 Talk here for a couple of minutes about some of the work that we're doing here at Inkster. And so actually if you look right behind us, those are some plots there that my graduate student Fabian, wherever he's hiding. He's right over there. Yes, Fabian's from Kenya. He just started here. It's a row spacing study that we're conducting. And we're looking at 28, 30, 32, 34 and 36 inch row spacings. We have four chipping varieties and two reds and two yellow varieties in that trial. They're split up by chips and fresh. It's an interesting project. We had to buy a new planter. We're still learning how to do it. It's probably not going to be the best results this year because of some challenges we've had with it. But I knew that going in whenever you start some kind of new wild idea. That's what's going to happen. You're going to have probably a handful of mistakes the first time you do it. But the good news is we've got funding from Special Crop Block Grants to fund this in North Dakota, Minnesota over the next couple of years. So everyone who wrote grants or letters of support, we really appreciate that. So we're hoping to learn from this to see if narrow row spacing can benefit our growers by providing more yield and more profits. That's been shown to happen in Washington with Russets. And so we're focusing on the yellows, reds and chips here. So that's one project we got going on here. Don't have any data yet, but again, it's a first year study. On the project we've got going on, we've got some projects in the back corner back here. We have a seed lot grow out trial we did for growers just to check seed. We've got a project looking at calcium nitrate from YARA. Again, you can't see much on that. It's going to be more looking at tubers. Hollowheart is really the focus on that to see if we can reduce Hollowheart, which this year is probably a good year for that with the heat we've had in the low sets. We're probably going to see more physiological disorders in tubers. Hollowheart, sugar ends, malformed tubers. We have an extension article on second growth of potatoes. If you look that up on the NDSU Potato Website, there's information there. We have a seed treatment project that the growers supported. So it's a seed treatment in that we're putting on different seed treatments to see if it affects the stand and the yield. We're not looking at the disease control because Julie's doing that work in Gary, and they'll talk about that. But this project is more housing and agronomy focused to see if there's any negative effects from some of the common seed treatments that are utilized by growers. And so that was something that came up that the growers wanted us to do. So we were able to do that. And then we also have a plot back there with a few weeds in it, testing some new compounds that might potentially be available for growers in the future. So that kind of gives you a rundown of some of the work we're doing here. We've got plots here at Inkster. We have our red and yellow variety trial work up in Hoopal with TJ Hall and their farm. And we have 20 reds and 30 yellow varieties that we're testing. And so those come from private breeding programs, public breeding programs and advanced selections that look good, trying to help the growers in the Red River Valley find what the next best variety options are for them. And then we've got trials in Tappan, looking at nitrogen on some newer varieties there. We do a handful of trials in Oaks, North Dakota, mostly fertility trials. And then we have work also in Park Rapids and also Laramiea. I got lots of places. We've got too much we're doing, but that's all for you guys. But anyway, my other grad student, Jed Groh, who's here, we're doing a project on looking at bulking rates of Russet Burbank, Bannock Russet and Dakota Russet. So we're sampling those every two weeks to look at how rapid they bulk. And we're also sampling the verticillium in the stems to see how fast the verticillium increases. And so we're working with Julie Pashie on that project. And that's a very interesting project because we don't know if anybody's ever looked at verticillium accumulation during the growing season. And so kind of a fun project. And I think we'll learn a lot of good information from that once we get a few years of data on that. So because you're kind of an idea of some of the work we're doing to try to support our industry here. We appreciate the growers supporting a lot of these projects. A lot of these are grower funded. We get funds also through company and other grants, especially crop research block grants. So helps us get the work done. And I can't go away without mentioning Eric and Peter, where you guys at over here. Eric and Peter, they're the ones that really get the field work done when I'm running around, taking care of all the extension calls and all the problems the growers have or given the talks. Eric and Peter are the ones that are actually out in the field planting it and harvesting it and doing all the treatments. And so, I mean, they do most of the heavy lifting. I just help get everything organized and answer questions more or less. So it's just the nature of the beast. I can't be everywhere at the same time. So we really appreciate those guys and what they do to help make everything happen.