Brent Diedrich

Yeah, if you're going directly on seed. So again, the benefit on a two-by-two and especially what you're doing with the mixture you have, I would recommend an upward product. With those sites, the on-seed piece is more of a vitamin package directly if you're using a low-salt starter ortho product. That's where that benefit is on that.

Yeah, if you're going directly on seed. So again, the benefit on a two-by-two and especially what you're doing with the mixture you have, I would recommend an upward product. With those sites, the on-seed piece is more of a vitamin package directly if you're using a low-salt starter ortho product. That's where that benefit is on that.

Yeah, if you're going directly on seed. So again, the benefit on a two-by-two and especially what you're doing with the mixture you have, I would recommend an upward product. With those sites, the on-seed piece is more of a vitamin package directly if you're using a low-salt starter ortho product. That's where that benefit is on that.

Yeah. Yeah, so I think that goes to what we're really proud of at AgX is the reasons why product. So at that time frame, we talk about corn, for example, right? We all know during that B3 to B4. five timeframe, that's when ovule development's happening, right? You can actually affect yield at that point. You can trick that plant and they think it's the healthiest plant in the world.

Yeah. Yeah, so I think that goes to what we're really proud of at AgX is the reasons why product. So at that time frame, we talk about corn, for example, right? We all know during that B3 to B4. five timeframe, that's when ovule development's happening, right? You can actually affect yield at that point. You can trick that plant and they think it's the healthiest plant in the world.

Yeah. Yeah, so I think that goes to what we're really proud of at AgX is the reasons why product. So at that time frame, we talk about corn, for example, right? We all know during that B3 to B4. five timeframe, that's when ovule development's happening, right? You can actually affect yield at that point. You can trick that plant and they think it's the healthiest plant in the world.

If you can add another two kernels on that ear, potentially, to fill that out, that's where your yield comes from. So at that time, we're very specific on a corn crop that we want that application at V3, V5 timeframe. From a nutritional standpoint and from a plant growth regulator standpoint,

If you can add another two kernels on that ear, potentially, to fill that out, that's where your yield comes from. So at that time, we're very specific on a corn crop that we want that application at V3, V5 timeframe. From a nutritional standpoint and from a plant growth regulator standpoint,

If you can add another two kernels on that ear, potentially, to fill that out, that's where your yield comes from. So at that time, we're very specific on a corn crop that we want that application at V3, V5 timeframe. From a nutritional standpoint and from a plant growth regulator standpoint,

pgr standpoint as well where you can influence that and get that plant up and going and especially when you're spraying herbicide you know that that plant has to express its genes right it can slow it down stall it out it's also metabolize that chemistry at that point too so anything to help that thing get up and going help that thing flush that through get a better weed kill and keep that crop moving there's a great opportunity at that point to influence yield

pgr standpoint as well where you can influence that and get that plant up and going and especially when you're spraying herbicide you know that that plant has to express its genes right it can slow it down stall it out it's also metabolize that chemistry at that point too so anything to help that thing get up and going help that thing flush that through get a better weed kill and keep that crop moving there's a great opportunity at that point to influence yield

pgr standpoint as well where you can influence that and get that plant up and going and especially when you're spraying herbicide you know that that plant has to express its genes right it can slow it down stall it out it's also metabolize that chemistry at that point too so anything to help that thing get up and going help that thing flush that through get a better weed kill and keep that crop moving there's a great opportunity at that point to influence yield

There's only a few times I feel like in a crop understanding like what's going on during specific crop times, you can really influence yield. You can never go backwards. So you got to capture and got to take advantage of those times when you can. And that's one of them. I feel like in a corn crop and soybeans the same way you're going across that field and those things stun out and stall out.

There's only a few times I feel like in a crop understanding like what's going on during specific crop times, you can really influence yield. You can never go backwards. So you got to capture and got to take advantage of those times when you can. And that's one of them. I feel like in a corn crop and soybeans the same way you're going across that field and those things stun out and stall out.

There's only a few times I feel like in a crop understanding like what's going on during specific crop times, you can really influence yield. You can never go backwards. So you got to capture and got to take advantage of those times when you can. And that's one of them. I feel like in a corn crop and soybeans the same way you're going across that field and those things stun out and stall out.

And that's a, that's an option and a way that you can get that thing moving and keep it going as well.

And that's a, that's an option and a way that you can get that thing moving and keep it going as well.

And that's a, that's an option and a way that you can get that thing moving and keep it going as well.

Yeah, it's funny, especially coming on the retail side. Poor chemistry guys sometimes got, you know, always the blame on it. And a lot of times when you did the research, you know, certain herbicides are calling for an oil, a heavy AMS load, whatever it is. And then your water, your pH in your water makes a big difference. Those are there to help performance.

Yeah, it's funny, especially coming on the retail side. Poor chemistry guys sometimes got, you know, always the blame on it. And a lot of times when you did the research, you know, certain herbicides are calling for an oil, a heavy AMS load, whatever it is. And then your water, your pH in your water makes a big difference. Those are there to help performance.