The greenhouse at the end of the earth.
" The greenhouse at the end of the earth " had a Douban score of 8.1.
The greenhouse at the end of the earth
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The end of the earth is a greenhouse
I recommend a few novels to you. " The Cataclysm of Earth " was a science fiction novel written by Shi Huang. There were many civilizations in the universe, and the mysterious void corridor had no exit. The supernova explosion did not destroy the Earth but allowed life to evolve again. The young man walked into the universe after the Earth grew up and brought the Earth civilization to prosper in the universe. It was not bad in a doomsday novel. Xuantian Law Enforcer was a fantasy novel written by Qin Moyou. The Great Elder was dead, and Xu Qing, a disciple of the Tribunal Council, was pushed to investigate the case. He had just killed the Great Elder, and there would be no results if he investigated himself. In the end, he found that the female sect leader was also a suspect. The character setting was interesting, and there was detailed information about the character. " Digging the Earth ", Fu Bao's urban novel. There were many unsolved mysteries on Earth. The main character Zhou Yun went to explore the mysteries and search for treasures. This novel was refreshing, but the author was not very reliable. The book might be cut short, but it was still worth reading first. " I've Raised the Earth ", Yue Yu Bai's science fiction novel. Xue Wang raised an Earth. His creativity was great. Other than the love scenes, everything else was good. The author's writing style was old and his imagination was big. Single Player Tokyo, an urban novel written with tenacity as iron. In Parallel World, Tokyo, the main character Masato Fujiwara wanted to become a person above others. The main character was a succubus, and there was a summoning system. Although there were some flaws, the plot was smooth and worth watching.
Earth's greenhouse gases
Greenhouse gases (ghgs) refer to gaseous components that exist naturally in the atmosphere and are produced by human activities that can absorb and emit radiation from the earth's surface, atmosphere, and clouds. Common greenhouse gases include water vapor, carbon dioxide (CO2), and methane (CH). However, because the concentration of water vapor is not directly affected by human activities and is not the main driver of climate change, the so-called greenhouse gases mainly refer to carbon dioxide, methane, nitrogen dioxide (N O), fluorides (HF), perfluorides (PVP), sulfur hexafluoride (CHF), and so on. In 1896, the Swedish physicist Svante Arsenius first studied the relationship between greenhouse gases and temperature. Since then, people's research on greenhouse gases has gradually begun. The main greenhouse gases in the atmosphere are carbon dioxide, methane, and nitrogen dioxide, which contribute 25%, 15%, and 4%, respectively, to the greenhouse effect. Since the industrial revolution in the 19th century, with the acceleration of the process of industrialization, human activities have greatly increased the concentration of greenhouse gases such as methane and carbon dioxide in the atmosphere. For example, the global atmospheric carbon dioxide concentration observed by the World Meteorology Organization's Global Atmospheric Observation Program reached 417.9 + 0.2 parts per million in 2022. The release of greenhouse gases would lead to extreme weather, global sea level rise, ocean fermentation, accelerated iceberg melting, and other problems, which would have a great impact on human life and production. In order to reduce greenhouse gas pollution, countries around the world have taken a series of measures, such as establishing a sound accounting and monitoring system, formulating greenhouse gas pollution regulations, and optimization of energy structure. On December 10, 1997, the third Conference of the States parties to the United Nations framework convention on climate change adopted the Paris Agreement of the United Nations framework convention on climate change. The outline formally stipulated the reduction of carbon dioxide, methane, nitrogen dioxide, fluorides, fluorides, and sulfur hexa.
How the greenhouse earth will affect the earth survey report
The greenhouse effect would have a serious impact on the earth in many ways. In terms of the ecological environment, it would lead to a decrease in biological species. As the Earth's temperature rose, the ecosystem changed. Many species found it difficult to adapt to the new environment, so they went extinct or migrated. In terms of climate, changes in atmospheric circulation and ocean currents caused extreme weather events such as droughts, floods, storms, heat waves, etc., which caused huge losses and difficulties to human production and life. The sea level would continue to rise. Due to the melting of glaciers and the expansion of seawater, the sea level had risen by 20 centimeters in the past century and could rise by more than 60 centimeters by the end of the century. This posed a great threat to coastal cities and island countries. Agricultural production had also been severely affected. Soil drought, increased pests and diseases, and shortened crop growth periods affected agricultural production and food security. Agriculture in developing countries was more sensitive and vulnerable to these factors. Human health was also affected. The heat island effect intensified, air pollution worsened, and the spread of infectious diseases expanded. This increased the incidence and mortality of cardiovascular diseases, respiratory diseases, skin cancer, and other diseases. The spread of diseases such as Dengue fever and malaria might expand, and the incidence of diseases such as asthma and chronic obstruction lung disease continued to rise. The stratosphere of the Earth's atmosphere became thinner and thinner due to the influence of greenhouse gases. The universe sucked away the Earth's atmosphere (about 100,000 tons) every year. If the Earth lost its atmosphere, all living things would go extinct within three minutes.
The circulation of ocean currents on the greenhouse earth
In the greenhouse Earth state, the ocean current cycle had its own unique characteristics. ** 1. Formation mechanism ** 1. ** Driven by the wind ** - The wind belts in the atmospheric circulation (such as the trade wind belt, the westerly wind belt, etc.) interacted with the surface of the ocean to drive the flow of seawater to form surface currents. For example, the northeast and southeast trade winds near the equator pushed the seawater westward, forming the North and South Equator Warm Current. Under the continuous effect of the wind, a global ocean circulation system was formed. 2. ** The difference in temperature and salinities ** - The temperature and saltiness of the seawater affected its density, causing the seawater to flow. When he was in the greenhouse, the global rainfall and evaporating were inconsistent, resulting in differences in ocean salinities in different regions. The density difference caused by salinities became the main formation mechanism of deep water. In the high latitudes, the temperature of the sea water was lower, the salinities were higher, and the density was higher; in the low latitudes, the temperature of the sea water was higher, the salinities were lower, and the density was lower. This difference in density caused the sea water to form a circulation in the vertical direction. The cold and heavy sea water sank, and the warm and light sea water rose. The sinking sea water flowed from the bottom of the ocean to the low latitudes, and the rising sea water flowed from the surface to the high latitudes, forming a cycle of deep ocean currents and surface ocean currents. 3. ** The influence of the Earth's rotation ** - The earth's rotation produces a gravitational force that has an important impact on the direction and path of ocean currents. The objects moving in the northern hemisphere were deflected to the right, and the objects moving in the southern hemisphere were deflected to the left, causing the ocean currents in the northern hemisphere to show a clockwise circulation, while the ocean currents in the southern hemisphere showed a counterclockwise circulation. ** 2. Main Ocean Current System ** 1. ** Equator Ocean Current System ** - It was composed of the North Equator Warm Current, the South Equator Warm Current, and the Equator Countercurrent. Driven by the trade winds, the North and South Equator Warm Current flowed westward along the north and south of the equator respectively. When the two met near the equator, they formed an equator current that flowed from west to east due to the accumulation and compensation of seawater. The system was of great significance in terms of heat transport, climate, and ecological environment in the surrounding areas. For example, the tropical rainforest climate in the equator was affected by the tropical warm current, and the warm and humid climate provided a good environment for biological species. 2. ** Drifting in the west wind ** - It was located in the middle and high latitudes of the southern hemisphere. It was a powerful ocean current formed by the prevalent westerly wind. Due to the lack of land in the middle and high latitudes of the southern hemisphere, the west wind could flow around the earth. The water temperature was low, which had a cooling effect on the surrounding climate. For example, the Patagonia Plateau in southern South America was affected by the cold and dry climate, forming large deserts and grasslands. 3. ** Gulfstream and Kuroshio (important ocean currents in the mid-latitudes of the northern hemisphere)** - The Gulf Stream was a powerful warm current in the North Atlantic Ocean. It originated in the Gulf of Mexico and flowed northward along the east coast of the United States. It then transported a large amount of heat and water vapor across the Atlantic Ocean to western Europe. (Although the data did not mention the special situation of the Blacktide under the greenhouse earth, it can be speculated that it has a corresponding role and function in the overall ocean circulation system.) In addition, during the late cretaceous period to the early evolution of the Atlantic Ocean (similar to the greenhouse state), the deep water of the ocean could not be forever flowing. There would inevitably be deep water forming to replace the original deep water positions. The density difference caused by saltiness became the main deep-water formation mechanism, and the thermohaline circulation was strong, which could transfer heat from low latitudes to high latitudes efficiently.
Earth's greenhouse effect solution
Here are some ways to solve the global greenhouse effect: 1. ** Energy Saving and Pollution Reduction ** - In daily life, reduce greenhouse gas pollution, choose public transportation first and drive less private cars. If you choose private cars, consider electric cars. At home, save electricity and reduce energy consumption. - At the macro level, we should promote low-carbon life, promote clean energy, such as solar energy, wind energy, and other sustainable energy sources, and reduce our dependence on fossil fuel, because burning fossil fuel will release a large amount of greenhouse gases such as carbon dioxide. - " Carry out technological innovation, such as developing carbon capture technology to capture and store carbon dioxide in the atmosphere and reduce its content in the atmosphere. 2. ** Increasing carbon sink ** - Affocation. Trees absorb carbon dioxide and release oxygen through photosynthesis, thereby reducing the carbon dioxide content in the atmosphere. - The algae in the ocean were important for carbon capture. They could absorb carbon dioxide from the air. After the algae died, they sank to the bottom of the sea, reducing the carbon dioxide content in the air. 3. ** In terms of reflecting sunlight ** - In theory, the impact of global warming could be reduced by intercepting a small portion of sunlight before it reached Earth. For example, scientists considered using dust particles to block 2% of solar radiation. The University of Arizona professor proposed to launch dust from the Earth to the Lagrange point to reflect sunlight, but this required huge economic and material support. Relatively speaking, it was more convenient and economical to launch dust from the moon to reflect sunlight because the moon had a lot of dust and soil and had a small gravitational force. Launching objects consumed less energy. - Similarly, if the sky was covered with white clouds that could reflect sunlight, if the Arctic ice was added, it could also reflect more sunlight, thus controlling climate warming. In addition, some simple reflective measures, such as sticking reflective paste on the glass to reflect sunlight and lower the indoor temperature, may help reduce heat absorption if this method is applied to buildings on a large scale. 4. ** In terms of social awareness and education ** - Strengthening environmental awareness and education, advocating the concept of sustainable development, making people aware of the dangers of the greenhouse effect, and actively participating in the actions to deal with the greenhouse effect. - Starting from individual actions, reduce water use, save energy, choose environmental protection products, etc.
What are the consequences of the Earth's greenhouse effect?
The global greenhouse effect would bring about many serious consequences. In terms of climate, it would cause global temperatures to generally rise. The tropics might become almost uninhabitable, and strong turbulent weather would increase, such as hurricanes and tornadoes. The melting of the North and South Poles would affect ocean currents, causing changes in sea temperature and abnormal climate on the continent, which would lead to a series of disastrous weather, including droughts, floods, lightning, storm tides, sandstorms, frosts, and blizzards. The sea level would rise due to the melting of the polar ice and snow, and large coastal areas might be flooded. In terms of the ecosystem, there would be a decrease in biological richness, and many species would become extinct or migrate due to their inability to adapt to environmental changes. In terms of agricultural production, drought, increased pests and diseases, and shortened crop growth periods would affect agricultural production and food security. For the Earth's atmosphere, the stratosphere would become thinner and thinner, and the universe would absorb tens of tons of Earth's atmosphere every year. If the Earth lost its atmosphere, all life would go extinct within three minutes. From the perspective of human health, the heat island effect, air pollution, and the spread of infectious diseases would affect human health and quality of life. When the global temperature rose excessively, it would also cause the polar sea water to be unable to sink, causing the global ocean current system to be unable to circulate. The ocean might become the Dead Sea, and life would go extinct. When the ocean current stopped operating, it would also cause extreme changes in the global climate, which would have a fatal impact on Earth's life. In addition, the melting of the permafrost in the cold regions of the world would release methane, causing the temperature to rise further, forming a vicious cycle. Large amounts of carbon dioxide would be dissolved in seawater, causing ocean fermentation, harming coral reefs, planktons, etc., which would have a chain reaction on the entire marine food chain, including life on land and in the atmosphere.
The ocean current circulation under the greenhouse earth
At present, there was no information that directly described the circulation of ocean currents under the greenhouse earth, but it could be inferred based on relevant knowledge. First of all, the formation mechanism of ocean currents in the ocean was mainly driven by wind, temperature and seawater difference, and the influence of the Earth's rotation. In terms of driving the wind, the wind belt in the atmospheric circulation interacted with the surface of the ocean to push the seawater to form the surface ocean current. Under normal circumstances, the difference in air pressure in different regions formed a global atmospheric circulation, such as the trade wind belt, the westerly wind belt, etc., which pushed the sea water to form the North Equator Warm Current, the South Equator Warm Current, etc. However, in a greenhouse world, due to the greenhouse effect, the rise in temperature would change the pattern of atmospheric circulation. For example, global warming would weaken the greenhouse gas " sink " function of natural grasslands. Changes in the greenhouse gas content in the atmosphere would affect the distribution of air pressure, which would then affect the wind belt. Changes in the wind belt would inevitably affect the surface ocean currents in the ocean circulation, changing their flow speed and direction. From the perspective of the difference in temperature and saltiness, the temperature and saltiness of seawater would affect the density of seawater, which would cause seawater to flow. Under the greenhouse, the melting of glaciers and other phenomena would change the saltiness of the seawater. The rise in temperature would affect the temperature of the seawater, causing the density of the seawater to change. For example, the melting of the Arctic glaciers would cause a large amount of fresh water to be injected into the ocean, which might destroy the original balance of temperature and saltiness, and thus affect the vertical circulation of seawater. The process of cold and heavy seawater sinking and warm and light seawater rising might be changed, causing the circulation of deep ocean currents and surface ocean currents to be affected. The earth's rotation caused the moving objects in the northern hemisphere to deflect to the right and the southern hemisphere to deflect to the left, affecting the direction and path of the ocean currents to form a specific circulation pattern. However, under the greenhouse Earth, the changes in the atmosphere and ocean environment may work together with the gravitational force, causing the original circulation patterns such as the clockwise ocean circulation in the northern hemisphere and the counterclockwise ocean circulation in the southern hemisphere to change. In summary, under the greenhouse earth, the atmospheric and oceanic environmental changes caused by the greenhouse effect would have a complex impact on the ocean circulation through a variety of factors.
The End of the Earth
The Earth's End series was a popular web novel, which included " The Eight Star Invasion at the Earth's End " and " The Earth's End: Starting from Planet Seven!" " Earth's End: Elegy of Civilization." These novels covered elements such as science fiction, doomsday crisis, time travel, and so on. They told the story of the war and survival between visitors from foreign planets and humans on Earth. Although there was no specific recommendation information, the serial chapters and update time of these novels showed that they had a certain influence in the online literature circle.
Is there an end to the earth?
From a scientific point of view, Earth was a spherical planet, and there was no such thing as the so-called " horizon." If one were to interpret the " horizon " as the end of a certain direction on the surface of the Earth, since the Earth was spherical, moving in one direction would eventually return to the origin, so there was no end. However, from a relative perspective, the Antarctic ice wall in Antarctica was seen by some as the end of the world, or the uninhabited areas like deserts. Because it was full of mystery and loneliness, some people felt that it was the end of the earth. However, this was more an expression based on subjective feelings, not the end in the scientific sense.