Energy Mining, Earth's Thermal Insulation Damaged and Trigger Climate Change

Fossil energy is the product of a series of complex chemical reactions inside the earth under high temperature and pressure. Where there is fossil energy, there must be a huge heat reservoir. The vast majority of coal, oil and gas are found in sedimentary basins with abundant geothermal resources. There is no "sea of oil" or "sea of gas" in the Earth's crust. Oil, natural gas, shale gas, etc. exist underground in rock pores, cracks, caves, faults, sand grains where like a huge "capillary network". Some cracks and faults reach deep into the entire crust. Oil, natural gas and shale gas seal off these pores, cracks, faults and sand layers, effectively preventing excessive leakage of heat from the ground. The enormous pressure of oil, gas and shale gas in the Earth's crust counteracts the thermal pressure in the Earth's interior, reaching a dynamic equilibrium. Once the oil, gas and shale gas is out of the ground, due to the loss of heat insulation and heat insulation material, the heat will eventually reach the surface from the Earth's interior, causing the Earth's crust "fever". A large number of water vapor, carbon dioxide, methane, etc. Greenhouse gas from the crust into the atmosphere and ocean, destroyed the energy balance of the atmosphere. This article aims to find out the real causes of climate change. By collecting materials from published academic documents, it is clarified that the man-made damage to the Earth's crust heat insulation seal is the truth of climate change. Therefore, the following conclusions are drawn: the thermal insulation of the Earth's crust is damaged by mining fossil energy (coal, oil, natural gas, shale gas, oil shale, gas hydrate, etc.), too much heat from the Earth's interior is pouring into the Earth's surface, causing the Earth's crust temperature and sea temperature to rise, trigger climate change and ecological disasters. Large amounts of water vapor have entered space, resulting rainfall and snow in some areas to exceed historical limits several times. Global soil and oceans degradation year by year.