Introduction
http://gotoquebec.weebly.com/landforms.html The above Picture is the Appalachian mountains Quebec, Canada. |
Air Dynamics
Montreal
is not known to be heavily dry, and its
wet conditions yearly do not directly correlate with the average seasons
climates. Winter is still very cold, and summers are warm, Montreal’s location is near a large body of water causing
modified maritime air masses, its small range of mountains impartially reduces
the maritime air dynamic to petite in the continental artic. The kinds of
weather patterns in Quebec are not consistent.
Precipitation
The small range of mountains near Montreal are in part response for its dryness on occasion. Since its location is very near the ocean the air is moved up into a motion around the mountains. The mountains serve as a barrier to cool the air as it descends to the “other side”, When it gets to the other side of the mountain, the probability of moisture is decreased. However, because the range of mountains near Montreal is very minimal, there is still a lot of moisture that they receive because of the maritime air moving towards Montreal. Not to say that Montreal has precipitation everyday, however their yearly averages are about 900mm. Could you imagine that? In order for rainfall to be abundant low pressure systems must be present and move the warm air into the atmosphere.
http://www.oocities.org/gchafe/536weather.html This kind of produces Showers and Thunderstorms; Highly associated to the kind in Quebec |
Precipitation
The small range of mountains near Montreal are in part response for its dryness on occasion. Since its location is very near the ocean the air is moved up into a motion around the mountains. The mountains serve as a barrier to cool the air as it descends to the “other side”, When it gets to the other side of the mountain, the probability of moisture is decreased. However, because the range of mountains near Montreal is very minimal, there is still a lot of moisture that they receive because of the maritime air moving towards Montreal. Not to say that Montreal has precipitation everyday, however their yearly averages are about 900mm. Could you imagine that? In order for rainfall to be abundant low pressure systems must be present and move the warm air into the atmosphere.
The average temperature in highs and lows are very extreme in Montreal, QC, Canada. Montreal is surrounded by rivers and near the ocean, allowing for very warm summers and snowy winters. The winters in Montreal are severe, with very low temperatures of about 17 degrees Fahrenheit and summers consist of highs up to 91 degrees Fahrenheit. The correlatation that can be concluded from these two graphs is the skewness in temperatures and the precipitation averages are similar. Snowfall is the exception in the above graphs, since it correlates mainly with the average seasonal changes.
Cloud Types
Sources:
- https://www.ec.gc.ca/ouragans-hurricanes/default.asp?lang=En&n=EF6F2FEF-1
- http://www.montreal.climatemps.com
- http://www.wunderground.com/global/stations/71627.html
-http://ww2010.atmos.uiuc.edu/(Gh)/guides/mtr/cld/cldtyp/lw/nbstr.rxml
Cloud Types
The kinds of clouds
mostly seen in Quebec are known as nimbostratus clouds, because of the high precipitation that they
receive. Because of Montreal’s close location to the ocean this kind of cloud is quite common. As previously discussed, Montreal’s high precipitation is not correlated to the kind of weather during
the season. It can surely rain in February, which is very rarely seen in
continental air type locations.
Sources:
- https://www.ec.gc.ca/ouragans-hurricanes/default.asp?lang=En&n=EF6F2FEF-1
- http://www.montreal.climatemps.com
- http://www.wunderground.com/global/stations/71627.html
-http://ww2010.atmos.uiuc.edu/(Gh)/guides/mtr/cld/cldtyp/lw/nbstr.rxml