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The stretchy cobwebs will start appearing on porches in a couple of weeks, and some will catch things that aren't plasti...
09/21/2026

The stretchy cobwebs will start appearing on porches in a couple of weeks, and some will catch things that aren't plastic.

That polyester fluff is designed to look like real silk, and it works on more than just trick-or-treaters. Small birds fly into it at dusk. Bees and butterflies get their wings stuck in it during the afternoon. In the southern states, hummingbirds are still passing through in October and sometimes hit it too.

Most of the cobweb isn't the decoration itself; it’s where you put it. A web stretched thin between two shrubs or across a flight path from the feeder acts like a net. The same bag of fluff tightened under the porch roof is just decoration.

🎃 Spooky without the bycatch:

- Keep webs out of sight: porch ceiling, window frames, inside the door. Avoid placing them between plants or in open air.
- Pack the web tightly; don’t stretch it thin. Thin strands are more likely to tangle.
- Don’t put webs in the yard—let pumpkins, corn stalks, and lanterns do the work.
- Check it each morning. A moth or a wren caught overnight can be easily freed if noticed.
- Take it down by November 1, not when the pumpkins start to go soft.

The birds don't know the holiday is over. 🍂

A young boy noticed something extraordinary after raising caterpillars at home: once released as butterflies, several re...
09/18/2026

A young boy noticed something extraordinary after raising caterpillars at home: once released as butterflies, several returned to visit him.

That boy was Jo Nagai. Inspired by scientist Martha Weiss's research, he set out to test whether insects retain memories across metamorphosis. His experiments—alongside landmark research published in PLOS ONE—helped confirm a surprising biological fact: butterflies can remember experiences from their time as caterpillars.

During metamorphosis, a caterpillar's body dissolves almost completely inside the chrysalis into a nutrient-rich cellular soup. Despite this radical restructuring of the central nervous system, key neural pathways remain intact, allowing learned associations—such as specific scents or environmental cues—to survive into adulthood.

This discovery changed our understanding of insect memory, showing that neural connections can last even through nature's most extreme transformations.

09/18/2026

In July 2019, Colorado Parks and Wildlife officer Jared Lamb was surveying bighorn sheep and mountain goats in the Mount Evans Wilderness when he noticed something through his spotting scope that made no sense.

A young bull elk was walking through the mountains with a car tire completely around his neck.

The elk was far back in the wilderness. There was no practical way to reach him that day, and he disappeared into the timber.

For the next two years, he became one of Colorado’s strangest wildlife mysteries.

Trail cameras photographed him near Conifer in 2020. Residents occasionally reported seeing him. Wildlife officers tried repeatedly to get close enough with a tranquilizer dart.

Each time, the bull vanished again.

By then, the tire had become part of his silhouette.

He grew larger.

His antlers grew.

And every year the object around his neck became harder to imagine removing.

Colorado Parks and Wildlife believed the tire must have slipped over his head when he was younger and had no antlers, or during winter after he had shed them. Exactly where he found it was never known.

Then, on October 9, 2021, a resident near Pine Junction, Colorado called wildlife officer Dawson Swanson.

The elk was in the neighborhood.

Swanson arrived and found him traveling with a herd of roughly 40 elk.

He was no longer the young bull first seen through a spotting scope.

He was now estimated to be 4½ years old, more than 600 pounds, with five points on each antler.

And the tire was still there.

Swanson spent the evening trying to get within range.

Several times he almost had a shot with the tranquilizer dart, only for another elk, a branch, or the terrain to block him.

It was already the fourth attempt that week to capture the animal.

Shortly before dark, everything finally lined up.

Swanson fired the dart.

The bull ran with the herd into thick timber.

When officers found him, the sedation had not worked as strongly as expected — the elk was in the middle of the rut and in powerful physical condition.

They had limited time.

They tried to cut the tire.

They couldn’t.

A steel reinforcement bead ran through the rubber, and their saw was taking too long.

The obvious alternative was the one they had hoped to avoid.

They cut off his antlers.

Not because the antlers were injured.

Not because the elk needed them removed.

They simply could not slide the tire over them.

Once the five-point antlers were gone, officers Dawson Swanson and Scott Murdoch began working the tire over the bull’s head.

Even then, it was tight.

They had to twist and position it carefully until, after more than two years, the tire finally came free.

Then they discovered something hidden inside it.

The lower half of the tire had slowly become a container.

Rainwater, dirt and forest debris had collected inside as the elk moved through the mountains.

It was packed with roughly 10 pounds of wet pine needles and dirt.

Between the tire, the debris and the antlers that had to be removed, wildlife officers estimated that the bull suddenly became about 35 pounds lighter.

For an animal that had carried the object for roughly half of his life, officers expected his neck to be badly damaged.

Instead, they found something surprising.

The hair had been rubbed away in places and there was one small wound, roughly the size of a nickel or quarter.

Otherwise, the neck was in remarkably good condition.

Within minutes of receiving the drug that reversed the tranquilizer, the bull was back on his feet.

Then he returned to the wild.

His antlers would grow again.

The tire would not.

There is still no definitive answer for how it happened.

Perhaps he pushed his head into a discarded tire while young.

Perhaps someone had used a tire as a feeder.

Perhaps he encountered it during winter, when bull elk carry no antlers.

The beginning of the story was never witnessed.

Only the result was.

For more than two years, an animal weighing hundreds of pounds traveled between Park and Jefferson counties, through forest and mountain terrain, carrying an object made for a car.

People saw him only occasionally.

Officers kept looking.

And when they finally reached him, the solution was unexpectedly simple and brutal-looking:

to remove the thing around his neck, they first had to remove the antlers that prevented it from coming off.

The photographs taken afterward show two wildlife officers holding the old tire beside the sedated bull.

By itself, it looks like discarded trash.

But for that elk, it had been something else entirely:

35 pounds of rubber, steel, dirt, wet pine needles — and two years of his life.

Colorado Parks and Wildlife later used the case to remind residents that elk, deer, moose and bears regularly become trapped in human objects including hammocks, swing sets, tomato cages, sports nets, holiday lights, laundry baskets and tires.

The elk had survived his.

Mostly by luck.

And after October 9, 2021, he finally walked back into the Colorado forest without it.

Sources:
Colorado Parks and Wildlife / Colorado Outdoors — After Two Years, Elk Has Tire Removed From Neck
CBS Colorado — Wildlife Officers Remove Tire Elk Wore for Two Years

You don’t need a large garden to make a difference.Even a small corner of your yard planted with native, pesticide-free ...
09/18/2026

You don’t need a large garden to make a difference.

Even a small corner of your yard planted with native, pesticide-free flowers can provide food, shelter, and nesting resources for pollinators.

Clover, goldenrod, milkweed, and other regionally appropriate native plants can provide bees, butterflies, and other insects with resources often missing from heavily manicured landscapes.

And when many homes add small patches of habitat, those individual gardens can collectively create a more connected landscape. Research and conservation programs show that adding habitat throughout neighborhoods can improve connectivity between larger natural areas.

You don’t have to replace your entire lawn.

You don’t need to wait for a large community project.

Start with one small patch. Plant the right species for your region, avoid pesticides where possible, and let some flowers grow.

One yard may seem insignificant.

But hundreds of small spaces working together can become a meaningful habitat for wildlife.

Roughly 70% of wild native bee species do not live in hives, trees, or wooden boxes—they are solitary, underground neste...
09/14/2026

Roughly 70% of wild native bee species do not live in hives, trees, or wooden boxes—they are solitary, underground nesters that dig delicate burrows into bare, well-drained soil.

​When female mining bees, sweat bees, and squash bees emerge in spring, they search for exposed, sunny patches of earth to excavate shallow tunnels where they lay their eggs and store pollen for their larvae.

​Here is why keeping undisturbed, bare ground accessible is crucial for local ecosystems:

​Earthen Nurseries: Over 2,500 native bee species in North America alone rely on soil to construct their nests, building subterranean chambers where their offspring spend up to 11 months of the year developing underground.

​The Mulch Barrier: To a solitary bee the size of a grain of rice, woodchip mulch deeper than an inch—or any layer of plastic landscape fabric—creates an impenetrable physical wall, forcing mother bees to abandon nesting entirely.

​Docile Neighbors: Ground-nesting solitary bees have no central hive or honey stores to defend. Because they lack a defense-driven colony instinct, they are exceptionally gentle and pose virtually zero sting threat to humans or pets.

​Simple Alternatives: Instead of plastic barriers or heavy woodchips, using light leaf litter, pine straw, or leaving small 1-to-2-foot patches of bare, un-tilled soil in sunny garden corners provides immediate habitat without sacrificing landscape design.

​Restoring biodiversity doesn't always require planting grand new gardens—sometimes, it's as simple as pulling back a square foot of mulch and leaving the raw earth exposed to the sun.

​Do you have any bare soil patches set aside for ground-nesting bees in your yard? Drop your thoughts in the comments below! 👇


​

Butterflies aren't the only insects migrating south. Dragonflies also head south. Some green darners undertake one of th...
09/13/2026

Butterflies aren't the only insects migrating south. Dragonflies also head south.

Some green darners undertake one of the longest migrations of any insect in North America. With a wingspan of up to 4 inches, they can travel more than 80 miles in a single day, with some migrating all the way from Canada to Mexico.

Their migration peaks in late summer and fall, when favorable winds can cause large swarms of dragonflies overhead.



Photo by Jim Hudgins / USFWS

EAST TO WEST RADAR BLOOMS: Local radar sites across the eastern U.S. are lighting up with radar blooms. If you trace the...
09/09/2026

EAST TO WEST RADAR BLOOMS: Local radar sites across the eastern U.S. are lighting up with radar blooms. If you trace the radar, you'll notice these blooms seem to develop from east to west. These are birds being detected by radar, not actual precipitation (in most cases). But why are these blooms moving westward? The answer? Nightfall.

As Earth rotates from west to east, nightfall reaches the east coast hours before the west coast. Birds tend to wait until after dark to take off, taking advantage of the relative safety night offers. This means you'll see bird blooms on radar first along the east coast, then gradually developing westward as sunset occurs and the westward birds begin to take flight. This creates the illusion that these radar artifacts are traveling westward, but in reality, it's simply due to Earth's rotation and the birds' behavior.

Wow! Radars across the eastern U.S. lit up with reflectivity last night. Most of what you’re seeing is caused by birds, ...
09/06/2026

Wow! Radars across the eastern U.S. lit up with reflectivity last night. Most of what you’re seeing is caused by birds, with current estimates now exceeding half a billion actively flying. This is part of the annual fall migration heading south and appears to be the busiest night of the season so far.

Happy National Hummingbird Day! A special day dedicated to raising awareness of hummingbird conservation and the vital r...
09/05/2026

Happy National Hummingbird Day! A special day dedicated to raising awareness of hummingbird conservation and the vital role they play as pollinators for our native plants and wildflowers. Additionally, migration is in full swing as they head south right now. I wanted to share a few pictures that have been shared with me; they are absolutely some of my favorite subjects to observe and photograph!

The Great Lakes WatershedThis map displays the vast network of rivers and streams that ultimately drain into the five Gr...
09/05/2026

The Great Lakes Watershed

This map displays the vast network of rivers and streams that ultimately drain into the five Great Lakes. The watershed spans two countries, connecting thousands of tributaries to Superior, Michigan, Huron, Erie, and Ontario.

Here are a few figures that help illustrate its scale:

🌊 294,563 square miles of watershed
🏞️ 334,850 lakes and ponds besides the five Great Lakes
💧 302,645 miles of rivers and streams
⬇️ 1,329 feet from the highest point in the watershed to the deepest point in the Great Lakes

Zoom in, and those thin blue lines show how interconnected the system truly is. Water falling hundreds of miles from the lakes can eventually travel through streams and rivers into the Great Lakes, then flow through the St. Lawrence River and out to the Atlantic Ocean.

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