The challenge for Xinan is to find the right equations and physics to describe these events, including the processes we cannot see. When raindrops fall on the surface of the ocean, they make splashes and ripples, just as you would see if you watched the rain falling on a puddle. It is also important for working out how weather conditions, like wind, can change the evaporation processes happening at sea. Understanding how raindrops fall and splash on the ocean surface is important for predicting how much moisture will be in the air at the air-sea boundary layer. The air-sea boundary layer is one of the ways the ocean plays an important role in our climate, but we know surprisingly little about the physics behind the raindrops that fall in it. He researches the air-sea boundary layer, which is where the rain meets the ocean. Ocean currents – continuous, directed movements of sea water around the globe – are also vital for distributing heat energy, regulating weather and climate, and cycling nutrients and gases.ĭr Xinan Liu is fascinated by the ocean and understanding how it interacts with rain. ![]() Indeed, water evaporating from the ocean surface, and ending up as rainfall on land or back on the ocean, is part of an endless process of change known as the water cycle. This vast expanse of water plays a key role in our planet’s climate and local weather conditions. The ocean covers 70 per cent of the world’s surface and holds 97 per cent of the world’s water.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |