Okay, yes, I'd like to introduce you all to Enca's Engineering for Climate Extremes Partnership. So this is a partnership facilitated by Enca to strengthen societal resilience to weather and climate extremes. So I'm in the regional climate section of MQB. So let's see where we've come from. Well, we're in an environment of increasing frequency of natural hazards. Here's the annual total you see from the 1980s. We've almost doubled in recent years. And so along with that we've got increasing damages. You see from 1980 to today there's been a quadrupling of damages. This is global total damages and that's because there's more people and more people have more stuff. So back to ESEP. So the mission of ESEP is to enable improved societal planning to weather and climate extremes. So we do that through partnering between government, academia, commerce and local communities. We do basic science. That's what we're here at Enca to do, engineering and technology. But also we develop tools to support decision making. So instead of talking about rainfall and temperature we talk about dollars and flood height for example. And overarching philosophy is that of graceful failure. More on that later. So traditionally damage modelling starts with the hazard. So you define the hazard, it could be flood height. They need to find the exposure, so the buildings. They need to find vulnerability that says how the exposure responds to the hazard. So the output is damage. And the output is a typical damage curve. So it gives you a probability p of damage d within a set time period. And from that curve you can estimate the 1% event or the .1% event for example. We're lifting the lid on that and developing a global risk resilience and impacts toolbox or grit for short. So this is a fully open source modelling system. It's developed by the community. It's fully supported. So think war for CCSM and it's flexible to future demands. So grit starts with a database of exposure, hazard and vulnerability. And the hazard is historical observed climate but also future projected climate. They're sitting on top of that database is a framework. So this framework, you think of it as a number cruncher. So it computes all the different permutations of the input data and outputs impact variables as defined by a series of applications or apps. So we have some of these apps in development. We're working on a hurricane app, a flood app, an urban climate adaptation app and a construction app. So what do these look like? I'll give a couple of examples. The first off the hurricane app. So user can go in and input your location, your time period of interest and it would spit out say a time series of likelihood of hurricane damage or a spatial map of hurricane damage potential. Another app is our force major. So force major is a contractual clause in construction contracts is the act of God that says the likely downtime due to whether a climate to a user could again input their location and time period and it would give you say a likelihood of threshold exceeding say hot days or wet days and that enables their competitive contracts to be developed. So our overarching philosophy throughout all this is that of graceful failure. So what is this? Well here's two examples of failure but I think you'll agree they're pretty graceful. But what does that mean when we're talking about weather and climate extremes? So let's first talk about what it isn't and it isn't the response to the September 2013 front-range flooding where a lot of the canyon roads were washed out. So building for resistance does not mean building resilience. I'll give another example of graceful failure. So here's two containers that can hold liquid but they're going to encounter a hazard. So which one do you think will maintain operability after it's been struck by the hammer? Well I think you'll guess the can can still contain liquid however on the other side we see a catastrophic failure so operations of ceased it can no longer contain liquid. So moving on to a real-world example of graceful failure. Again going back to the 2013 floods so in Boulder we have a series of the bikeways and pedestrian paths that guided the floodwaters away from the local houses or the majority of the houses avoiding a catastrophic failure. So that was the summary of ESEP so if you're interested in getting involved you can subscribe to our website read about us in Atmos News connect with us on Twitter or send us an email thank you very much.