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the sun rays falls directly to the equator, so that the water on the equator is warm.and because of the sun rays do not reach properly on the poles the water is very much cool there even it is in icy form. So as the water from the equator goes towards the poles to fill the gape water comes rushing from the poles. these creates the ocean currents. the hot water which goes to the poles, due to its hotness creates rain fall in those regions from where it passes. and the cold water makes the weather cold of those areas from where it passes. this is one of the most factors.
What else can I help you with?
How does large permanent ice surfaces affect your earth climate?
Large permanent ice surfaces, such as polar ice caps and glaciers, play a critical role in regulating the Earth's climate. They reflect sunlight, helping to cool the planet. Additionally, they also influence ocean currents and sea levels, which in turn affects global climate patterns. Melting ice surfaces due to climate change can disrupt these processes and contribute to rising temperatures and sea levels.
How does climate change affect sea ice?
climate change affects the sea ice because if it is too hot the ice melts, and if it is too cold it will freeze.
Why is the arctic important for the global climate?
The Arctic plays a crucial role in regulating the global climate due to its influence on ocean currents and weather patterns. It acts as a significant heat sink, absorbing solar radiation and affecting temperature distributions worldwide. Additionally, the melting ice in the Arctic contributes to rising sea levels and alters ecosystems, which can have far-reaching impacts on biodiversity and human communities. Protecting the Arctic is essential for maintaining global climate stability.
What term is applied to the ice at the north pole?
The ice at the North Pole is commonly referred to as "Arctic sea ice." This ice forms and melts in the Arctic Ocean and surrounding seas, primarily influenced by seasonal changes in temperature and climate conditions. The extent and thickness of Arctic sea ice are important indicators of climate change and have significant implications for global weather patterns and ecosystems.
What has been the arctic sea ice trend in the last 30 years?
Arctic sea ice has been decreasing over the last 30 years at a significant rate due to climate change. The extent of Arctic sea ice has been declining, with the minimum ice extent in September shrinking each year. This trend is linked to rising global temperatures and is a clear sign of the impact of climate change on the Arctic region.
What are the potential consequences of the Antarctic ice sheet crack on global sea levels and climate change?
The potential consequences of the Antarctic ice sheet crack on global sea levels and climate change include rising sea levels due to increased melting of ice, which can lead to coastal flooding and displacement of communities. Additionally, the release of freshwater from melting ice can disrupt ocean currents and impact global climate patterns.
How does large permanent ice surfaces affect your earth climate?
Large permanent ice surfaces, such as polar ice caps and glaciers, play a critical role in regulating the Earth's climate. They reflect sunlight, helping to cool the planet. Additionally, they also influence ocean currents and sea levels, which in turn affects global climate patterns. Melting ice surfaces due to climate change can disrupt these processes and contribute to rising temperatures and sea levels.
How much sea ice has disappeared in the last 30 years and what are the implications of this loss"?
In the last 30 years, about 13 of sea ice has disappeared. This loss of sea ice has significant implications, such as rising sea levels, disruption of ecosystems, and impacts on global climate patterns.
What is true about the antarctic ice sheet in the southern hemisphere?
The Antarctic ice sheet is the largest single mass of ice on Earth and holds about 70% of the world's fresh water. It plays a crucial role in regulating the planet's climate by reflecting sunlight and helping to maintain global sea levels. The ice sheet is melting at an increasing rate due to climate change, leading to concerns about rising sea levels and impacts on global climate systems.
Does a climate model describe sea-ice?
All climate models that I'm aware of do parameterize sea ice.
Why are polar bears a cause of global warming?
Polar bears are not a cause of global warming. They are being affected by climate change in that their habitat is decreasing in size (as the sea ice is melting).
What are the potential consequences of a crack in Antarctic ice on global sea levels and climate change?
A crack in Antarctic ice can lead to the melting of more ice, causing sea levels to rise globally. This can result in coastal flooding and displacement of communities. Additionally, the melting ice can release stored greenhouse gases, contributing to further climate change and its impacts.
How does climate change affect sea ice?
climate change affects the sea ice because if it is too hot the ice melts, and if it is too cold it will freeze.
What 3 fast facts about Arctic Climate?
The Arctic is warming at twice the global average rate, leading to rapid sea ice loss and thawing permafrost. Arctic ecosystems are highly sensitive to changes in temperature, impacting biodiversity and species' habitats. The melting Arctic ice contributes to rising sea levels, affecting global climate patterns and weather systems.
Why is the arctic important for the global climate?
The Arctic plays a crucial role in regulating the global climate due to its influence on ocean currents and weather patterns. It acts as a significant heat sink, absorbing solar radiation and affecting temperature distributions worldwide. Additionally, the melting ice in the Arctic contributes to rising sea levels and alters ecosystems, which can have far-reaching impacts on biodiversity and human communities. Protecting the Arctic is essential for maintaining global climate stability.
What term is applied to the ice at the north pole?
The ice at the North Pole is commonly referred to as "Arctic sea ice." This ice forms and melts in the Arctic Ocean and surrounding seas, primarily influenced by seasonal changes in temperature and climate conditions. The extent and thickness of Arctic sea ice are important indicators of climate change and have significant implications for global weather patterns and ecosystems.
Why does sea ice melt?
Global Warming
