Dylan Mangel

Well, the great thing about this nematode as far as sampling is it's always going to stay in the top of the soil profile. Some of the corn nematodes will move up and down at different times of the year. So you got to really time those perfectly. This one you can sample any time of the year and at any point in your rotation.

Well, the great thing about this nematode as far as sampling is it's always going to stay in the top of the soil profile. Some of the corn nematodes will move up and down at different times of the year. So you got to really time those perfectly. This one you can sample any time of the year and at any point in your rotation.

But I'll suggest that the point at which those populations will be at their highest is towards the end or at the end of a soybean season. So if you're just starting out and you want to check, grab those soil samples in the fall right after you harvest. And then you can see what they are at their peak level.

But I'll suggest that the point at which those populations will be at their highest is towards the end or at the end of a soybean season. So if you're just starting out and you want to check, grab those soil samples in the fall right after you harvest. And then you can see what they are at their peak level.

But I'll suggest that the point at which those populations will be at their highest is towards the end or at the end of a soybean season. So if you're just starting out and you want to check, grab those soil samples in the fall right after you harvest. And then you can see what they are at their peak level.

But if you do grab them off cycle and you want to follow up in two or three or five years and see if they're moving still, grab them at that same point in your rotation. And then you'll have a point to compare them with.

But if you do grab them off cycle and you want to follow up in two or three or five years and see if they're moving still, grab them at that same point in your rotation. And then you'll have a point to compare them with.

But if you do grab them off cycle and you want to follow up in two or three or five years and see if they're moving still, grab them at that same point in your rotation. And then you'll have a point to compare them with.

Right. That's good. And you could do that too. But it's really good to know when we read those results that these are coming out of corn because we know those numbers have fallen a lot. so we can read into those numbers differently based on where you are at in that rotation.

Right. That's good. And you could do that too. But it's really good to know when we read those results that these are coming out of corn because we know those numbers have fallen a lot. so we can read into those numbers differently based on where you are at in that rotation.

Right. That's good. And you could do that too. But it's really good to know when we read those results that these are coming out of corn because we know those numbers have fallen a lot. so we can read into those numbers differently based on where you are at in that rotation.

Well, if Corey has any background information on those fields, maybe it'd be good for him to share some of that.

Well, if Corey has any background information on those fields, maybe it'd be good for him to share some of that.

Well, if Corey has any background information on those fields, maybe it'd be good for him to share some of that.

Yeah. So, I mean, that's a – coming out of corn, going into beans, we're going to read those as higher than we would have coming out of beans, right? But – In Nebraska, for example, our median positive field coming out of beans is around 4,000 eggs per 100 cc of soil. So that's the median. We see a lot of fields that have very low levels, lower than we're seeing here.

Yeah. So, I mean, that's a – coming out of corn, going into beans, we're going to read those as higher than we would have coming out of beans, right? But – In Nebraska, for example, our median positive field coming out of beans is around 4,000 eggs per 100 cc of soil. So that's the median. We see a lot of fields that have very low levels, lower than we're seeing here.

Yeah. So, I mean, that's a – coming out of corn, going into beans, we're going to read those as higher than we would have coming out of beans, right? But – In Nebraska, for example, our median positive field coming out of beans is around 4,000 eggs per 100 cc of soil. So that's the median. We see a lot of fields that have very low levels, lower than we're seeing here.

We also get fields with 80,000. I don't know. Horacio, what's the highest SCN count you've ever seen?

We also get fields with 80,000. I don't know. Horacio, what's the highest SCN count you've ever seen?

We also get fields with 80,000. I don't know. Horacio, what's the highest SCN count you've ever seen?