We have plenty of water on the surface. Most of it is in the ocean. While that is not fresh water, it is where bassically all non sequestered water will end up. The limiting factor of fresh water is the how quickly the water cycle can produce it, which does not decrease if some water gets sequestered somewhere.
To the extent that net water in the water cycle is relevent, we would have the opposite problem where we are introducing far more water that had been sequestered (mostly in the form of glaciers), causing sea levels to rise. It would be great if we could find a way to sequester all of that extra water; but even putting a dent in that would nake carbon sequestration look trivial.
To the extent that net water in the water cycle is relevent, we would have the opposite problem where we are introducing far more water that had been sequestered (mostly in the form of glaciers), causing sea levels to rise. It would be great if we could find a way to sequester all of that extra water; but even putting a dent in that would nake carbon sequestration look trivial.