Brent Diedrich

Yeah.

Yeah.

And then it might not even work. No, you might be just stunting it. Right.

And then it might not even work. No, you might be just stunting it. Right.

And then it might not even work. No, you might be just stunting it. Right.

What time frame are you talking about?

What time frame are you talking about?

What time frame are you talking about?

Yeah, usually pretty early, you know, and then at that point. same thing. That's, that's a great time to address your sulfur needs. Um, that's a great time to add organic acid in there, um, on the side dress piece of it. And then obviously you can, you can manage that, that, that pass as well.

Yeah, usually pretty early, you know, and then at that point. same thing. That's, that's a great time to address your sulfur needs. Um, that's a great time to add organic acid in there, um, on the side dress piece of it. And then obviously you can, you can manage that, that, that pass as well.

Yeah, usually pretty early, you know, and then at that point. same thing. That's, that's a great time to address your sulfur needs. Um, that's a great time to add organic acid in there, um, on the side dress piece of it. And then obviously you can, you can manage that, that, that pass as well.

Um, as we, as we get later in the season, we're looking at that, you know, if you guys are running your Y drops again, can manage that piece of it. Sulfur, boron, those are obviously very, um, very tough elements to hold in the soil. They're negatively charged. The soil struggles to hold those. Anytime you get a rain, you get, you, have a chance of losing that.

Um, as we, as we get later in the season, we're looking at that, you know, if you guys are running your Y drops again, can manage that piece of it. Sulfur, boron, those are obviously very, um, very tough elements to hold in the soil. They're negatively charged. The soil struggles to hold those. Anytime you get a rain, you get, you, have a chance of losing that.

Um, as we, as we get later in the season, we're looking at that, you know, if you guys are running your Y drops again, can manage that piece of it. Sulfur, boron, those are obviously very, um, very tough elements to hold in the soil. They're negatively charged. The soil struggles to hold those. Anytime you get a rain, you get, you, have a chance of losing that.

So, um, there's a couple of elements, you know, sulfur, boron, potassium as well, that are just really efficient to do foliar. And that those are some timeframes going into that reproductive timeframe that, that, uh, we see a big benefit with.

So, um, there's a couple of elements, you know, sulfur, boron, potassium as well, that are just really efficient to do foliar. And that those are some timeframes going into that reproductive timeframe that, that, uh, we see a big benefit with.

So, um, there's a couple of elements, you know, sulfur, boron, potassium as well, that are just really efficient to do foliar. And that those are some timeframes going into that reproductive timeframe that, that, uh, we see a big benefit with.

They have a lot of products. Yeah, we do. So, you know, we get canola as we go up North, um, in our territory quite a bit. Um, And then wheat, obviously quite a bit across the country. We do some in Ohio and stuff like that. But, yeah, I mean, along the same lines, understand those demand curves of those nutrients. But sulfur is huge on wheat, for example.

They have a lot of products. Yeah, we do. So, you know, we get canola as we go up North, um, in our territory quite a bit. Um, And then wheat, obviously quite a bit across the country. We do some in Ohio and stuff like that. But, yeah, I mean, along the same lines, understand those demand curves of those nutrients. But sulfur is huge on wheat, for example.

They have a lot of products. Yeah, we do. So, you know, we get canola as we go up North, um, in our territory quite a bit. Um, And then wheat, obviously quite a bit across the country. We do some in Ohio and stuff like that. But, yeah, I mean, along the same lines, understand those demand curves of those nutrients. But sulfur is huge on wheat, for example.