 Sorry, I'm laying back, man, try it. Um, where you got a pen I can borrow? The water's gonna warm up, that's just nature, okay? The molecules start to come back. Hello? Oh yeah, I'm free. So like, once the sun, you know, comes out, it kind of like makes the planting grow, you know? It can enhance vital planting growth, enhance DMS production. That basically means that it's just moving. It can enhance vital planting growth back to the level, enhance DMS production, up, elevate DMS connection, enhance the planting grow, and then after the planting grows, it enhances DMS production, which is kind of it. Yes, my name is Daniel Quinn. I'm thankful that you guys can all make it today. I have a presentation shortly that's coming up. It's about vital planting, molecules, and a lot of generalizations in city populations. So, oh, you know what? I'm going to turn off my cell phone real quick. Sorry guys. Let's do that. Alright, so we're going to be talking about claw hypothesis. So as you can see, when we have more increased sunlight, that goes into the ocean, and that makes the ocean warm up a lot more. As the ocean warms a lot more, we have enhanced vital planting growth, and then that leads to enhanced DMS production. Because of that, you can have enhanced vital planting growth. This is very important for the wildlife in Z, and after it goes down to the ocean, warms up the ocean, and as you can see, you can follow this path here, and it goes into enhanced vital planting growth, which eventually leads to enhanced DMS production. You guys can follow the whole cycle on this handout that I have here. It has the whole loop that we're going to be going through. We're going to start off with the sunlight here that goes down into the ocean.