TarheelTrees.com

05/30/2026

Outdoor balloon releases will be illegal in this state starting in August

STORY: https://www.wmtv15news.com/2026/05/29/outdoor-balloon-releases-will-be-illegal-this-state-starting-august/

05/30/2026

I WASN’T SWIMMING IN YOUR POOL.
I WAS CIRCLING A WALL I COULD NOT CLIMB.

You saw me near the blue water.

Small.
Dark.
Moving slowly along the edge.

Maybe you thought I liked it there.

Maybe you thought I had chosen your pool like it was a pond.
Maybe you waited for me to “find my way out.”

But I was not swimming.

I was trapped.

I am a toad.

My body is made for damp grass, garden soil, leaves, night air, and insects under porch lights.

Not smooth tile.
Not chlorine.
Not a deep blue wall with no root, rock, mud, or branch to hold.

I kept circling because every wild body searches for an edge that makes sense.

But your pool had no shore.

The water touched my skin.
The chemicals touched my skin.
My strength ran out one circle at a time.

Please do not leave me for morning.

Use a pool net, bucket, or container to lift me out gently.
Place me in a shaded, damp spot away from the pool.
Check the skimmer basket before turning the pump on.

And please give the next small life a way out.

A floating escape ramp.
A rough board.
A rope along the edge.
A pool cover when the pool is not in use.

Because I was not enjoying your backyard.

I was drowning quietly
beside a wall that looked like water
but had no way back to land.

Backyard pools can be deadly for wildlife because animals may fall in or mistake them for natural water, then be unable to climb out over steep, smooth sides. Humane World recommends escape devices such as FrogLog or Skamper-Ramp, and PETA also suggests ramps, ropes near the waterline, pool covers, and fencing to reduce drownings.

05/30/2026

05/29/2026

You see a pinecone on the ground and your brain says yard debris. Maybe holiday craft material if you're feeling festive. But pick one up and really look at it. Those overlapping scales aren't just pretty geometry—they're nature's blueprint for what soil actually needs to breathe.

When you tuck a pinecone into your garden bed, something quietly brilliant happens. Water moves through those woody corridors like it's following a map, never pooling, never rushing past too fast. The spaces between scales stay open even as the cone settles into the soil, creating permanent air channels that roots can actually use. This is what drainage means in the wild—not gravel forcing water down and away, but structure that lets moisture linger where it's useful while excess keeps moving.

And here's what nobody mentions when they talk about pine needles acidifying soil. The cones do it too, just slower. As those resinous scales break down over months and years, they release tannins in tiny doses. Not enough to shock your soil into something it isn't, but enough to gently nudge the pH downward if you layer them thick around rhododendrons or blueberries. It's correction without force, the kind of change that happens so gradually your plants just settle into happiness without you quite knowing why.

I started using them as pot fillers twenty years ago when my back informed me that hauling river rock was no longer part of our arrangement. A layer of pinecones at the bottom of a container does everything gravel does—creates that essential gap between drainage holes and soil so roots don't drown—but you can actually lift the pot afterward. And when you finally tip out that exhausted soil to refresh it, those cones have begun their transformation into something softer, something that crumbles and feeds rather than just taking up space.

The wildlife part caught me by surprise. I'd been mulching with cones for years before I realized how many ladybugs were tucking themselves into those scales come November. Lacewings too. All those beneficial insects that eat the things we don't want in our gardens—they need winter shelter that stays dry but doesn't freeze solid. A pile of pinecones offers exactly that kind of refuge. And in spring, the chickadees pull them apart looking for overwintering insects and spider eggs, which sounds grim until you remember that's what feeds the babies.

I've watched people spend serious money on decorative mulch that compacts into a water-shedding mat within one season. Meanwhile, pinecones sit there looking rather humble and doing actual work. They don't blow away in wind. They don't float off in heavy rain if you're mulching a slope. They just persist, staying put and staying useful until they've given everything they have to give.

The best part might be how they handle that mulch paradox—you want coverage that blocks weeds and moderates soil temperature, but you also need air and water to get through. Pinecones solve both problems by simply being what they are: stiff enough to create lasting gaps, biodegradable enough to eventually become soil themselves.

Every pinecone you collect is insurance against compaction, free pH adjustment, and lightweight drainage material that actually improves as it decomposes. That's not decoration. That's infrastructure. [GLBX3]

05/29/2026

Make a wildlife border.

You do not have to turn your whole backyard into a wildlife garden to attract wildlife. By creating a wildlife garden border you can provide everything wildlife needs within a specific planting area. Here we describe how to make a wildlife border.

05/28/2026

You'd think each co**se flower decides its own blooming schedule. Instead, these massive plants sync across continents with no roots touching, no pollen shared. When Singapore's blooms, Peru's follows days later. It's like they're listening to something we can't hear.

I've watched gardeners stand transfixed before these titan arums in botanical conservatories, waiting for the spectacle everyone talks about. The enormous burgundy spathe unfurls like theater curtains, revealing that central spike that looks almost obscene in its architecture. But here's what stops me cold every single time: somewhere on another continent, another plant is doing the exact same thing within the same narrow window of days.

There are no underground networks connecting them. No airborne signals crossing oceans. These plants live in entirely separate ecosystems, tended by different hands, breathing different air. Yet they move together.

Scientists studying this phenomenon started tracking atmospheric pressure changes across the equatorial belt where titan arums evolved. Turns out these plants might be responding to barometric shifts so subtle our instruments barely register them. The corm underground, that massive underground storage organ that can match the weight of a full-grown man, seems to act like a biological barometer. As pressure systems move across the tropics in predictable seasonal waves, the plant reads them through microscopic changes in how water moves through its tissues.

The corm has been preparing for years, sometimes seven or more, storing energy in that swollen underground mass. It's waiting for a very specific set of conditions. Not just any warm day will do. Not just any humid night. The plant needs the atmospheric stage set exactly right, because what it's about to do costs everything it has saved.

When the moment arrives, the corm releases that stored energy in a metabolic burst so intense the flower spike heats up to match human body temperature. That heat turns solid scent compounds into v***r, launching them into the air where they can travel for miles. In the wild, this matters enormously. Carrion beetles and flesh flies, the pollinators these blooms depend on, need to find this flower in the brief window it's receptive. The heat and scent work together like a beacon.

But why the synchronization across such vast distances? The working theory involves evolutionary insurance. If every mature plant in scattered populations bloomed at random, pollinators might miss the moment entirely. But if atmospheric pressure acts as a shared cue, populations bloom in waves. The insects are already in flight, already searching, because they found the plant that opened two days earlier.

It's coordination without communication. A response to environmental cues so ancient and so reliable that individual plants never needed to develop other ways of timing their moment. They simply learned to read the same celestial clock, written in the weight of air itself.

When you stand before one in bloom, you're watching a plant that knows something about the world we've forgotten to pay attention to. It's been reading pressure systems since before humans thought to measure them. We named these plants titans, and maybe that fits better than we realized. [75HCB]

05/28/2026

Thirty-two thousand years ago, a small squirrel buried its food and never came back.

That act of forgotten preparation became one of the most remarkable scientific stories of our time.

Russian scientists excavated fossilized burrows left behind by ancient ground squirrels along the Kolyma River in northeastern Siberia, one of the coldest regions on Earth. These animals had carefully hoarded seeds and fruits, which were then entombed in permafrost nearly 38 meters underground. Radiocarbon dating revealed the frozen burrows were about 32,000 years old, predating the end of the Ice Age.

What they found inside changed everything.

The mature seeds had been damaged, perhaps by the squirrel itself to prevent them from germinating inside the burrow. But some of the immature seeds retained viable plant material. The team extracted that tissue from the frozen seeds, placed it in vials, and successfully germinated the plants.

The flower is called Silene stenophylla. It bloomed. It produced seeds. It was completely fertile.

When the revived plants finally matured, scientists were presented with a rare opportunity. The same species still exists today in parts of Siberia, which meant researchers could study ancient specimens alongside modern plants of the same species and compare their physical traits under controlled conditions. They found subtle differences in the flower shapes, small echoes of 32,000 years of quiet evolution.

New research suggests that Ice Age permafrost is actually a vast genetic repository where extinct plant species could potentially be found and revived.

Which raises the question nobody can quite stop thinking about.

The permafrost is melting. As it does, it is slowly releasing what it has kept frozen for tens of thousands of years. Some of what emerges will be ancient microbes. Some will be seeds. Some will be things we have no category for yet.

The squirrel buried its treasure. The ice kept the secret. And we are only just beginning to understand what else might be waiting down there.