Andrew Luzum

And so that's why we want to make sure we're using nitrogen stabilizers both fall and spring. But realistically, you know, you look at this last year, you know, March was actually probably more of our nitrogen loss time period this year. And nobody thinks about that. March was relatively dry for most of the corn belt. And really, you look at what happened this last year.

And so that's why we want to make sure we're using nitrogen stabilizers both fall and spring. But realistically, you know, you look at this last year, you know, March was actually probably more of our nitrogen loss time period this year. And nobody thinks about that. March was relatively dry for most of the corn belt. And really, you look at what happened this last year.

And so that's why we want to make sure we're using nitrogen stabilizers both fall and spring. But realistically, you know, you look at this last year, you know, March was actually probably more of our nitrogen loss time period this year. And nobody thinks about that. March was relatively dry for most of the corn belt. And really, you look at what happened this last year.

We went through a warm March. We started to convert nitrogen. And then what happened in April and May? It started raining and it never stopped, right? And so when you look at what we've seen in this last year, we had a lot of falling hydrous trials with NSERV out all over the Corn Belt this last year.

We went through a warm March. We started to convert nitrogen. And then what happened in April and May? It started raining and it never stopped, right? And so when you look at what we've seen in this last year, we had a lot of falling hydrous trials with NSERV out all over the Corn Belt this last year.

We went through a warm March. We started to convert nitrogen. And then what happened in April and May? It started raining and it never stopped, right? And so when you look at what we've seen in this last year, we had a lot of falling hydrous trials with NSERV out all over the Corn Belt this last year.

When we compare those trials, where we had NSERV, we were carrying an average of 5% to 11% more nitrogen in the ammonium form than in nitrate form. You may say, why is that important? When nitrogen is not in the ammonium form and it's in the nitrate form, it's a totally susceptible to loss, right? And we know that 70% of our loss happens below ground.

When we compare those trials, where we had NSERV, we were carrying an average of 5% to 11% more nitrogen in the ammonium form than in nitrate form. You may say, why is that important? When nitrogen is not in the ammonium form and it's in the nitrate form, it's a totally susceptible to loss, right? And we know that 70% of our loss happens below ground.

When we compare those trials, where we had NSERV, we were carrying an average of 5% to 11% more nitrogen in the ammonium form than in nitrate form. You may say, why is that important? When nitrogen is not in the ammonium form and it's in the nitrate form, it's a totally susceptible to loss, right? And we know that 70% of our loss happens below ground.

So that's why we want to make sure we're using proven products like insert and instinct.

So that's why we want to make sure we're using proven products like insert and instinct.

So that's why we want to make sure we're using proven products like insert and instinct.

You know, it's a big conversation always is the fact that we have to remember that our soils are negatively charged. And so when it's in the ammonium form, it's in a positive form. It's reasons why we never talk about ammonium running down our waterways or what we're losing from leachate. It's always in the nitrate form. So corn actually does prefer corn or nitrogen in the ammonium form.

You know, it's a big conversation always is the fact that we have to remember that our soils are negatively charged. And so when it's in the ammonium form, it's in a positive form. It's reasons why we never talk about ammonium running down our waterways or what we're losing from leachate. It's always in the nitrate form. So corn actually does prefer corn or nitrogen in the ammonium form.

You know, it's a big conversation always is the fact that we have to remember that our soils are negatively charged. And so when it's in the ammonium form, it's in a positive form. It's reasons why we never talk about ammonium running down our waterways or what we're losing from leachate. It's always in the nitrate form. So corn actually does prefer corn or nitrogen in the ammonium form.

And by doing that, it's going to allow it to have an easier uptake and hopefully more conversion towards yield, test weight, dry down, etc. in the fall. If somebody wants to learn more about nitrogen stabilizers, how best do they do that? Yeah, they should be able to do that through their local retailer to reach out to a local Corteva AgriScience rep.

And by doing that, it's going to allow it to have an easier uptake and hopefully more conversion towards yield, test weight, dry down, etc. in the fall. If somebody wants to learn more about nitrogen stabilizers, how best do they do that? Yeah, they should be able to do that through their local retailer to reach out to a local Corteva AgriScience rep.

And by doing that, it's going to allow it to have an easier uptake and hopefully more conversion towards yield, test weight, dry down, etc. in the fall. If somebody wants to learn more about nitrogen stabilizers, how best do they do that? Yeah, they should be able to do that through their local retailer to reach out to a local Corteva AgriScience rep.

If they don't have success there, please just go to nitrogenstabilizers.com and you'll be able to see everything we've got going.

If they don't have success there, please just go to nitrogenstabilizers.com and you'll be able to see everything we've got going.