Recycle Livingston

If you've got a cracked flowerpot you were about to toss, stop. It's the best toad house money can't buy, and it goes together in about a minute.

A toad asks for exactly three things: shade, moisture, and a dark place to wait out the daylight. A broken terracotta pot delivers all three for nothing. Here's the whole build.

Take the pot — chipped, cracked, missing a chunk, all fine. Lay it on its side, or set it upside-down and prop one edge up on a stone so the gap becomes a doorway. Tuck it into the shadiest, dampest corner you have: under a shrub, beside the hose bib, behind the AC unit, along the north side of the house. Press the rim a little into the soil so the floor underneath stays cool and damp. That's it. That's the house.

A few touches make it a home. Set a shallow dish of water nearby, with sloped or rough sides so anything that climbs in can climb back out, and a toad will use it to soak. Skip the pesticides anywhere near it — the entire point is the bugs, and a resident toad will patrol your beds every single night and never hand you a bill.

Use terracotta over plastic if you can. Clay breathes and stays cool; plastic bakes. And then leave it completely alone. If the spot is right — shady, damp, undisturbed — something usually moves in within a few weeks, and toads are loyal: find the right address and they'll keep it season after season.

One broken pot, one shady corner, and you've hired a gardener for the price of nothing.

I watched a gardener pull a tomato seedling from a plastic cell pack last spring, and the roots came out in a tangled mat—wrapped around themselves like a bird's nest, circling the shape of their container. The plant went into the ground confused, spending weeks trying to remember how roots are supposed to grow. Then I saw her neighbor lift a seedling from a toilet paper tube, and the roots hung straight down like a waterfall. That second plant was already reaching for deep soil before it even left her hand.

This is the hidden geometry of cardboard cylinders. When a seedling grows inside a tube, the walls guide the root tip downward with gentle insistence. There's nowhere else to go. The root doesn't spiral because it never encounters a hard corner or a flat bottom that sends it sideways. It just keeps diving, following gravity and the path of least resistance. By the time you're ready to transplant, you've got a seedling with a central taproot already oriented toward the earth's core—exactly the architecture a plant would choose if it could design itself.

The cardboard does something even more remarkable when it goes into the ground. Those cellulose fibers start breaking down the moment soil bacteria touch them, turning into food for the underground ecosystem. Fungi send out threads through the softening walls. Earthworms sample the edges. The tube becomes a slow-release nutrient source right where the roots are establishing themselves, a private buffet that feeds the plant's rhizosphere while it settles in. By the time the cardboard is gone, the roots have already claimed that space.

This is why transplants from tubes barely flinch. There's no root disturbance because you're not disturbing anything—you're just changing the neighborhood around a root system that stays completely intact. The young plant doesn't have to rebuild severed root hairs or recover from the trauma of being yanked out of its home. It just keeps growing as if nothing happened, because from its perspective, nothing did. The only difference is that now there's more room to explore.

I think about all the seedlings I've planted over the decades, the ones that sulked for two weeks after transplanting, the ones that turned pale and paused while they rebuilt what I'd torn. And I think about how a bathroom castoff solves a problem most gardeners don't even realize they're creating every time they pop a seedling out of a plastic tray. The tube doesn't just hold soil—it teaches roots to grow the way they were always meant to, straight down into the future.

Your toilet paper rolls aren't trash. They're tiny training wheels for root systems, biodegradable corridors that point seedlings toward everything they'll need to become strong. And when you plant them whole, you're not just saving a step—you're giving your garden a head start it will remember all season long. [L6826]

The 9Rs of Circularity:

1️⃣ Refuse – Say NO to what you don’t need, especially when production harms nature and/or humans.
2️⃣ Rethink – Design smarter, waste less, think before you consume.
3️⃣ Reduce – Consume only what you truly need, simplify your life.
4️⃣ Reuse – Give things a second life, share with others whenever possible.
5️⃣ Repair – Fix what is broken before you throw something away.
6️⃣ Refurbish – Refresh and redesign instead of replace.
7️⃣ Remanufacture – Turn old parts into new products.
8️⃣ Repurpose – Find a new use for the old.
9️⃣ Recycle – Instead of throwing away give materials a new start, take apart and recycle.

The 3 Rs are a blueprint for a regenerative economy. 🌱 The more we refuse, the less we consume and recycle. 🌏 The more we repair, the less we extract.

Eight sounds after dark and the animal behind each one.

The barred owl's "who cooks for you" call is eight syllables — and when it escalates to screaming, that's the pair calling together. They're fine.

The screech owl doesn't screech. The sound is a descending whinny — like a tiny horse — coming from inside a tree cavity.

🌿 The high-pitched wall of noise near standing water is spring peepers. The sustained thirty-second trill from the ditch is a toad. Both are frogs. Both sound nothing like what most people expect from a frog.

The whip-poor-will repeats its own name from ground level — sometimes hundreds of times without stopping. The katydid does the same from the treetops later in summer.

The short hoarse bark repeated at intervals that sounds like a woman screaming is the red fox. The chittering that sounds like small birds is raccoon kits.

Eight species. Most of them are within a hundred feet of the back door on any warm night this month 🐾