The influence of Tibetan Plateau topography on atmospheric circulation

The influence of Tibetan Plateau topography on atmospheric circulation


This is a problem in exploration. The influence of large terrain on the atmospheric circulation is very complex. Taking the Qinghai Tibet Plateau as an example, this paper attempts to elaborate as follows: the Qinghai Tibet Plateau has obvious branching effect on the westerly, forming two obvious westerly jets in the north and south of the plateau, converging in the east of the plateau, forming the most powerful westerly jet in the northern hemisphere over Japan



How do ocean currents affect climate
How does ocean current affect climate? (it's not warm current warming and humidifying, cold current cooling and dehumidification. It refers to why ocean current can have such effect, and what's the specific principle.)


The warming and humidification of warm current refers to that in the area where warm current flows, the sea water temperature is higher and the evaporation is stronger. Affected by the underlying surface, the air humidity is relatively higher and the temperature is also higher. When warm and humid air encounters cold air or rises along the windward slope, it is easy to form precipitation. This is the warming and humidifying effect of warm current on coastal areas
On the contrary, the cold current has the effect of cooling and dehumidification in coastal areas due to the low water temperature, weak evaporation, dry air and low temperature



What is the El Nino phenomenon? What is its impact on China's climate


El Nino phenomenon, also known as El Nino current, is a kind of climate phenomenon caused by the imbalance of ocean and atmosphere in the Pacific equatorial zone. Under normal circumstances, the monsoon current in the tropical Pacific region moves from America to Asia, keeping the Pacific surface warm and bringing tropical rainfall around Indonesia



What happens to the ocean current when El Nino happens


Peru cold current sea temperature is higher than normal year