function. Another community distribution function that tells us what is going to be the chance of getting dated for certain vertical level at the end of the century. So that's the dotted line on the top left over there. Once we have those two we can create a ratio. And that's the big graph in the middle of the slide. The dark line tells you what, how much your inundation frequency will increase as you move to the end of the century. The dark line is for linear rise. So continuing the 6.3 millimeters for Pleasure Pier, all the way to the century. And the dashed line as with an acceleration. I'll talk to that a little more. And one of the take-home messages there is that when you look at that ratio, it's estimated to be about six times for water levels around one meter and a lot less around two times for Hurricane Ike type. So when you think about nuisance flooding, they're not devastating, but in
function. Another community distribution function that tells us what is going to be the chance of getting dated for certain vertical level at the end of the century. So that's the dotted line on the top left over there. Once we have those two we can create a ratio. And that's the big graph in the middle of the slide. The dark line tells you what, how much your inundation frequency will increase as you move to the end of the century. The dark line is for linear rise. So continuing the 6.3 millimeters for Pleasure Pier, all the way to the century. And the dashed line as with an acceleration. I'll talk to that a little more. And one of the take-home messages there is that when you look at that ratio, it's estimated to be about six times for water levels around one meter and a lot less around two times for Hurricane Ike type. So when you think about nuisance flooding, they're not devastating, but in
0316NOAA-HSRP.docx