Heh. Volunteering with tree planting and cleaning up garbage from watersheds has given me plenty to write about.

One of the things I’ve been chewing on is the earthworms. Okay, not literally chewing on earthworms. But the soil southeast of Portland where I’ve been planting trees is healthy enough to have a really nice population of them (no Oregon giant earthworms this time). Every shovel full of dirt had several of the little pink critters squirming around in it, and I had to be really careful to dig around them as best as I could.

I also thought about Jason Woodrue, also known in DC Comics as the Floronic Man. This botanist went so far as to transform himself into a human/plant hybrid, and was perhaps even more tightly tied to the plant world than his better-known counterpart, Pamela Isley/Poison Ivy. During Alan Moore’s run of Swamp Thing in the 1980s, Woodrue tried to kill off humanity–and all animals–by making all the plants in the world increase their oxygen production to an excessive degree (there can be too much of a good thing). The Swamp Thing pointed out that, instead of creating a perfect plant planet, this would lead to the death of all plants because there would be no more animals to create carbon dioxide.

It’s not the only reason plants rely on worms–and other animals–to survive. These creatures aerate the soil, their castings fertilize, and their bodies become further food. Many plants need insects and other animals to pollinate them; some, like one species of fig tree, are so intricately tied to their animal pollinators that if one went extinct so would the other. From a purely evolutionary perspective, wheat and other domesticated plants are the most successful because they’ve convinced the entire species of humanity to deliberately propagate their genes.

And it’s not just the animals. We assume that plants were the first living beings on the land, but in fact fungi may very well have been much earlier. I am not an expert, but it wouldn’t surprise me if the intricate relationships between plants and fungi developed not long after both took to land. Today we still see that interconnection with mycorrhizal fungi, as well as the wide variety of fungi that help break down dead animals and plants into nutrients that plants can absorb.

In an alternate reality, perhaps plants would have evolved into completely self-sufficient beings. Maybe all the kingdoms of living beings would have. But in this world that we live in, all the kingdoms rely on each other so intimately that there’s no way to extract one completely from any ecosystem (except perhaps the realms of extremophile bacteria who essentially reign alone in their little pockets).

As I’m working more with both animal and non-animal totems, I’m noticing these tightly-knit relationships as well. For example, while Douglas Squirrel isn’t a totem I really work with, whenever I work with Douglas Fir and the totems of other Pacific Northwest conifers, there’s a “shadow” of Douglas Squirrel present. And it’s not alone; there are similar shadows of totems of other animal species that live in and around these trees. More, perhaps, than even the animals, the plant and fungi totems bring their homes with them into their work with me.

I suppose it makes sense. I’ve always met the animal totems in spiritual settings full of plants and waterways and such, but until relatively recently I only occasionally paid attention to anyone besides the animals. It didn’t mean they were any less there.

So many of us fall prey to what Richard Louv, in The Nature Principle, refers to as “plant blindness”, the biased perception that plants and fungi are just scenery and not active parts of the natural environment. Yet you’ll always see more plants than animals when outdoors, and even fungi are easier to observe. So consciously turning my attention to them on both physical and spiritual levels has emphasized their importance in my perception, though the plants were bringing their animal shadows from the beginning.

So continues my work with the totemic ecosystem.