 Jeff, we just did the infiltration test, really phenomenal results. This is the next part of it. What are we going to be doing here? You know, I think this is really the more important part, is that we're really looking at the soils. These are, again, and it's soil, both the same soil, except this, of course, has been managed a lot different. No-till, long-term no-till. You can see they have a rye cover crop on it, conventional till. But what we want to do on both of these samples, first of all, is just pick them up and really look at that soil structure and what happened on the bottom. And if you look at that sample, you can see here that we didn't infiltrate any water. It's really dry on the bottom. We're here. We've got really wet conditions, et cetera, and infiltrated that water. We've got that macropore development, those wormholes coming all the way through that sample, based on biology. It's about soil structure. So let's push them out and go from there. All right. You ready? Oh, come on. So you've given me the tough one here. Yeah. Give me the tough one again. It's actually coming out. Okay. Oh. In chunks. Okay. So is that platey structure right there? Well, for the most part, you're really looking at it as a really poor structure. It's massive. Maybe some of you are blocky, platey on the surface, but it's really muddy and super saturated on that surface. I don't know if you could really see that. You've got platey soil structure. You can see that right here. Yeah. Really pretty obvious. Right. Compared to this one, and we can turn this around a little bit. You can see the roots, but you can also see here how granular that structure is compared to this. Yeah. Okay. So you've got really nice granular structure. So that's basically poor space. That's where the water in the air is going to go through. Absolutely. And, well, there's not a poor spin, and you can't see them. It's a wormhole. Yeah. No wormholes. No wormholes. It's about structure, structure, structure. That's how we, it's really the situation of the issue here. Okay. Well, this is a great illustration. Thank you so much, Jeff. And what's interesting to me is, you go out here, you take a spade full of soil, and people will look at that and say, well, that looks fine. That looks great. There's nothing wrong with that. The only problem is they don't have any context. So we went over and got the Annett soil the way it was supposed to look, and look at the organic matter differences. I mean, you don't have to be eight soil scientists to figure out this. Look at the soil structural differences.