and hot temperatures.
Therefore, among the given options, the statement about the Chinook wind being correct in the context of Southern California wildfires is incorrect. The more appropriate answer is the Santa Ana wind.
Similar Questions
- Which one among the following local winds is NOT related to Mediterranean Sea?
Match List I with List II and select the correct answer using the code given below the Lists:
List I
(Tropical
Cyclone)List II
(Country)A. Hurricanes 1. China B. Willy Willy 2. Philippines C. Baguio 3. Australia D. Typhoons 4. USA
Code:Where is the Coriolis Effect the largest ?
- Consider the following statements with reference to structure of the Earth's atmosphere:
1. Thickness of the troposphere is greatest at the equator
2. The air temperature of the tropo-pause is highest above the poles
3. The temperature in troposphere decreases at the rate of \(1^\circ\)F for every \(165\) m of height
Which of the statements given above is/are correct? - Which of the following are the factors that cause variation in the amount of insolation on the Earth?
1. Rotation of the earth on its axis
2. Length of the day
3. Distribution of land and water on the earth
Select the answer using the code given below: - Consider the following conditions favourable for the formation and intensification of Tropical Storms :
1. Presence of the Coriolis force
2. Upper divergence above the sea level system
3. High variations in the vertical wind speed
Which of the conditions given above is/are correct? - Consider the following statements about temperature inversion :
I. This happens when normal lapse rate gets inverted.
II. Winter nights with cloudy skies are conducive for temperature inversion.
III. Polar areas experience inversion throughout the year.
Which of the statements given above are correct? - Consider the following statements regarding extratropical cyclones :
I. They usually develop in the mid and high latitudes.
II. They affect a much larger area as compared to tropical cyclone.
III. They move from east to west.
Which of the statements given above are correct? Which of the following is/are the applied forces in mechanical weathering process?
1. Gravitational force
2. Expansion force
3. Force due to water pressure
Which of the following statements with reference to Coriolis force is/are correct?
1. Coriolis force acts perpendicular to the pressure gradient force
2. At the equator, the Coriolis force is zero and the wind blows perpendicular to the isobars
Important Questions from Climatology
In which of the following atmospheric layers ozone gas is concentrated?
Ozone layer depletion is a major phenomenon in :
By which layer of the atmosphere the ultra-violet rays are absorbed ?
______ is the uppermost layer of the atmosphere.
Which of the following is correct about insolation?
I. It influences the distribution of temperature.
II. It increases from the equator towards the poles.
