The pavement and buildings in cities can lead to the urban heat island effect, where surfaces absorb and retain heat, increasing local temperatures. This can disrupt natural heat flow patterns, leading to higher energy consumption for cooling. Additionally, the lack of vegetation in urban areas reduces shade and the cooling effect of evapotranspiration.
Maybe a Country lady?
Buildings in cities contribute to the urban heat island effect by absorbing and retaining heat, leading to higher temperatures compared to non-urban areas. The concentration of buildings also limits natural vegetation and green spaces, reducing the cooling effects of plants and trees. Additionally, the heat generated by energy use and transportation in cities further exacerbates the difference in climate between cities and non-urban areas.
In big cities, the ground is often covered by impermeable surfaces like pavement and buildings, which prevent water from seeping into the ground. This results in increased surface runoff and less infiltration of water into the soil. Additionally, urban areas tend to have more drainage systems and underground infrastructure that are designed to manage and redirect excess water away from built-up areas.
Large cities often create their own microclimates due to factors like buildings, roads, and transportation systems that absorb and retain heat. Additionally, the urban heat island effect causes cities to be warmer than surrounding rural areas. These factors can make a city's climate different from the surrounding areas.
Some cities with a Subarctic climate include Fairbanks, Alaska; Yellowknife, Canada; and Yakutsk, Russia. These cities experience long, cold winters and short, mild summers with moderate precipitation throughout the year.
Map
Cities can create microclimates due to the urban heat island effect, where buildings, pavement, and other infrastructure absorb and retain heat, leading to higher temperatures than surrounding rural areas. Urban areas also have less vegetation, which can affect humidity levels and precipitation patterns. Additionally, pollution from cars and industry in cities can impact air quality and overall climate conditions.
It can change the climate
Maybe a Country lady?
Two reasons, A) It is further south, and on the other side of the country, B) Cities are always warmer than small towns and villages. The buildings retain heat and affect the climate.
Buildings in cities contribute to the urban heat island effect by absorbing and retaining heat, leading to higher temperatures compared to non-urban areas. The concentration of buildings also limits natural vegetation and green spaces, reducing the cooling effects of plants and trees. Additionally, the heat generated by energy use and transportation in cities further exacerbates the difference in climate between cities and non-urban areas.
Physical Geography is the natural side of geography. Weather, rocks, soils, etc. Human is cities, roads, buildings, urbanization, etc. We humans affect physical geography by living. We build roads and buildings. Our cities cause a heat island which is kind of a bubble of heat in urban areas. This is hotter than the surrounding cities. It can influence rain and climate downwind of the heat island. We dump things chancing the soils. There are other ways, but this is a general start on some of the ways that human geography affects physical geography.
It rots the steel and damages buildings. The plants and trees die and the fishes die too!!
if the city emits lots of carbon and chemicals it destroys plants and animals. :(
in the buildings if they are in the buildings
Concrete jungles affect the environment by raising the temperatures in cities and blocking the sun from plants and trees below the buildings. Living in a concrete jungle can also affect the air quality.
Yes, the higher the city you're in, the colder the climate. That is why cities in northern Mexico receive snowfall during winter and cities along the central Mexican plateau have a rather temperate climate (68 °F).