Bodies of water, because water has a high heat capacity, and so will hold the heat from summer for longer in the winter.
Also, ocean currents. For example, England has a much warmer climate than areas ofEurope and Canada that are at the same latitude due to warm water coming up from the equator.
Yes it can. Even though it is a the same latitude, the climate can depend on other major landforms such as a desert. For example, if the Sahara desert is the same latitude as Brazil, the climate in the Sahara is dry and full of the desert climate. Brazil, which includes part of the Amazon rainforest, can be very moist. As for the cities, they can be very near such major landforms. -74
Ocean and air currents.This is because latitude is only part of what determines a climate. Other factors such as elevation, wind currents and nearby areas of water tend to be most significant in determining climate. For example, since California is bordering the Pacific Ocean, it's climate will be a whole lot different than somewhere in Oklahoma of the same latitude (and both of those will be different than somewhere in the North Carolina mountains at the same latitude).
Things other than the lattitude can differ - for example their altitude, their closeness to the ocean, to major continental or ocean currents, etc.
Two cities can have the same latitude but different climates due to variations in geographic features such as proximity to oceans, elevation, and prevailing wind patterns. These factors can influence temperature, precipitation, and overall climate conditions, resulting in different climates despite being at the same latitude.
Bodies of water, because water has a high heat capacity, and so will hold the heat from summer for longer in the winter.
Also, ocean currents. For example, England has a much warmer climate than areas ofEurope and Canada that are at the same latitude due to warm water coming up from the equator.
Climate varies along the same latitude because other weather and atmospheric factors affect climate. The jet stream, which is the upper atmospheric wind current, rises and dips, creating differences in temperature and moisture. The polar vortex is another upper atmosphere cycle holding very cold air, like a cap over the northern pole. The polar vortex was in part responsible for recently plunging most of the United States into a sub-zero deepfreeze and a record breaking snow dump in specific areas along the Great Lakes that are prone to "lake effect snow". An enormous Typhoon out of the Pacific reached western Canada and basically pushed the polar vortex out of it's usual spot, dropping it down over North America and, bringing arctic cold temperatures with it. A land area along the U.S. west coast on the same latitude with a land area along the U.S. east coast can, and do, have vastly different climates. because they are at different positions on the earth. Latitude and longitude does not affect weather and climate. It is simply a method, a tool, to determine specific positions on the planet.
Two cities at the same latitude can have different climates due to factors such as proximity to bodies of water, elevation, ocean currents, and prevailing wind patterns. These factors can influence temperature, precipitation levels, humidity, and overall weather patterns, leading to variations in climate between the two cities.
Ocean and air currents.This is because latitude is only part of what determines a climate.
because it feels like it -_______________-
The proximity to a large body of water or ocean currents can impact the temperature ranges in cities at the same elevation and latitude. Ocean currents can transport heat, affecting the local climate and leading to variations in temperature ranges between cities.
Yes, different areas with different climates can experience the same weather due to the influence of weather systems such as storms or fronts that move across regions regardless of their long-term climate patterns. Additionally, factors like elevation, proximity to bodies of water, and local topography can also impact weather conditions in a specific area.
Two cities at the same latitude can have different climates due to factors such as proximity to bodies of water, elevation, ocean currents, and prevailing wind patterns. These factors can influence temperature, precipitation levels, humidity, and overall weather patterns, leading to variations in climate between the two cities.
Not necessarily. It also makes a difference whether they're on a coast or inland. Havana, Cuba, Riyadh, Saudi Arabia, and Bhopal, India all have roughly the same latitude, but their climates are quite different.
Yes. Climate is influenced by latitude, but is even more strongly influenced by altitude. Cities at sea level are likely to have warmer and wetter climates than cities in the mountains; coastal cities will be very different from inland cities.
Cities at the same latitude can experience different climates due to factors such as proximity to oceans, altitude, and prevailing wind patterns. These factors can influence temperature, precipitation, and overall weather patterns, leading to variations in seasons between cities at the same latitude.
Anchorage in Alaska is approximately at the same latitude as Sapporo in Japan. Both cities are known for their cold climates and proximity to the northern regions.
Different climates at the same latitude can be due to factors such as altitude, proximity to oceans or other large bodies of water, ocean currents, and prevailing wind patterns. These elements can influence temperature, precipitation, and overall weather patterns in a particular region.
Easy, if their longitudes are different. Examples: -- San Francisco and Virginia Beach VA have about the same latitude. -- HongKong and Havana, Cuba have about the same latitude. -- San Diego, Charleston SC, and Casablanca, Morocco have about the same latitude.
There's a HUGE number of cities that aren't at the same latitude
Two places at the same latitude can have different climates due to variations in altitude, proximity to large bodies of water, ocean currents, and wind patterns. These factors influence temperature, precipitation, and overall weather patterns, leading to differences in climate even at the same latitude.
No, cities on the same line of latitude do not necessarily have the same time. Time zones are dictated by longitudinal lines, with each time zone typically covering 15 degrees of longitude. Therefore, cities at the same latitude may fall into different time zones.
Copenhagen and Moscow are on similar a latitude to Edinburgh.
Toronto and Ottawa are two Canadian cities that have roughly the same latitude as Edinburgh, Scotland. They are all situated around 55 degrees north latitude.