lisbon latitude compared to us

2 min read 06-09-2025
lisbon latitude compared to us


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lisbon latitude compared to us

Lisbon's Latitude Compared to US Cities: A Geographical Exploration

Lisbon, the vibrant capital of Portugal, boasts a unique geographical location that influences its climate and culture. Understanding its latitude and comparing it to various locations in the United States provides valuable insights into the differences in these regions. This exploration will delve into the specifics, answering common questions about Lisbon's latitude and its implications.

Lisbon's latitude is approximately 38.7° North. This places it in a subtropical climate zone, significantly different from many parts of the United States. To understand this better, let's compare it to various US cities.

What US cities have a similar latitude to Lisbon?

Several US cities share a similar latitude to Lisbon, although their climates might differ due to other geographical factors like proximity to the ocean or altitude. These include cities along the California coast, such as:

  • Los Angeles, California: While not precisely the same, Los Angeles's latitude is close enough to experience comparable daylight hours throughout the year. However, the Pacific Ocean's influence significantly impacts its climate, leading to a cooler, drier summer compared to Lisbon's warmer, possibly more humid summers.

  • San Francisco, California: Similarly, San Francisco experiences a milder climate than Lisbon despite a comparable latitude. The cold California Current moderates temperatures, creating a characteristic fog and cool summers.

Other cities at similar latitudes but with drastically different climates include:

  • Washington, D.C.: Though at roughly the same latitude, Washington D.C. experiences four distinct seasons, a much more pronounced temperature variation than Lisbon.

This demonstrates that while latitude offers a baseline for comparison, other geographical elements such as proximity to large bodies of water and elevation heavily influence a region's climate.

How does Lisbon's latitude affect its climate?

Lisbon's latitude contributes to its generally mild climate. It experiences warm, dry summers and mild, wet winters. The influence of the Atlantic Ocean moderates temperature fluctuations, preventing extreme heat or cold. However, it's essential to remember that even within Lisbon, microclimates can exist due to topography and altitude.

Is Lisbon warmer than US cities at the same latitude?

Generally, yes. While cities at a similar latitude in the US might experience comparable daylight hours, Lisbon tends to be warmer, particularly during the summer months. This is partly due to the moderating influence of the Atlantic Ocean, but also influenced by broader weather patterns and air currents affecting the region.

What is the difference in daylight hours between Lisbon and US cities at the same latitude?

The difference in daylight hours between Lisbon and US cities at the same latitude is relatively minimal throughout the year. The variation is more pronounced during the solstices (summer and winter). However, cloud cover and other atmospheric conditions can impact the actual amount of sunlight received.

What are the key climate differences between Lisbon and similar-latitude US cities?

The key climate differences stem from the impact of ocean currents and prevailing wind patterns. The Californian cities mentioned above experience significantly cooler summers and less intense temperature variation throughout the year due to the cold California current and proximity to the Pacific Ocean. Lisbon, on the other hand, enjoys warmer summers and less pronounced seasonal changes thanks to the warmer waters of the Atlantic and different prevailing wind systems.

In conclusion, comparing Lisbon's latitude to US cities provides a framework for understanding its climate, but other geographical factors play a crucial role in determining the specific characteristics of each location. While latitude offers a starting point, the nuanced interplay of various elements shapes the distinct climate of each place.