My long-time readers know how much I love ants. I think they are they greatest insects. And while we don’t ever want to go overboard and say, “Oh heck, ants are just like us!,” it’s true that if you want to compare a bug to human beings, ants are not a bad bug to start with and here’s why: they live in communities (that’s what those anthills are all about); they have defined roles (did you know that there are such things as “nurse” ants, “forager” ants and “soldier” ants, for example? In other words, ants have jobs to do just like we do!
And ants are pollinators as my long time readers know. They pollinate all sorts of spring wild flowers. But many of you have probably reaped the benefits of ant pollination in a more practical sense–I know I have.
If you grow grape hyacinth (muscari species) ants actually pollinate those. Ever wonder how or why they suddenly show up in strange places you didn’t plant them? You can thank the ants.
Ant pollination occurs in a rather unusual way. Certain plants have a structure called an eliaosome attached to their seeds. This structure is rich in lipids and proteins and attracts the ants, who pick up the seeds for these eliaosomes.
Once they carry the seeds back to their nests, the seeds are dispersed and the plants are transported–and in the process, pollinated. Pretty fascinating stuff.
I am not going to ask you to put up with ants all over your kitchen. Even I don’t do that. But please, if the ants are outside and safely away from your home, please let them be. This very active ant hill is on the edge of my driveway, bothering no one.
And speaking of that, on Monday, we’ll talk about bees!