 Ychydig. Yn ymwyaf yw'r iawn, i'w leifio ar gyfer y gwirionedd. Mae gennym Thomas Gardnut, a gydag eu parwm ar y gwirionedd Genny Brown, yng Nghymru yn y Cywrim Tee. Mae'r cyfrwng sy'n bwysig. Yn ymwysig, mae'r cyfrwng sy'n bwysig. Yn ymwysig, mae'r cyfrwng sy'n bwysig yn y cyfrwng gyfnod. Mae'r cyfrwng sy'n bwysig yn nobl. Cynnydd yw'r cyfrwng. Yn ymwysig, mae'r cyfrwng y cwyrdd ym Llywodraeth, ar gyfer y celfmwysig, ar hyn o'r ffordd. Mae'r gyrddwyr yn rhaglwch, i'r holl dependsant, mae'r celfmwysig yn y llif, mae'r gwrdd yna yn gwneud. Mae'r gyrddwyr yn rhyw gyrddwyr yn rhyw gyrddwyr, a mae'r gwrdd amdano'r gwrdd yno. Mae'r cyflwyno ar y cyflwyno, ac mae'r cyflwyno ar wef oed yn gweithio yng Nghymru, mae mae mae'r cyflwyno ar 7-12 gwyrddwyr yng Nghymru. Mae'r cyflwyno ar gyrddwyr yn cyflwyno ar y cyflwyno. The Beach Profile system is taking the level between the tides. One of the things that first came out was that that Beach profiling makes quite a large difference. That bottom line is the European overtop hazard threshold, and it is at least three times during the monitoring, that that would have been triggered. The other thing that came out was the overtopping frequency distribution. I'm a computer scientist, so you'll have to forgive me with some of the science details here. But effectively what we're looking at is that predicted high tide. The previous theory was that after that you would expect your overtopings to start decreasing in frequency. And what we can see there is actually they begin to increase in frequency about two hours afterwards. Still ongoing research into truly understanding what's happening there. Moving on to more of the technology which I can talk about at end is the actual system that happened from this more internet of things style setup. So we have our while over in the caller and it gets wet. When it gets wet it's going to transmit us data. That's going over the 3G network so it's connected into the mobile network. It comes directly to us in NOC. We have a piece of software called ERDAP which is an open source piece of software. Please do come and see me later if you want to know more about it. It's very interesting. We take loads of reference data sets so we can see Met Office, Environment Agency, Channel Coast. All gets put into ERDAP as a reference base. From there we have a single point of access where we can do very interesting things. One of those is build apps. So we can start looking at this which is a coastal hazard app. This app effectively allows us to give people insights within about a 10 minute frequency to what's happening at these particular sites. That is a QR code that is at the bottom. If anyone wants to try and scan that briefly before I move on to the next slide. There on the poster people can go and have a look at the data that is there. It wasn't just about the novel sensors though. There was a whole range of stuff that was part of the Crème Tee project. A walk was created with some digital artists so that took the deallocation of people that were going on walks around Penzance and Dawlish and then fed them information and facts around about where they were. It tied into the Coast Snap Gallery which is a big international setup. This allows people at certain defined points along coastal walks to take pictures, georeference them and then that builds up an archive of what the beaches look like over time. There are videos available of the beach profiles changing. Finally there is the educational output that came out of this. This project will live on in the sense that there is key stage 3 GCSE and A level data sets available. They all tie into that coastal hazards application that I mentioned. That is me. Thank you very much. Thank you very much.