Is the temperature in areas close to the sea affected by the ocean? How does it affect?

In general, areas closer to the sea have more precipitation and humidity, and the oceanic climate is significant with a large temperature difference. Hope.

Specific heat capacity of the ocean.

It is smaller than that on land, and the ocean temperature changes slowly with the seasons, and the change range is small. Affected by the ocean, the summer temperature in the coastal areas is lower than that in the inland areas, and the winter temperatures are higher than in the inland areas.

The impact is very large, because there is still a lot of wind on the ocean, which will blow to the land and affect the climate of the land.

The impact of the ocean on the climate is extremely powerful, and the typhoons that make landfall in countries around the world every year originate in the ocean. In addition, ocean currents in the ocean bring warm and moist air currents to countries around the world, enriching local precipitation.

Because the water vapor of the ocean has a great influence on the atmosphere, and nature also has a great influence on the climate.

The ocean is one of the main determinants of climate development on Earth. It plays a decisive role in regulating and stabilizing the climate through its energy and material exchange with the atmosphere and the water cycle, and is known as the "regulator" of the earth's climate.

It has a big impact on the climate, so we should control the ocean, so that we can get a very good living environment.

The ocean is closely related to our weather and climate change, and the interaction between the ocean and the atmosphere such as heat and momentum, material exchange, and other air-sea interactions can lead to changing weather and climate phenomena or extreme events, such as typhoons, causing global or regional climate anomalies and meteorological disasters. The oceans play a very important role in the movement of the atmosphere and climate change. The movement of ocean currents and the thermal difference between land and sea shape the different styles of natural landscapes and complex and diverse climate and weather phenomena on Earth.

The oceans play an important role in regulating the global weather and climate system, regulating the Earth's weather and climate conditions. Due to the thermal inertia of the ocean, the same volume of water can store more than 2,000 times the heat of the atmosphere. The oceans, the earth's diurnal temperature differences, winter-summer temperature differences, and temperature fluctuations are too large for human habitation.

According to some data, the oceans provide 90% of the rainfall on the planet, absorb 90% of the excess heat, redistribute it around the world through ocean currents, so that the planet does not get hot or cold all the time.

The oceans have been warming in recent decades, stretching from sea level to the bottom of the ocean by more than 2,000 meters. In recent years, the frequency of marine heatwaves has increased significantly, and ocean temperatures have even risen by around 4 and have lasted for more than several months. The temperature of the sea is small, but one to two degrees can make a big difference.

Rising temperatures will have a serious impact on marine ecology, fish and algae. In particular, the ocean stores a lot of excess heat at a depth of more than 2,000 meters. Eventually, decades or even centuries later, the heat returns to the surface.

Considering that the Earth's surface temperature is already much higher by that time, and that the heat of the ocean will lead to a secondary increase in global temperature, the impact on the global climate will be more severe, therefore, the delayed effect of ocean heat should be taken into account.

Experts say it's more important than ever to observe the ocean and understand its climate with greater precision, experts say. At the same time, the public should take the initiative to realize the important role of the ocean in the earth's climate system, reduce greenhouse gas emissions, and take a green and low-carbon development path.

I think the ocean affects the climate and the weather, and I think it affects the wind direction and the seasons, so I think it's worth paying attention to.

Yes, the ocean can affect the environment of the continent through air masses or internal water circulation, and can regulate or stabilize the climate.

The ocean also affects the climate and weather, the heat and kinetic energy between the ocean and the atmosphere, the exchange of materials, etc., and other conditions will affect our weather and climate changes, and after the sea water evaporates, it will also affect the changes on our entire road surface.

The oceans affect climate and weather, generally through tides and climate changes.

At the same latitude, in the summer, the temperature is lower on the ocean and warmer on the land.

In winter, the temperature is cooler on land and warmer on the ocean.

The answer to this question can be obtained from a number of angles: (1) Explain with the knowledge of physics: the specific heat of water in the ocean.

The amount of heat absorbed in the same amount of time is the same, but because the specific heat of the water is larger, the temperature of the water will rise more slowly than that of the land, so the temperature of the ocean will be lower and the temperature of the land will be higher in the summer. In the same way, when the temperature drops in winter, the specific heat of the water is larger, and the temperature drops more slowly, so the temperature in the ocean will be higher than that of the Hongzhi land. (b).

It can also be explained by the knowledge of geography: in summer, the ocean heats slowly, the land heats quickly, the ocean temperature is low, the land temperature is high, and the wind blows from the sea to the land; On the contrary, in winter, the land temperature is low and the ocean temperature is high, and the wind blows from the land field to the ocean.

The ocean, can regulate the temperature and air difference, because there is a lot of salt in the seawater, can absorb sunlight, store a large amount of pure heat, when the temperature drops, it can release the heat stored during the day, when the sun is scorching, it can absorb and store these heat, so the earth has 70% of the ocean, in order to achieve the climate and environment of our human survival, if there is no ocean, our earth may be a scorched earth.

The ocean is the driving force of ocean currents.

Ocean currents are not just the flow of seawater, they also transport heat and water vapor themselves. Generally speaking, warm currents warm and humidify, while cold currents cool and reduce humidity. The climate is generally humid in the coastal areas through which the warm currents flow, while the coastal areas through which the cold currents flow are often deserted.

For example, the average temperature in Western Europe, Britain and France is above 0 degrees in winter, and the North Atlantic Ocean is warm.

If the current disappears one day, the winter will be more than 10 degrees colder than it is now. Atacama Desert, South America.

Nearly 1,000 kilometers along the coast are directly related to the Peruvian cold snap.

In addition, changes in the strength of larger ocean currents can also cause the phenomenon of Erwang directing Nino and La Niña.

(equatorial countercurrent and Peruvian cold current), causing drought and heavy rainfall in many areas.

Natural disasters such as forest fires.

The warm current is a climate with humid temperatures towards high latitudes.

Extension, low latitude to high latitude, relative to high latitude, low latitude places have high humidity and high temperature, so the warm current will have an impact on the coastal warming and humidification.

On the contrary, the cold snap extends the dry climate to the lower latitudes, and the high latitudes have lower temperatures and dry climates than the lower latitudes, so the cold current will have a cooling and dehumidifying effect on the coast.

People have discovered this characteristic and made effective use of it, the most typical is that when cultivating seedlings in agricultural production, in order to prevent the seedlings from freezing at night, put more water into the seedling field in the evening, and when the water in the seedling field is heated at night, the temperature will not drop too low, and the seedlings will not be frozen and damaged. In the morning of the next day, part of the water in the seedling field is discharged, and the seedling field is exposed to sunlight, and the temperature can be higher, which is conducive to the growth of seedlings.

Because there is an exchange of heat, momentum, and substances between the ocean and the atmosphere, the exchange of these substances will cause different spring trembling weather conditions, which will lead to the occurrence of bad weather.

If the damage to the ocean is severe, it will lead to a bad climate, and it has a lot to do with the water level of the ocean.

It affects the weather through the movement of the tides. The tides in the ocean are closely related to the weather.

Because there is salt in seawater, it can absorb sunlight and store heat, and when the air falls, it can release daytime heat.

The ocean is closely related to the climate, for example, the North Atlantic Stream brings an oceanic climate to western Europe, warm and cool, all the way to the Arctic Circle, the port of Murmansk is within the Arctic Circle but does not freeze all year round. The cold snaps of the ocean also bring cold air to the surrounding land.

What is the relationship between the ocean and the weather? The ocean and the weather still have a great relationship, generally speaking, due to the climate of the ocean, for example, the temperature of the sea water and the wind and waves on the sea surface have a very large impact on the land, so the climate of the ocean directly affects the climate of the land, which is the so-called ocean warm and humid airflow.

Therefore, the place near the ocean is generally a relatively warm oceanic climate.

Let's say in the Mediterranean.

Or in the Indian Ocean.

They all belong to this kind of warm and humid airflow, so the climate was very warm and very livable.

There is a strong connection between the ocean and the weather. The ocean is the largest body of water on the Earth's surface, covering 70% of the Earth's surface area, and plays an important role in the Earth's climate. The oceans store a lot of heat and water vapor, which have a great impact on the climate.

The main effects of the ocean on the weather are as follows:

Effect of the ocean on air temperature: The water temperature in the ocean is lower than on land, so the air temperature around the ocean is also relatively low. The influence of the ocean on air temperature will make the area around the ocean more stable.

Effect of the ocean on air pressure: The water body of the ocean absorbs the heat around the land, causing the air pressure around the ocean to rise, forming a high-pressure zone.

The influence of the ocean on the wind: The ocean affects the strength and direction of the wind. The body of water in the ocean absorbs heat, causing the air around the ocean to warm up and expand, forming a sea breeze. The water bodies of the ocean can also affect the direction of the wind, causing differences in the sea and land winds.

The impact of the ocean on precipitation: The ocean stores a large amount of water vapor, which is carried by the wind to the land, forming precipitation. The ocean's influence on precipitation causes the area around the ocean to receive relatively more precipitation.

Overall, there is a strong connection between the ocean and the weather, and the impact of the ocean on the Earth's climate is enormous. The oceans can affect the temperature, air pressure, wind, and precipitation on the Earth's surface, which can affect changes in the weather.

The ocean's impact on the weather can be seen in other ways. For example, changes in the temperature of the ocean affect changes in the air and thus the radiation of the air to the Earth. Changes in the temperature of the oceans also affect the density of the oceans, which in turn affects the flow of the oceans, which in turn affects the global climate.

The presence of marine circulation systems in the ocean is also an important factor in influencing the weather.

In addition, the oceans affect the thermal balance of the planet. There is a large amount of heat energy stored in the ocean, and they can absorb the heat of the earth's surface, making the temperature of the earth's surface relatively low, thus maintaining the thermal balance of the earth.

Overall, there is a strong connection between the ocean and the weather, and the impact of the ocean on the Earth's climate is enormous. Changes in the oceans affect the Earth's climate and thus affect changes in the weather.

1.The so-called climate type refers to the different climate characteristics of different regions on the land, showing different climate types.

2.The area of the oceans on the earth is much larger than the land area, and the climate of the coastal land is significantly affected by the ocean, and the climate of the inland areas is almost unaffected by the ocean. The terrestrial climate has no significant effect on the temperature of the sea.

3.Factors that affect the temperature of the sea are latitude location, season, nature of currents, depth of the sea, etc.

The type of climate in the area will affect the temperature of the seawater, which may have a little effect, but the impact will certainly not be very large, it is mainly because of the distribution of the equator, the faster the sea water will evaporate, and the more rain will fall, so the Amazon forest will be called the lungs of the earth.

Factors influencing sea temperature:

1. Latitude: The temperature is different if the solar radiation obtained at different latitudes is different. The distribution of global seawater temperature decreases from low-latitude to high-latitude areas.

2. Ocean current: In the sea area at the same latitude, the temperature of the warm current through the sea water is higher, and the temperature of the cold current through the sea water is low.

3. Season: high sea temperature in summer and low sea temperature in winter.

4. Depth: The surface seawater decreases significantly with the increase of depth, the change is obvious within 1000 meters, the change is small from 1000 meters to 2000 meters, and the low temperature is maintained at 2000 meters all year round.

Distribution of sea water temperature

The horizontal distribution of surface seawater.

Same sea area, different seasons – high water temperature in summer, low water temperature in winter.

In the same season, the water temperature is high in different sea areas - low latitudes and low water temperatures in high latitudes.

Same latitude, different sea areas – warm currents pass through the sea area with high water temperatures.

Vertical changes in sea temperature.

Since solar radiation first reaches the surface of the seawater, the temperature of the seawater varies with depth. From the surface layer to the deep layer, the water temperature gradually decreases, and the water below the surface layer changes very little, and the deep sea water below 1,000 meters often remains cold.

The regulating effect of seawater on atmospheric temperature.

The ocean has a large area, a large amount of water, and a large heat capacity, so the change in sea temperature is much smaller than that of land temperature. As a result, the temperature over the ocean changes more slowly than over the land, so the sea water plays a regulating role in atmospheric temperature.