 I'm a research associate at Iowa State University and this is Mark Gleason, professor at Iowa State University. We are working on a perimeter trap crop plot. We have musk melon in the center and squash as our trap crop on the perimeter. So the goal of this project is to utilize the trap crop on the outside to trap cucumber beetles, which are a pest of our center crop musk melons. They spread bacterial wilt, which is a disease that causes the melons to wilt. And so an objective is hopefully the trap crop will minimize the amount of insecticide sprays that you have to do by keeping the beetles on that trap crop on the perimeter and then also reducing the amount of bacterial wilt that gets spread in your main crop as well from those cucumber beetles. What really drives this, I mean you've got two crops in here, so it's a little more management than if you just were growing one, but the real driver here is to try to reduce the amount of insecticide use. And that is to use the perimeter as a way to sort of, like Haley said, sort of catch the cucumber beetle. So you only have to spray, hopefully, only have to spray the perimeter, which is a small fraction of the field and the rest of the field, the main crop in our case musk melon, would basically require a lot less sprays than it normally would. And these days when we have a lot of problems with insecticides being restricted, such as the neonicotinoids that are very important in conventional curbit production, we actually ran this trial without neonicotinoid insecticides. So we wanted to prepare or maybe look ahead to the situation where they might be regulated out of cucumber bits or may not be as available to growers in the future. So this is adding that level of challenge to the situation. We did have a little cut worm problem earlier in the season on the squash and I think that's directly attributable to the fact that they went into the ground with no imidacloprid in them. So this is trying to look at a future without neonicotinoid insecticides and hopefully taking the whole dependency or the level of the number of insecticide sprays down by using this sort of attraction, attract and kill strategy as the entomologists would say.