Adventure Quest

03/15/2026

Then had about another mile to walk home, but my knee was grumbling at that point. Thanks to Matthew Christopher for inviting me!

02/27/2026

02/25/2026

THE PREDATOR THAT FEARS YOUR VOICE MORE THAN A RIFLE.
In the freezing stillness of a winter forest, the sound of a human conversation doesn't just startle an apex predator—it clears the landscape.

The Myth of the Solitary Man-Eater
We are culturally conditioned to fear the Gray Wolf (Canis lupus). Century-old fables and Hollywood tropes have cemented the image of the bloodthirsty "lone wolf" that aggressively stalks humans and indiscriminately unbalances the ecosystem.
The Biological Reality: The modern wild wolf possesses a profound, evolutionary terror of human beings. Furthermore, they are rarely solitary; they are highly cooperative, tightly bonded nuclear families.

The Scientific Reality: The Ecology of Fear
Wildlife ecologists have repeatedly tested how apex predators react to anthropogenic (human-made) noise. Studies using hidden audio playback in forests reveal a startling truth: when wolves hear the recorded sound of humans calmly talking, they abandon their food and flee the area much faster and further than if they hear the sound of gunshots or barking dogs. They recognize the human voice as the ultimate apex threat.
In the United States, fatal wild wolf attacks are vanishingly rare—a statistical anomaly spanning over a century. You are exponentially more likely to be harmed by a domestic dog, a lightning strike, or a deer-vehicle collision than by a wild wolf.

What is Happening Right Now (Late February)
If you were to track a pack in Yellowstone, Idaho, or the Great Lakes region right now, you would not find solitary killers wandering the snowdrifts. You would find a highly synchronized family unit.
Late February is the absolute peak of the wolf reproduction season. Driven by shifting daylight and winter hormones, the alpha pair (the dominant breeding male and female) are currently mating. The rest of the pack—which typically consists of their older offspring from previous years—is traveling with them through the deep snow. They are working collectively to hunt elk and deer, sustaining the pregnant alpha female as they prepare to excavate a den for the pups that will arrive in April.

Why This Matters Ecologically
The accusation that wolves "destroy" or unbalance nature is biologically backwards. In reality, they are the keystone regulators of the American wilderness.
By hunting elk and deer, they prevent the overbrowsing of young willows and aspens, which in turn saves the riparian habitats that songbirds and beavers rely on. Right now, as deep snow weakens herds, wolves also perform vital "disease management." By targeting the slowest, weakest individuals, they are actively culling sick animals, serving as our most effective natural defense against the spread of Chronic Wasting Disease (CWD) in wild cervid populations.

The Coexistence Challenge
It is vital to balance this ecological praise with the reality of the agricultural landscape. While wolves actively avoid humans, they do pose a complex challenge to livestock producers. For a rancher, the loss of a calf or sheep is a significant economic and emotional blow.
However, modern conservation shows us that coexistence is possible. Rather than relying on lethal removal—which often shatters the pack's social structure and can ironically increase desperation-driven livestock depredation—the focus is shifting to proactive solutions. Tools like specialized Livestock Guardian Dogs (LGDs), fladry (fencing with flapping flags that exploit a wolf's neophobia), and human range riders are successfully keeping packs away from herds.

Practical Action: The "Respect the Distance" Protocol

Leash Your Dogs: If you are snowshoeing or hiking in wolf country this late winter, keep your dog on a leash. Wolves are fiercely territorial during the breeding season and view domestic dogs not as prey, but as rival canines trespassing on their land.

Support Coexistence: Look into and support regional initiatives (like the Western Landowners Alliance) that financially assist ranchers in implementing non-lethal predator deterrents.

Use Your Voice: If you are ever lucky enough to encounter a wolf in the wild and it doesn't immediately flee, simply stand tall and speak firmly. Your voice is the most powerful deterrent you have.

The Verdict
The wolf is not a monster in the dark, nor is it a solitary rogue.
It is a family-oriented regulator, moving quietly through the February snow, trying its hardest to avoid the sound of our voices. We have the space to coexist.

Scientific References & Evidence
Acoustic Deterrence & Fear: Smith, J. A., et al. (2017). "Fear of the human ‘super predator’ reduces feeding time in large carnivores." Proceedings of the Royal Society B. (Demonstrates the extreme behavioral aversion and flight response of wild carnivores to human vocalizations compared to other anthropogenic noises).

Reproductive Phenology: National Park Service (NPS) - Yellowstone. "Wolf Biology and Behavior." (Verifies the strict mid-to-late February estrus and mating window for Canis lupus in the Northern Rockies, and details the cooperative family structure of the pack).

Disease Regulation (CWD): Wild, M. A., et al. (2011). "The role of predation in disease control: A comparison of selective and nonselective removal on prion disease dynamics in deer." Journal of Wildlife Diseases. (Highlights the role of wolves in selectively culling diseased ungulates, thereby limiting the spread of Chronic Wasting Disease).

Non-Lethal Coexistence: Stone, S. A., et al. (2017). "Adaptive use of nonlethal strategies for minimizing wolf–sheep conflict in Idaho." Journal of Mammalogy. (Provides quantitative data showing that non-lethal deterrents, such as fladry and guard dogs, are highly effective at reducing livestock depredation).

02/21/2026

IT ISN’T FLEEING A FLOOD. IT’S IN THE MIDDLE OF A SPRINT.
You step outside in late February after a heavy overnight rain. The sidewalk is dotted with earthworms stretching and retracting across the wet concrete.
You might think they were washed out of the soil by mistake, or that they are desperately trying to escape a flooded burrow.
It is neither. That worm is seizing a rare meteorological opportunity to travel at high speed.
But the clock is ticking. As soon as the clouds break, that watery highway will become a fatal trap.

The Myth of the "Emergency Evacuation"
When we see dozens of earthworms stranded on the pavement after a downpour, the logical assumption is that they came up to avoid drowning.
The Biological Reality: This is a complete misunderstanding of their anatomy.
Earthworms, such as the common nightcrawler (Lumbricus terrestris), do not have lungs. They rely entirely on cutaneous respiration—they breathe through their skin. As long as the rainwater is oxygenated, an earthworm can survive completely submerged for days, or even weeks. They are not running away from the water. They are exploiting it.

The Scientific Reality: The UV Trap
An earthworm is a deep-dwelling (anecic) species, but it relies on the surface for food and movement.

The Frictionless Highway: Crawling across dry ground is a physical impossibility for a worm. The friction would tear its delicate epidermis and instantly drain its internal moisture. Rain creates a temporary, zero-friction film on the surface of the earth. This allows the worm to glide across the ground, covering distances in a few hours that would take days to tunnel through heavy, compacted clay.

The Solar Paralysis: The true danger of the sidewalk isn't the puddle; it is the sun. Earthworms possess light-sensitive cells along their bodies (negative phototaxis). If the rain stops and ultraviolet (UV) rays pierce the clouds, the light acts as a neurotoxin. The worm is literally paralyzed by the UV exposure before it can reach the safety of the grass. It is a traveler struck down by the light, doomed to desiccate on the concrete.

What is Happening Right Now (February)
Why take this massive risk in the late winter?
In many parts of the United States, February brings the first significant thaws and heavy, saturating rains.

The Energy Equation: When the soil hits maximum saturation capacity, the oxygen pressure underground drops slightly. It becomes physiologically and energetically much cheaper for the worm to travel above ground than to push through dense, cold mud.

The Mating Window: Earthworms are hermaphrodites, but they must physically meet to exchange genetic material. The mild, wet nights of late February offer the perfect, low-predator window to leave their vertical burrows, cross the wet leaf litter, and find a mate before the dry spring winds harden the topsoil.

Why This Matters Ecologically
The earthworm is the chief engineer of the terrestrial ecosystem.
They do not merely aerate the soil. They create the drilosphere—the millimeter-thick lining of their burrows that is exponentially richer in nitrogen and beneficial bacteria than the surrounding dirt.
Right now, their deep, vertical burrows act as a vital civil defense system. These tunnels (macropores) are an emergency drainage network, allowing heavy late-winter rains to infiltrate rapidly into the water table. This invisible infrastructure is what prevents surface runoff, stops severe soil erosion, and mitigates localized flooding.

Practical Action: The "Rescue Without Rubbing" Protocol

Move Them: They are physically incapable of digging through asphalt. Gently pick the stranded worm up (they have no teeth and cannot bite) and place it on the nearest lawn, garden bed, or under wet leaves.

Never Wipe Them Dry: The viscous mucus covering their body is quite literally their lung. If that slime is wiped off, oxygen can no longer dissolve into their tissue, and they will suffocate.

The Flashlight Check: Take a flashlight out on a drizzly February night. You will see them stretched out of their burrows, their tails firmly anchored in the hole, grabbing dead leaves to drag down into the depths. It is the ultimate recycling crew at work.

The Verdict
The worm on the sidewalk isn't a drowning victim. It is a sprinter caught between stations because the highway evaporated too quickly.
The rain was its boarding pass; the sun is its executioner.
By moving it two feet to the grass, you don't just save a life—you put the planet's most indispensable worker back on the job.

Scientific References & Evidence
Soil Ecology & Drainage: USDA Natural Resources Conservation Service (NRCS). "Earthworms." (Details the creation of the drilosphere, the formation of macropores, and their critical role in water infiltration and flood mitigation).

Behavior & Phototaxis: Edwards, C. A., & Bohlen, P. J. (1996). "Biology and Ecology of Earthworms." (The definitive text documenting the triggers for surface migration, cutaneous respiration limits, and the paralyzing effects of UV radiation).

Foundational Biology: Darwin, C. (1881). "The Formation of Vegetable Mould through the Action of Worms." (The landmark study proving the behavioral intelligence and massive geological impact of earthworms).

01/30/2026

Leading kayak trips with the Feather River Center at the Afterbay (blue skies) and down the Feather River (overcast) for the Snow Goose Festival last weekend 😊

01/08/2026