Topografische Karte Peel Region

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Peel Region

The region's climate are influenced by various air masses and weather systems from other locations, proximity to Lake Ontario, topography and elevation (e.g. Niagara Escarpment, and Oak Ridges Moraine), and urban and rural land uses. The air masses and weather systems are the major factors in influencing the climate of the region. Being located in Southern Ontario, it is located between the Arctic, subtropics, and the Atlantic Ocean; consequentially, it is impacted by air masses from different origins. In general, the air masses that affect the region are continental polar, continental arctic, maritime polar, and occasionally continental tropical air masses in summer. During winter, cold and dry air masses predominate (continental arctic and maritime polar) although warmer, moister air masses may move north during this time, leading to milder temperatures and potential for heavy snowfall/freezing rain/rainfall. The most severe snow and freezing rain events occur when warmer, moister air masses move northward to the region and meet colder air. During winter, a common type of storm is known as the "Alberta Clipper" which affects the region in which moist Pacific air moves east of the Rocky Mountains to the region, bringing snow that is often followed by the influx of cold continental air afterwards (leads to colder temperatures). Spring and autumn are characterized by variable weather and rapid alternating air masses. This leads to frequent cloudy conditions, rain, and occasional thunderstorms. In summer, the air masses that influence the region are predominantly maritime polar air masses from the Pacific Ocean, and tropical air masses from the Gulf of Mexico, the latter being responsible for bringing heat waves, high humidity, and intense rainfall events. Towards late summer and early autumn, the remnants of tropical storms and hurricanes may bring strong winds and heavy rainfalls to the area. During autumn, Arctic air masses become increasingly common, leading to colder conditions.

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Über diese Karte

Name: Topografische Karte Peel Region, Höhe, Relief.

Ort: Peel Region, Golden Horseshoe, Ontario, Canada (43.47899 -80.14426 43.98975 -79.53856)

Durchschnittliche Höhe: 265 m

Minimale Höhe: 70 m

Maximale Höhe: 515 m

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Andere topografische Karten

Klicken Sie auf eine Karte, um ihre Topografie, ihre Höhe und ihr Relief anzuzeigen.

Toronto

Canada > Ontario > Toronto

Despite its deep ravines, Toronto is not remarkably hilly, but its elevation does increase steadily away from the lake. Elevation differences range from 76.5 metres (251 ft) above sea level at the Lake Ontario shore to 209 m (686 ft) ASL near the York University grounds in the city's north end at the…

Durchschnittliche Höhe: 113 m

Hamilton

Canada > Ontario > Hamilton

Durchschnittliche Höhe: 181 m

London

Canada > Ontario > London > London

London has a humid continental climate (Köppen Dfb), though due to its downwind location relative to Lake Huron and elevation changes across the city, it is virtually on the Dfa/Dfb (hot summer) boundary favouring the former climate zone to the southwest of the confluence of the South and North Thames Rivers,…

Durchschnittliche Höhe: 268 m

Guelph

Canada > Ontario > Guelph

This region of Ontario has cold winters and warm, humid summers, falling into the Köppen climate classification Dfb zone, with moderately high rainfall and snowfall. It is generally a couple of degrees cooler than lower elevation regions on the Great Lakes shorelines, especially so in winter, the exception…

Durchschnittliche Höhe: 344 m

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Windsor

Canada > Ontario > Windsor

Durchschnittliche Höhe: 185 m

Niagara Escarpment

Canada > Ontario > Burlington

Durchschnittliche Höhe: 216 m