Hepatica at Fillmore Glen: Quiet Wonders Beneath the Leafless Trees

On a quiet April walk in Fillmore Glen State Park, I found Hepatica acutiloba blooming beneath leafless trees—small, luminous flowers that turned the still-brown woods into a meditation on patience, renewal, and grace.

On April 11, 2026, I walked Fillmore Glen State Park beneath trees still bare, their branches opening the woods to the cool, unguarded light of early spring. The forest had not yet put on its full green speech. Last year’s leaves still covered the ground in shades of russet and tan, and among them, close to the earth, I found Hepatica acutiloba beginning to bloom.

These are flowers that ask for slowness. No one hurrying through the woods would fully see them. I had to kneel, lower myself into their world, and let my eyes adjust to their scale. Only then did they begin to reveal themselves: first as closed buds, pale and self-contained, then as opened white blossoms shining from the leaf litter like small votives in the dim cathedral of the spring woods.

This flower was a light lavender blossoms, still closed, rising from the forest floor on a delicate stems. The sun had reached in, and I made the image handheld, steadying the camera on the ground. Even unopened, it seemed to hold light within itself, as though the day had touched it but not yet persuaded it to unfold. I have always loved that about hepatica. It does not fling itself into spring. It listens first. It waits with an old intelligence, answering warmth and brightness in its own time.

Lavender Hepatica Blossoms, closed

A second cluster of closed blossoms rested among evergreen fern fronds, which appear to be Christmas fern, Polystichum acrostichoides. Their leathery green pinnae, carried through the winter, formed a fitting companion to these early flowers. Together they seemed to embody one of the quiet truths of the April woods: that renewal does not come as a sudden trumpet blast, but by degrees. First the fern still holding its winter green. Then the bud. Then the opening. Then the day when the whole hillside begins to feel like a promise being kept.

White Hepatica Blossoms with Christmas Fern

The last three photographs showed the same group of white hepatica blossoms growing on a south-facing slope beneath a tree root. By then I had placed the camera on my Manfrotto BeFree tripod, and I worked more deliberately, grateful for the patience that such flowers invite. One image was made in sunlight; the others when the sun had passed behind a cloud. That change mattered. In the sun, the white blossoms seemed almost to ring like little bells of light. Under cloud, they grew quieter, softer, more inward. The mood deepened. The exposed root above them became a rough shelter, a woodland lintel, and the blossoms beneath gathered into a hidden chapel of spring.

Hepatica acutiloba in sunlight on an early spring afternoon. Fillmore Glen New York State Park, Cayuga County, Finger Lakes Region, New York State. April 2026

I stood there for a long while, looking not only at the flowers but at the place that had made their blooming possible. A south-facing slope gathers warmth earlier in the season. The root held the bank in place and offered a small measure of protection. The leaf litter insulated the soil. The ferns kept their green nearby. Nothing in such a scene is accidental. The woods are full of these small negotiations between light, temperature, shelter, and time. Hepatica, for all its delicacy, is a master of them.

Here a cloud hid the sun, the blossoms in side view.

We call these flowers spring ephemerals, and the name is true in one sense. Their season of bloom is brief. Before long, the trees overhead will leaf out, and the bright interval in which they thrive will begin to close. Yet “ephemeral” can sound too fragile a word for a plant so well adapted, so seasoned in its timing. Hepatica does not merely appear and vanish. It endures. Its leaves persist through winter. Its flowering is tuned to a narrow ecological opening, one shaped by the still-bare canopy of the deciduous forest. For a few precious weeks, before shade deepens, it steps into the light and makes use of what the season offers.

The sun still hidden by a cloud, the blossoms face on.

Perhaps that is why hepatica has so often found a place in literature and nature writing. It carries a symbolism that feels earned rather than assigned. It arrives when the world still bears winter’s austerity, and so its bloom seems less decorative than revelatory. Generations of observers have seen in such flowers a sign that the year turns first in whispers. Not through spectacle, but through fidelity. A small flower opening under bare branches can change the whole moral weather of a walk.

That was how it felt to me at Fillmore Glen. The woods were still mostly brown and gray, still waiting for leaf and shade and birdsong in full chorus. Yet these blossoms had already crossed some invisible threshold. They were spring in its purest form: not abundance, but inception. Not the full choir, but the first clear note.

Photography, in such moments, becomes for me an act of receiving. The changing light, the choice of aperture, the longer exposures when the sun went behind a cloud, the shift from handholding to bracing to tripod—all of it asked for attention. Hepatica does not yield itself to haste. It asks me to be present enough to notice what kind of light it is standing in, what kind of slope it has chosen, what old leaves still surround it, what green companions remain from winter. The camera only deepens that act of seeing.

I left Fillmore Glen feeling that I had witnessed something both small and immense. These flowers were no larger than a coin, yet they altered the whole forest around them. The leaf litter no longer seemed merely dead, but sheltering. The bare trees no longer seemed empty, but expectant. In the presence of hepatica, the woods felt poised on the edge of utterance.

That may be the lasting wonder of these early blooms. They do not overwhelm. They steady. They remind me that beauty often comes close to the ground, half-hidden, speaking softly. In the leafless woods of April, that soft speech can feel like grace.

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Among the Trout Lilies in Sapsucker Woods

On April 22, 2025, a wanderer discovers a trout lily, representing nature’s cycles, patience, and the interconnectedness of life through blooming, pollination, and nutrient cycling.

On the bright afternoon of April 22, 2025, I wander slowly through Sapsucker Woods, last year’s oak leaves soft underfoot and the smell of damp earth in the air. The trees stand bare, and somewhere a woodpecker drums as I search the ground for any sign of spring. A flash of gold catches my eye at the mossy base of a tree. Kneeling down, I find among the leaf litter a small wildflower glowing yellow.  It is a trout lily – Erythronium americanum – a solitary, nodding bloom on a slender stem. Six delicate petals flare backward, golden with a few reddish freckles near the throat; long stamens dangle beneath. Two lance-shaped leaves hug the ground, green marbled with burgundy-brown. Their mottled pattern looks like a brook trout’s flank. This flower is known by many names: “trout lily” for its fish-like leaves, “dogtooth violet” for its pointed white bulb 1, and “adder’s tongue” for its tongue-shaped leaf tip.

Its formal name, Erythronium americanum, comes from the Greek for “red”2—odd for a yellow bloom until one remembers the purple dogtooth violets of Europe. Americanum simply marks it as native here. I soon realize these trout lilies are not alone – dozens of dappled leaves carpet the damp earth around me. Most show no blossom at all, only a single freckled leaf standing alone. Only the older plants with two leaves manage to lift a yellow flower. In fact, they often form extensive colonies on the forest floor. I’ve learned a trout lily may wait seven years to bloom its first time3. Seasons of patience pass unseen underground, and then one spring it earns the chance to unfurl a golden star. That slow, patient rhythm of growth fills me with wonder.

A tiny black bee—or maybe a fly—lands on the trout lily’s bloom, drawn by its promise of pollen. It disappears into the flower’s downturned bell, brushing against the dusting of pollen inside. In early spring, few other blossoms are open, so this little lily is a lifeline for hungry pollinators4. There is even a solitary “trout lily bee” that times its life to these flowers5. Flower and insect share an ancient pact: the lily feeds the visitor, and the visitor carries the lily’s pollen onward to another bloom.

Within a week, the trout lily’s golden star will wither. By the time the canopy closes overhead, the flower will have curled into a green seedpod that splits open by early summer, releasing its seeds6. Each seed carries a tiny parcel of food irresistible to ants7. Ants haul the seeds to their nest, eat the morsel, and abandon the seed in their tunnels—unwittingly planting the next generation. The name for this circular ecological dance is myrmecochory. Over time, the colony inches across the forest floor, guided by these tiny gardeners. During its short life above ground, this little lily helps the forest. Its roots soak up nutrients from the damp soil, keeping them from washing away in spring rains8. When the plant dies back, those nutrients return to the earth as the leaves decay, nourishing other life. In this way, a patch of trout lilies forms a quiet bridge between seasons—capturing nutrients in spring and returning them by summer’s end. I touch one cool leaf, feeling connected to this cycle.

I rise and take a final look at the little yellow lily. Its brief bloom reminds me that life’s most beautiful moments are fleeting yet return each year. This blossom will vanish in a few days, a blink of the season, but it will come back next spring as faithful as hope. In its patience and generosity, I sense kinship. Like the trout lily, we too have long periods of waiting and rare moments of blooming. We also rely on small kindnesses to help us thrive—like a friend in hard times or a community that carries our dreams to fertile ground. And we are part of a larger cycle, giving and receiving, leaving something of ourselves to nurture the future. As I continue down the trail, I carry the image of that humble flower with me—a gentle assurance that even the smallest life can leave a lasting impression, and that hope will always return with the spring.

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Footnotes

  1. wildadirondacks.org Trout lily’s common names: “Trout lily” refers to the trout-like mottling on its leaves, while “dogtooth violet” refers to the tooth-like shape of its underground bulb (despite not being a true violet). It is also sometimes called “adder’s tongue.” ↩
  2. en.wikipedia.org The genus name Erythronium comes from the Greek erythros, meaning “red,” originally referring to the red-purple flowers of the European dogtooth violet (Erythronium dens-canis). The species name americanum denotes that it is native to America. ↩
  3. peacevalleynaturecenter.org Trout lilies often grow in large colonies and most individuals in a colony are non-flowering. A plant typically needs about seven years of growth before it produces its first bloom. ↩
  4. peacevalleynaturecenter.org Spring ephemeral wildflowers like the trout lily provide crucial early nectar and pollen for pollinators (bees, flies, butterflies) emerging in early spring. ↩
  5. appalachianforestnha.org The trout lily miner bee (Andrena erythronii) is a solitary bee whose life cycle is closely tied to the trout lily; it forages primarily on trout lily flowers, making it a specialist pollinator of this species. ↩
  6. wildadirondacks.org After pollination, trout lily flowers are replaced by seed capsules that ripen and split open to release the seeds in late spring. ↩
  7. atozflowers.com Erythronium americanum seeds have a small fleshy appendage called an elaiosome, which attracts ants. The ants carry the seeds to their nests, aiding in dispersal in exchange for the food reward, a mutualism known as myrmecochory. ↩
  8. pubmed.ncbi.nlm.nih.gov By growing and taking up nutrients during the brief spring season, trout lily plants help retain important nutrients (like potassium and nitrogen) in the ecosystem. When the plants die back and decay, those nutrients return to the soil, contributing to the forest’s nutrient cycle. ↩

Not Guilty

…for lack of evidence

Greater Bee Fly is reputed to be a nectar thief, making a cut in flower base to siphon off nectar without fertilizing the flower. This behavior is not in evidence here as it approaches this Carolina spring beauty on a late April afternoon along the South Rim trail of Fillmore Glen State Park.

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Instead, what we see is this fly using a long rigid proboscis, found in the front of the head, to probe and feed nectar from the flower base as would any other respectable bumblebee that is resembles and is commonly mistaken for.

Copyright 2023 All Rights Reserved Michael Stephen Wills

A Beauty

…and an edible plant

Claytonia caroliniana, the Carolina Spring Beauty, is an herbaceous perennial in the family Montiaceae. It was formerly placed in family Portulacaceae. Its native range is eastern and central North America. It is most found in the New England area of the United States, but its habitat extends from Ontario and a northern limit in the Cape Anguille Mountains of Newfoundland and south to Alabama.

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Description

It grows approximately 6 inches tall in forests of the Appalachian Mountains and piedmont.Claytonia caroliniana is a flowering, woodland perennial herb. It grows from March though June and is one of the earliest spring ephemerals. The plant grows from spherical underground tubers in light humus. They sprout and bloom before the tree canopy develops. Once the area is shaded, the plants whither leaving only the tuberous roots underground.

The flowers consist of five pink and purple petals. Dark pink veins accent the petals and give them a striped appearance. The carpels are fused together. I have heard the flowers are white when first opened, have not experienced this myself. They grow on a stem 3 – 10 inches tall that bears a single pair of broad leaves. There are two green leaves that grow opposite each other on a node. The leaf has no teeth or lobes and a prominent central vein. They grow up to three inches long and 1/2 to 3/4 inches wide.

In the photograph, Carolina Spring Beauty flowers bracket the leaves just visible under leaf litter.

Edible

The plant is edible, but its usability is limited due to difficulty harvesting and the small quantities each plant produces. Its tuberous roots are edible and rich in starch and can be cooked or eaten raw. The leaves can be eaten as well. The tuberous roots are eaten by eastern chipmunks and white-footed mice.

History

The plant was named after John Clayton. Clayton was an early collector of plant specimens.

Source: Wikipedia”Claytonia caroliniana. Direct quotations are in italics.

Copyright 2023 All Rights Reserved Michael Stephen Wills

Not a Bee

…and an edible plant

Bombylius major (commonly named the large bee-fly, the dark-edged bee-fly or the greater bee fly) is a parasitic bee mimic fly. Bombylius major is the most common type of fly within the Bombylius genus. The fly derives its name from its close resemblance to bumblebees and are often mistaken for them.

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Bombylius major exhibits a unique flight behavior known as “yawing” and plays a role in general pollination, without preference of flower types. The fly does not bite, sting, or spread disease. However, the fly uses this mimicry of bumblebees to its own advantage, allowing close access to host solitary bee and wasp nests to deposit its eggs. After hatching, the larvae find their way into the nests to parasitically feed on the grubs.

Flight


It has been discovered that the fly is capable of a unique behavior, which was discovered with the use of a high speed camera. In this behavior, the flies are seen to rotate around a vertical axis as they fly (this action is known as “yawing”). However, it is still unknown what can cause this behavior to be triggered and what purpose it serves, but a proposed explanation includes mating habits. Here is an illustration of “Yaw” in the context of an airplane…substitute the fly body with head facing forward (to left).

ZeroOne, CC BY 3.0 https://creativecommons.org/licenses/by/3.0, via Wikimedia Commons

Pollinator Role


The Bombylius major bee-fly is a common, generalist floral pollinator, meaning that it does not give preference to one flower over another, instead pollinating a wide variety of plant families and species. The fly uses its proboscis to carry and transfer the pollen. The species is a dominant pollinator within its community, sometimes even pollinating up to two thirds of the local flowers. In addition, Bombylius major will visit and pollinate plants that attract few other species. Some types of flowers, for example Pulmonaria officinalis, will be almost exclusively pollinated by Bombylius major, with other species contributing a negligible amount to that plants pollination. Some flower species, such as Delphinium tricorne, are even specifically adapted to the fly in terms of color, shape, and form. If given the choice, Bombylius major will have a consistency in plant choice.

Flower Attraction


Long distance floral attraction is governed by optical sense, with color being the most important factor. The flies are typically more attracted to blue and violet colors, and occasionally yellow, over orange and pink. However, short distance floral attraction is based on the fly’s olfactory sense.

Sunbathing Activity


The fly is mostly active during day hours when the weather conditions are warm and sunny. Bombylius major is attracted to sunnier places and is more likely to pollinate these areas, with a larger average of flower visits in areas of higher amounts of sunshine. The fly will hide in the trees during the night and usually dart away from a cast shadow and occasionally hide in clean washing brought in fresh from the washing line and fly out causing unsettled behavior in the discoverer.

Flower Description


Claytonia caroliniana is a flowering, woodland perennial herb. It grows from March though June and is one of the earliest spring ephemerals. The plant grows from spherical underground tubers in light humus. They sprout and bloom before the tree canopy develops. Once the area is shaded, the plants whither leaving only the tuberous roots underground.

The plant is edible, but its usability is limited due to difficulty harvesting and the small quantities each plant produces. Its tuberous roots are edible and rich in starch and can be cooked or eaten raw. The leaves can be eaten as well. The tuberous roots are eaten by eastern chipmunks and white-footed mice.

Source: Wikipedia “Bombylius major ” and “Claytonia caroliniana. Direct quotations are in italics.

Copyright 2023 All Rights Reserved Michael Stephen Wills