00:00:00 We're actually in Iowa looking at some soybeans, just trying to see what's going on up here. We looked at some really good looking corn. 00:00:05 They got beans coming up, you know, we're out here looking out and trying to see what growth stage they're at. 00:00:09 I was asking Temple, what products will he be putting on these beans right now? Because really, as far as knowing things to do 00:00:13 with soybeans, he's kinda my go-to person. So temple, these beans, you know, in that, you know, eight nodes, nine nodes stage right now, we're 00:00:20 Getting ready to Bloom. They just barely starting to bloom. So what kind of products would you have used, say, 00:00:25 last week versus what you're gonna use going forward because of the Blooms? Well, what I would've done 00:00:29 before the Bloom set in, I would've used, uh, nature's makes a product called Detour, and it's got software in it. 00:00:35 And I would've tried to kind of stunt the plants a little bit, maybe add another note or two. 00:00:39 Yeah, that's kind of the idea of it. So I'm trying to prolong, you know, just for just a minute. And it, and it also helps for branching. 00:00:46 But anyway, I, I'm, I'm trying to set up a stage, right? So I'm setting a stage for what I'm gonna do later on. 00:00:52 And then once I get to, uh, a point where I'm gonna set up for like, let's say it's blooming. 00:00:57 When it starts blooming, the first thing I do is pg r. Yep. I mean, I, I, I can't stress that enough. 00:01:04 Like if I went out here and I put on a big nutrition package, so like R one, my nutrition package is gonna be, um, phosphorus for energy. 00:01:12 I'm gonna go put sugar in there. That helps with energy. Kind of get me through that stage, A PGR. 00:01:18 And the first thing that's gonna happen, as soon as you put that PGR on, you're gonna have a massive bloom at the top. 00:01:22 It's gonna throw a big set of just Yeah. You know, and it really make like a flower, right? Not just like a little flower, but a cluster. 00:01:28 A cluster, yeah. So when we can add those clusters and that's everything, that's what happens every time that you, we go in there, we drop it in there, 00:01:35 and then I'm gonna file that up and I'm gonna put some potassium on there. Yeah. And when we put potassium on there, you know, they got 00:01:41 that one KPL max, which it's potassium, it's got a a, a humic in it, but it also has some sulfur in there. Beans love sulfur. A lot of people don't know that. 00:01:50 A lot of people don't play with sulfur on soybeans, but that's a huge yield advantage. So the kind of thing that I, so I switch around 00:01:57 and I kind of change in my program because what we're trying to do is, is we're growing plants, we're not growing acres. 00:02:02 Right. So we can make real valid, good, educated decisions on what we're doing on that stage. That's right. And, and I think that that's important. 00:02:11 Yeah. So, you know, you were talking about sulfur. A lot of people use soybeans as scavengers, right? Mm-hmm. Whatever's left out there from the 00:02:17 corn crop the year before, Or the wheat crop, Or the wheat crop lettuce, scavenge sulfur. 00:02:21 We realize how important that is and how it actually manipulates that plant or helps that plant with all kinds 00:02:25 of different processes throughout the year. Pgs, I'm a big believer in pg r. What's crazy, it seems like every time you put a 00:02:30 PGR out, you can get that cluster. Yep. So it's not like it's a one shot deal, it's multiple times you need to do it. 00:02:35 There's different PGRs you need to do when you're at the very early stage in that being's life versus at that R one too. So they're 00:02:41 Completely different and you don't wanna mix 'em up. No. Totally different products in them, because you can 00:02:44 Take it if you use the wrong one. If you use a vegetative PGR and you use reproduction, you can send it back, right back, 00:02:50 right back to vegetative. And that's what we don't wanna do. That's right. You know, we can't sell vegetation, we sell reproduction. 89 00:02:56.125 --> 00:02:57.685