 So let's check and see if the GPS data confirms our suspicions that there's something interesting going on that we already saw in the seismic and tilt data. Okay, so I'm going to select GPS here, and the first thing I'm going to do is set a baseline with this station MKPM. MKPM is a station that's a little farther away from the rest of the network stations, and the point of setting this as a baseline is to zero out the effects of plate tectonic motion and background stuff like that. That motion's interesting, but it's not what we're trying to look for here. Alright, so the actual station I want to look at is this PUOC station, because that one is the closest one to the tilt meter that we looked at before. I'm going to leave the start and end time the same, so clicking submit gives me this plot right here. And so this is the baseline station subtracted from the station of interest, and there's a three panel plot with time on the x-axis of all of them, and then meters on the y-axis. So the three components of this station are east, north, and up, and those are referenced to some arbitrary benchmark somewhere else. So one thing you can see right away from the GPS data is that it's only recorded one today. So you're not going to get anything like the fine scale wiggles and bumps. Remember that we got here in the tilt data and seismic data where we were like saying, here's a little peak, and here's this. All you can do is get kind of a general sense of was there motion within reason or not. So what we're looking for is something that happened between the 18th and the 19th. And I guess I could convince myself that there's something going on between this dot and this other dot here. There's certainly not zero motion. So I'd say the GPS data is not inconsistent with the event that we found. Okay, so we found the inflation deflation event.