Dylan Mangel

That's the short-term excitement, but even with that, PI-887-88 is still effective, and we need to keep rotating those, if nothing else, but to save peaking from breaking in the same way that PI-887-88 did. There's potential traits coming out for soybean cyst nematode in the future. But again, these things take time. So we might not see any of that for who knows how long.

But that could really change the system here. Maybe even in the longer term, breeding is still going on and we're identifying new resistant sources out there. But it takes so long to get those into a variety from a pipeline. But we'll see that in the long term. nematicides or nematode protectant seed treatments, there's going to continue to be new stuff available.

But that could really change the system here. Maybe even in the longer term, breeding is still going on and we're identifying new resistant sources out there. But it takes so long to get those into a variety from a pipeline. But we'll see that in the long term. nematicides or nematode protectant seed treatments, there's going to continue to be new stuff available.

But that could really change the system here. Maybe even in the longer term, breeding is still going on and we're identifying new resistant sources out there. But it takes so long to get those into a variety from a pipeline. But we'll see that in the long term. nematicides or nematode protectant seed treatments, there's going to continue to be new stuff available.

I hope those are always better than the previous generation. So I think that's going to continue to be a stopgap. But really the big thing now is just getting that awareness out there so we can maintain the resistance genes we have for as long as possible. This is the same problem in different fields. We've got limited tools to control these pests.

I hope those are always better than the previous generation. So I think that's going to continue to be a stopgap. But really the big thing now is just getting that awareness out there so we can maintain the resistance genes we have for as long as possible. This is the same problem in different fields. We've got limited tools to control these pests.

I hope those are always better than the previous generation. So I think that's going to continue to be a stopgap. But really the big thing now is just getting that awareness out there so we can maintain the resistance genes we have for as long as possible. This is the same problem in different fields. We've got limited tools to control these pests.

And we need to use them carefully so that they'll last as long as possible. Unlike herbicide resistant weeds or other problems, you can't blame this one on your neighbors. This one, everyone's got their own nematode population and they get to choose to manage it how they want. So think about that on your own farms and make those genes last as long as possible. Same thing with all these tools.

And we need to use them carefully so that they'll last as long as possible. Unlike herbicide resistant weeds or other problems, you can't blame this one on your neighbors. This one, everyone's got their own nematode population and they get to choose to manage it how they want. So think about that on your own farms and make those genes last as long as possible. Same thing with all these tools.

And we need to use them carefully so that they'll last as long as possible. Unlike herbicide resistant weeds or other problems, you can't blame this one on your neighbors. This one, everyone's got their own nematode population and they get to choose to manage it how they want. So think about that on your own farms and make those genes last as long as possible. Same thing with all these tools.

Use them properly so they last for you.

Use them properly so they last for you.

Use them properly so they last for you.

What I'll say is you'd be hard pressed to find a susceptible soybean. Because everything's got eight, eight, seven, eighty eight. And a few things have peaking. So we've still got a lot of 88788 in the germplasm. In certain maturity groups, you will find susceptibles still. So that would make sense. But where you guys are, I don't know if there's any susceptibles out there.

What I'll say is you'd be hard pressed to find a susceptible soybean. Because everything's got eight, eight, seven, eighty eight. And a few things have peaking. So we've still got a lot of 88788 in the germplasm. In certain maturity groups, you will find susceptibles still. So that would make sense. But where you guys are, I don't know if there's any susceptibles out there.

What I'll say is you'd be hard pressed to find a susceptible soybean. Because everything's got eight, eight, seven, eighty eight. And a few things have peaking. So we've still got a lot of 88788 in the germplasm. In certain maturity groups, you will find susceptibles still. So that would make sense. But where you guys are, I don't know if there's any susceptibles out there.

But definitely rotate between those two sources. And every now and then you might see a different source. Try different things. Keep those nematodes confused, basically, so they don't learn how to overcome it.

But definitely rotate between those two sources. And every now and then you might see a different source. Try different things. Keep those nematodes confused, basically, so they don't learn how to overcome it.

But definitely rotate between those two sources. And every now and then you might see a different source. Try different things. Keep those nematodes confused, basically, so they don't learn how to overcome it.

Anything's possible. So I think you're probably talking about what they might do with managing mosquito populations, right? Right. Yeah, that's definitely something we've all talked about. And it definitely could be neat in the future. It's tough, though, because it's hard to get them all. And even if some survive, you know, you could knock those populations down, but they grow so fast.