Where Winter Yields: Skunk Cabbage, Pitcher Plants, and Milky Ice at Malloryville Preserve

A late winter walk through Malloryville Preserve reveals milky ice, emerging skunk cabbage, and hidden wetland life—seen through the curious eyes of grandchildren.

The morning began in that quiet register peculiar to late winter in the Finger Lakes—when the calendar insists on spring, yet the land, still half-claimed by frost, speaks in a more cautious dialect. At the O.D. von Engeln Preserve at Malloryville, the woods held both seasons in tension. Snow lingered in shaded hollows, while the exposed ground, damp and rust-colored, breathed with thaw.

Sam and Rory—boots muddied almost immediately—climbed atop a great, weathered stump, its cut face fanned with the geometry of years. There is something about a stump that invites children upward, as though it were not a remnant but a stage. From their perch they surveyed a kingdom of bare trunks and quiet trails, their laughter momentarily lifting the stillness. Behind them, the forest rose in gray-brown columns, and beneath them, the history of a tree—rings like a clock no one can wind backward.

We moved downslope toward the seepage-fed lowlands that give this preserve its particular character. Here, the ground softens, water gathers, and winter lingers longer in pockets of ice that seem reluctant to relinquish their hold. The ice itself told a story—not clear and crystalline, but cloudy, milky, almost opalescent. This opacity is the signature of trapped air, minute bubbles frozen in suspension as water repeatedly melts and refreezes. Each cycle interrupts the orderly lattice of ice, scattering light and transforming transparency into a pale, diffused glow. It is ice that remembers its instability.

Threading through this ice were narrow rivulets of meltwater, tracing paths around moss-covered hummocks. These islands—bright green even in winter—rose like miniature continents in a frozen sea. On one such hummock, we found this skunk cabbage. Its mottled spathe, deep maroon flecked with yellow, pushed upward through the cold, its form both alien and ancient. I pointed out to the boys that this plant generates its own heat—a metabolic furnace capable of melting the surrounding snow. It is one of the earliest heralds of spring, though it announces itself not with color alone, but with scent—a pungency that walked with us that day.

Nearby, nestled in the sphagnum, were the pitcher plants—Sarracenia purpurea—their tubular leaves tinged with winter’s reds and greens. Even in dormancy, they held their form, each pitcher a small reservoir. I explained how these plants supplement the nutrient-poor conditions of the bog by capturing insects, their modified leaves forming a subtle trap. The boys leaned in, curious, perhaps imagining the unseen dramas that would unfold here in warmer months.

The wetland was a place of plants and textures. The ice thinned near the edges, revealing water beneath that reflected the vertical lines of trees above. Droplets fell intermittently from branches, punctuating the quiet with soft, irregular taps. It was a landscape in transition, each element negotiating its passage from one state to another.

Along a tangle of shrubs, I noticed an unusual growth—a dense, broom-like cluster of twigs protruding from what appeared to be a highbush blueberry. This “witches’ broom” is often the result of fungal infection or other physiological stress, causing the plant to produce a profusion of shoots from a single point. To a child’s eye, it might seem like a bird’s nest or some deliberate construction, but it is, in fact, the plant’s own altered architecture—a distortion that nonetheless becomes part of the ecosystem, offering shelter to small creatures.

Further along, a fallen log bore the layered forms of shelf fungi, each bracket extending outward like a series of pages half-opened. Their colors—muted tans and browns—blended with the wood, yet their structure was unmistakable. These polypores are the quiet recyclers of the forest, breaking down lignin and cellulose, returning the substance of the tree to the soil. I ran my fingers lightly along their surface, feeling the fine texture, while the boys, less cautious, tapped them as though testing their solidity.

On the bark of a nearby tree, we encountered a patch of what looked like pale, fuzzy insulation—the egg mass of the spongy moth. I explained that each of these masses could contain hundreds of eggs, waiting for the warmth of spring to hatch. It was a reminder that even in this subdued season, the next wave of life was already prepared, concealed in plain sight.

As we made our way back, the boys’ boots squelched in the soft ground, their earlier perch on the stump now a distant memory. Yet the morning had offered them—and me—something more enduring than a climb. It had revealed a landscape in flux, where ice is not merely frozen water but a record of change, where plants defy cold through chemistry, and where even decay participates in renewal.

Late winter, in a place like Malloryville, is not an absence of life but a study in persistence. It asks for attention, for patience, and for a willingness to see beauty in transition. Walking with Sam and Rory, I was reminded that discovery does not wait for spring. It is already here, written in ice, moss, and the quiet industry of the forest.

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The Mathematical Beauty of Autumn Leaves

Here I reflect on the mathematical beauty of falling leaves from two trees, revealing order amidst perceived chaos in nature’s patterns.

Standing before these two trees on a unseasonably warm autumn day, I am struck by the intricate patterns of their fallen leaves. Against the vibrant green of the grass, the golden leaves form halos around the trunks, as if nature herself were sketching mandalas. There’s something profoundly mathematical about these arrangements—a quiet order amidst what might initially seem like chaos.

The first tree, its barren branches reaching skyward, stands on a carpet of yellow that radiates outward in near-perfect symmetry. The leaves have fallen in such a way that their density decreases as the distance from the trunk increases. It reminds me of the inverse square law—a principle in physics that governs how light, gravity, and sound diminish with distance. Here, instead of energy dispersing, it’s the leaves thinning out, their graceful scatter dictated by the wind’s whims and gravity’s pull. There’s an undeniable harmony in this seemingly random process, a convergence of natural forces creating an elegant gradient.

Stewart Park, Ithaca, New York

The second tree presents a different story, yet one equally mesmerizing. Its leaves, still clinging in part to the branches, form a looser ring at the base. The distribution is uneven, hinting at prevailing winds or the sheltering influence of nearby buildings. But even in this asymmetry, I see fractals—the self-similar patterns that repeat at different scales throughout nature. Look closely, and you’ll notice clusters of leaves mimicking the broader structure of the canopy above. It’s as if the tree’s essence is echoed in the ground below, a reminder of how deeply interconnected every part of a system can be.

Robinia pseudoacacia, commonly known as the black locust

These patterns invite reflection on the mathematical principles governing our world. Fibonacci sequences, golden ratios, and fractals—abstract concepts are not confined to textbooks. They are etched into the fabric of existence, visible in the spiral of a sunflower’s seeds, the curve of a nautilus shell, and the fall of leaves beneath a tree. Even the chaos of autumn is underpinned by order, a dance choreographed by countless variables: the angle of the branches, the strength of the wind, the moisture in the air.

I find myself wondering about the unseen forces at play. How many leaves fell straight down, obeying only gravity? How many were carried aloft by a breeze before settling farther afield? Could we model these patterns with algorithms, tracing the arc of each leaf’s descent? Would the data reveal a perfect equation, or would it remind us that some mysteries resist full comprehension?

As I stand here, I feel a deep gratitude for these natural equations. They ground me in the present moment while also connecting me to the infinite. The pattern of leaf fall is a reminder of life’s balance: chaos and order, randomness and structure, fleeting moments and timeless principles. The trees, now shedding their golden crowns, invite me to pause, observe, and marvel at the beautiful mathematics of autumn.

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Autumn Reflections: The Majesty of Acer Rubrum

On a serene autumn afternoon by Beebe Lake, a solitary red maple stood out against the backdrop, showcasing its vibrant colors and resilience, symbolizing autumn’s fleeting beauty.

It was one of those serene autumn afternoons that linger in memory, the kind where the sky seems impossibly clear, the air crisp and gently scented with fallen leaves. I stood at the edge of Beebe Lake, my gaze first drawn to the textured concrete dam holding back the water, its weathered facade contrasting sharply with the soft reflections shimmering across the lake’s calm surface. Beyond, the wooded hillside rose gently, a tapestry woven with the warm hues of autumn—golds, greens, oranges, and reds mingling like brush strokes on a canvas.


An October Glory, turning before all others

Yet amidst this collective beauty, one tree captured my attention, singular in its brilliance—a solitary red maple standing proudly on the lakeshore. Its leaves had turned a vivid crimson, blazing brightly as though defying the muted earth tones surrounding it. Even from a distance, framed and partially obscured by larger trees, its vibrant reflection cast a fiery echo on the water, rippling softly in the afternoon breeze.

The maple, Acer Rubrum, seemed perfectly at home here, thriving robustly at the water’s edge. I remembered reading how adaptable red maples are, able to flourish in conditions ranging from dry uplands to swampy shores. This spot, near the edge of the tranquil Beebe Lake, seemed to showcase its resilient character perfectly.

Up close, the maple’s glow was even more striking. Its leaves cascaded in fiery clusters, hues deepening from bright scarlet at the tips to a darker maroon closer to the branches. This dramatic gradient seemed symbolic of autumn itself—beautiful, fleeting, and subtly tinged with the melancholy reminder of winter’s approach.

The Red Maple (Acer Rubrum) to tolerant of diverse conditions, making it a perfect choice for this spot on the short of Beebe Lake.

A memory surfaced of early spring in the Finger Lakes region, a time when maples, including this red maple, generously share their sap. Though not traditionally tapped like its sweeter cousin, the sugar maple, this species’ sap can indeed be boiled down into syrup, a surprising sweetness hidden within its sturdy trunk. Standing in its shadow, imagining those early spring days, it seemed astonishing that the same tree could offer both the delicate sweetness of syrup and the fierce beauty now on display.

Curiously, the transformation of the tree appeared methodical yet whimsical—it changed colors from the top down, its upper branches already bare, exposing slender twigs pointing skyward. Like an artist carefully removing layers to reveal something deeper beneath, the maple unveiled its upper bare bones first, as though reminding observers of the quiet strength supporting its autumn splendor.

This Red Maple (Acer Rubrum) turns from the top down and has already bare for most top branches.

As I lingered, taking in this turning tree, joggers passed by along the path, their rhythmic footsteps a gentle percussion beneath the rustling leaves. Briefly, they glanced toward the vivid maple, perhaps drawn, like me, by its striking contrast to the surrounding foliage. It felt like we shared a secret admiration for this singular tree, recognizing in it a quiet assertion of individuality amidst conformity.

Eventually, I viewed the maple once more from afar, framed now by broader sweeps of branches and leaves, partially obscured but no less vivid. Through layers of leaves and dappled sunlight, it glowed like a distant flame, a beacon that seemed to encapsulate the entire mood of the season—warm yet cool, bright yet transient.

The Red Maple (Acer Rubrum) is the first to flower in spring and the first to turn in autumn.

Walking away, the image of that maple lingered, its reflection shimmering gently in the afternoon sun, a moment suspended between summer’s lush vitality and winter’s bare stillness. Beebe Lake had offered scenic beauty, a quiet meditation, a reflection mirrored not only on its tranquil surface but in the heart of an observer captivated by a single tree’s fleeting glory.

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