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So electron production from atmospheric undulation, so collisions, collisions between free electrons and neutral atoms and molecules. Electrons want to recombine, so collisions keep them free for longer periods. Collisions will therefore produce free electrons and will prevent recombination. Gases, gases in the atmosphere will transport ions with them. This can increase local electron density in regions of the ionosphere. And as plasma, the plasma is moving through the magnetosphere. This is just basically ions and electrons. Electric fields and currents form. The electric fields have the potential to accelerate electrons or affect particles coming in from space, leading to creation of more ionization in some of the areas and fewer ions and electrons and others. So this is how they're measuring the tsunamis when they're happening. These waves are starting to come up, it pushes the atmosphere, the atmosphere is being pushed upwards and it's being pushed upwards, it's carrying ions. Even the atoms and molecules that are going up are also colliding with the upper atmosphere producing more ions up there and you're getting this plasma forming and you can tell from this plasma, the amount of plasma that's being created up there, much about these tsunamis, These tsunamis were waves being created in the ocean.