Monarch Butterfly Life Cycle: Egg to Adult (Danaus plexippus) with Photos

From milkweed egg to striped caterpillar, jade chrysalis, and fluttering monarch, witness metamorphosis, migration, and our role in protecting Danaus plexippus across North America today.

On the underside of a milkweed leaf, the world begins small enough to miss unless you kneel and look closely. In this first photograph the newborn is still a whisper of life, a pale pinhead egg collapsed into a glistening scrap, the tiny caterpillar beside it like a gray comma punctuating the green. It has just eaten the soft shell that cradled it—its first meal, its first thrift. The leaf’s pale roads of veins radiate around the hatchling; within that simple map lies all the geography it needs.

By the second photograph appetite has taken its proper throne. These pilgrims wear a uniform of warning: bands of yellow, black, and white—stripes as bright as hazard tape, a heraldic banner advertising the bitterness borrowed from milkweed. Each bite draws down defensive latex; yet the caterpillars feed undeterred, pausing to snip the leaf’s veins to quiet the flow. Their black, threadlike “tentacles” nod as they travel, and their peppery pellets—frass—collect like midnight hail. Five times they will outgrow themselves, shrugging off skins to reveal wider, hungrier versions within. The room is strewn with green rib and ragged edges; the air has the gentle smell of cut stems. All the while, milkweed’s poisons, the cardenolides, pass into growing bodies and become their bodyguard.

At last a hush. A final meal, a purposeful wander. The caterpillar chooses a high eave of the world—a stem, a stick, the corner of your rearing tent—and hooks itself into a downward J. Within hours the skin splits like a soft zipper; the striped creature pours itself out of itself and seals into a smooth chrysalis.

Here, the caterpillar has attached itself to a silk pad from which it hangs. Underneath the skin, the caterpillar is transforming to the chrysalis. In these photographs the silk pad and chrysalis attachment from a previous transformation are in the foreground.
Macro of the Monarch butterfly chrysalis. The black stalk attached to the silk pad is call a cremaster.

The following photograph and video catch the moments into becoming: the jade lantern has become transparent, darkening, its gold studs glinting like constellation points, and through the thinning walls the folded wings show, orange smoldering under smoke. Inside, old tissues have dissolved into a living broth; imaginal discs—tiny blueprints carried since the egg—have flowered into legs, eyes, and flight. To call it “metamorphosis” is correct; to call it mystery is truer.

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When the case opens the butterfly backs into the bright. It clings while the crumpled wings fill and flatten, hemolymph pumping life into every cell. In the next image the adult drinks from a petunia trumpet, a jeweled ember with white-spotted hems. The monarch—Danaus plexippus—tests the wind with new, purposeful wings. Its scientific name nods to ancient stories: Danaus after the Greek mythic king of Argos, a father who fled with his fifty daughters across the sea; plexippus for Plexippus, a figure of the same old tales—his name carried forward into this wanderer of the sky. The English name “monarch” is said to honor both its regal size and domain, and, some say, the orange-and-black of William of Orange. Kings and myths gathered like cloak and scepter around a creature that weighs less than a paperclip.

No butterfly has entered human life more completely. Schoolchildren cradle jars of milkweed sprigs and tape handwritten labels to chrysalides lined like seed pearls along a classroom window. Taggers kneel in September light, add a tiny disc to a wing, and write down time and place so the journey south can be traced. In the mountains of Mexico, where oyamel firs hold winter like a secret, people fold the monarch’s return into the Days of the Dead, believing that souls ride home on those wafers of flame. Gardeners tuck swamp milkweed into narrow beds and call their yards “waystations.” Photographers, such as myself, record the stories that happen leaf by leaf.

In early July a Monarch caterpillar revels in milkweed flowers.

Yet our touch is not simple. Fields simplified by herbicides have shaved milkweed from fencerows; tidy mowing removes nectar from roadsides in the tender weeks of migration; captive rearing in vast numbers, though done with reverence, may carry unintended risks of disease and weakened orientation. The monarch asks us to enlarge our sense of home beyond the fence: to let patches of milkweed lift their pale crowns in rough corners; to choose late-blooming asters and goldenrod; to keep a few ditches shaggy until the travelers pass. Conservation, like metamorphosis, is work that happens inside ordinary days.

Watch the cycle again in my images—egg to appetite, appetite to stillness, stillness to wing—and hear what it whispers in the steady voice of milkweed leaves and soft fall air. Rachel Carson wrote that “those who contemplate the beauty of the earth find reserves of strength that will endure as long as life lasts.” Here beauty wears stripes and beads of gold, sips from garden petals, and threads a continent with its frail insistence. The monarch’s life is a ribbon we can follow with our eyes and, if we are willing, with our hands—gentle hands that leave room for milkweed to rise, for caterpillars to feed, for a chrysalis to darken and a window to fill, one bright morning, with wings.

On a personal note, this season was a success. Monarchs visited our milkweed patch several times allowing me to save/harvest nineteen eggs/caterpillars and raise them until release.

Selected references
Carson, Rachel. The Sense of Wonder. New York: Harper & Row, 1965. (Reissued: HarperCollins, 1998; Open Road Media e-book, 2011.) The quoted passage (“Those who contemplate the beauty of the earth…”) appears early in the book; the Open Road edition places it on p. 41.
Wikipedia contributors. “Monarch butterfly — Etymology and taxonomy.” (useful overview with primary citations).
Oberhauser, K. S., and M. J. Solensky, eds. The Monarch Butterfly: Biology and Conservation. Cornell University Press, 2004.

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Buttonbush: The Secret Geometry of Wetlands

Discover the Buttonbush (Cephalanthus occidentalis), a wetland shrub of spherical blooms, sustaining pollinators, birds, and waterfowl while reminding us of life’s enduring cycles

In the quiet wetlands of late summer, when cattails lift their brown torches above the reeds and dragonflies skim the still water, there is a shrub that speaks in spheres. Its language is not the pointed spear of grass or the broad fan of lily pads, but the perfect symmetry of globes—round, intricate, and startling in their precision. This is the Buttonbush, Cephalanthus occidentalis, a native of swamps, pond margins, and the soft, yielding soils where water shapes the land.

At first glance, its clusters might be mistaken for something fashioned by human hands: spiky balls arrayed along slender stems, each one a small planet bristling with tiny cells. Only in memory can we recall their summer incarnation, when each ball was a constellation of snowy blossoms, white tubular flowers extending like delicate pins from a spherical center. Bees and butterflies crowded them then, drunk on nectar, wings glinting in the sun. Hummingbirds darted in as though drawn by an unseen magnet, their beaks fitting perfectly into the narrow blossoms, a partnership written long ago in the shared script of evolution.

Buttonbush (Cephalanthus occidentalis) at Sapsucker Woods, Cornell Lab of Ornithology

Now, in August’s waning light, those blossoms have folded back into seed, transforming into the russet orbs captured in the photograph. What was once nectar is now promise—food for ducks, shorebirds, and the small lives that depend on wetlands for sustenance. In the hands of buttonbush, time itself is circular. Flower becomes fruit, fruit becomes seed, seed becomes shrub, and the cycle spins quietly on, just as the spheres themselves suggest: complete, unbroken, eternal.

A Wetland Companion

Buttonbush is rarely alone. It thrives where cattails whisper, where pickerelweed thrusts up spikes of purple bloom, where the air holds the scent of waterlogged earth. Its roots grip the muck at the edges of ponds and rivers, holding soil against the restless tug of currents. In doing so, it becomes part of the unseen architecture that holds wetlands together, slowing erosion, filtering water, providing shelter for fish in the shade of its stems.

Pickerelweed (Pontederia cordata) at Sapsucker Woods, Cornell Lab of Ornithology

This shrub, unassuming in stature, is an engineer of stability. It creates thickets where red-winged blackbirds perch, where frogs crouch in shade, where turtles bask on half-submerged branches. The wetlands of North America would be poorer without its presence, for it provides not just beauty but the scaffolding upon which entire communities of life depend.

The Human Thread

To the human eye, the buttonbush’s spherical blooms are so striking that they demand metaphor. Some have called them pincushions, others tiny planets, others fireworks arrested in mid-burst. Native American peoples, however, looked beyond metaphor to medicine. The bark and roots were used in remedies for ailments ranging from headaches to fevers, though with caution, for the plant holds mild toxicity when consumed raw. It is a reminder that many gifts of the natural world are edged with danger, and that wisdom lies in balance.

Today, gardeners and conservationists plant buttonbush intentionally. It is welcomed into rain gardens, where its thirst for moisture makes it a perfect ally for absorbing stormwater. It is used in wetland restoration projects, where its deep roots anchor new life. And it is cherished by those who walk the edges of ponds and discover in its round blossoms a geometry that feels both wild and deliberate, a gift of design from the living earth.

Fourth of July, 2019, Stewart Park

The Sphere as Symbol

Rachel Carson once wrote that in nature, “nothing exists alone.” The buttonbush embodies this truth with clarity. Its spheres are invitations, junctions where plant and pollinator meet, where flower and bird share a moment of mutual necessity. They are offerings to the eye as well, challenging us to see patterns where we might otherwise see only happenstance.

Standing before a buttonbush in bloom, one feels an almost childlike wonder: how could such symmetry arise unbidden from soil and sunlight? Yet this is the miracle of evolution, that order may spring from chance, that beauty may serve survival, that what pleases our senses also sustains life.

A Closing Reflection

In the wetlands, where water mirrors the sky, the buttonbush offers its own reflection of completeness. Its seed heads persist through autumn and winter, small orbs clinging even when leaves fall, reminders that the cycles of life turn steadily beneath the stillness.

To linger with buttonbush is to be reminded of nature’s quiet insistence on wholeness. It speaks in forms: round, repeating, enduring. To walk away from it is to carry a sense of connection, to know that in the pattern of its blooms we glimpse a truth both humble and profound—that life is not a line but a circle, and in every turning there is renewal.

For Further Reading

USDA NRCS. Plant Guide: Buttonbush (Cephalanthus occidentalis L.). United States Department of Agriculture, Natural Resources Conservation Service. Available online: https://plants.usda.gov
– Provides detailed information on identification, habitat, and ecological role.

Lady Bird Johnson Wildflower Center. Cephalanthus occidentalis (Common Buttonbush). Native Plant Information Network. Available online: https://www.wildflower.org/plants/result.php?id_plant=ceoc2
– Covers botanical features, bloom time, wildlife value, and landscape use.

Dirr, Michael A. Manual of Woody Landscape Plants: Their Identification, Ornamental Characteristics, Culture, Propagation and Uses. 6th Edition. Stipes Publishing, 2009.
– Authoritative horticultural reference on Buttonbush and other shrubs.

Peterson, Roger Tory, and Margaret McKenny. A Field Guide to Wildflowers: Northeastern and North-central North America. Houghton Mifflin, 1968.
– Classic field guide covering buttonbush’s wetland habitat.

Carson, Rachel. Silent Spring. Houghton Mifflin, 1962.
– Source of the quoted passage: “In nature nothing exists alone.” (Chapter 2, “The Obligation to Endure”).

Moerman, Daniel E. Native American Ethnobotany. Timber Press, 1998.
– Comprehensive reference documenting traditional medicinal uses of Buttonbush among Native American peoples.

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Explore Louisa Duemling Meadows: Nature and Conservation

The Louisa Duemling Meadows celebrate conservation and biodiversity, showcasing vibrant flora and honoring Louisa Duemling’s legacy as a steward of nature.

The Louisa Duemling Meadows, nestled within the expansive embrace of Sapsucker Woods, offers a vibrant tableau of life, brimming with opportunities for exploration and a sense of wonder. This new trail, winding through golden fields and punctuated by bursts of wildflowers, whispers tales of the land’s natural and cultural heritage.

Louisa Duemling: A Steward of Nature
Louisa Duemling, the meadows’ namesake, was a dedicated conservationist and philanthropist who supported the Cornell Lab of Ornithology’s mission to protect birds and their habitats. Her legacy lives on in these serene fields, where her commitment to preserving the environment is reflected in every thriving plant and songbird.

Black-eyed Susans: The Meadow’s Golden Treasure
Dominating this summertime landscape with their radiant yellow petals and dark central disks, Black-eyed Susans (Rudbeckia hirta) are a hallmark of the meadows. These cheerful blooms are a delight to the eye, a cornerstone of meadow ecosystems. As members of the Asteraceae family, their composite flowers serve as a rich nectar source for pollinators like bees and butterflies, ensuring the vibrancy of these fields.

Historically, Black-eyed Susans have been used in traditional medicine by Native American tribes for their putative anti-inflammatory properties. Their ability to thrive in diverse conditions also makes them a symbol of resilience and adaptability.

A Symphony of Green and Gold
Walking through the trail, one is greeted by the harmonious interplay of goldenrods (Solidago spp.), milkweeds (Asclepias spp.), and asters (Symphyotrichum spp.). Goldenrods, with their feathery clusters of yellow blooms, are often mistaken as allergenic culprits, though it is the inconspicuous ragweed (Ambrosia artemisiifolia) that deserves this reputation. Milkweeds, with their milky sap and delicate pink or white flowers, are vital to monarch butterflies (Danaus plexippus), serving as the sole food source for their larvae.

Among these botanical wonders, the birdhouse stands as a sentinel, a reminder of the intricate relationship between flora and fauna. These wooden structures provide safe havens for cavity-nesting birds like Eastern Bluebirds (Sialia sialis) and Tree Swallows (Tachycineta bicolor), fostering biodiversity within the meadow.

A Horizon Framed by Pines and Clouds
The open meadow trails, flanked by clusters of Eastern White Pines (Pinus strobus) and punctuated by the azure sky, invite reflection and renewal. This is a place where the human spirit can align with the rhythms of nature, where each step reveals new layers of beauty and discovery.

Embracing the Spirit of Discovery
To wander the Louisa Duemling Meadows is to immerse oneself in the timeless dance of life. The trail, carefully marked yet wild in essence, invites visitors to lose themselves in its beauty while finding solace in its quietude. This is not just a path through nature—it is a journey into the heart of conservation and a celebration of the life that thrives under Louisa Duemling’s enduring legacy.

As you leave the meadow, carry with you not just the memory of golden flowers and vibrant skies but the inspiration to cherish and protect the natural world. The Louisa Duemling Meadows are not only a gift to those who walk its trails but a reminder of the profound impact one can have in preserving our planet’s fragile beauty.

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Monarch Chrysalis: A Symbol of Nature’s Resilience

On a September day, a Monarch chrysalis symbolizes resilience amidst environmental threats, prompting reflection on stewardship and hopeful change.

On a warm September afternoon, 2024, Pam and I passed a planting of shimmering grasses along the Cayuga Lake shore, the tips of their feathery plumes swaying in a gentle breeze. Amidst the verdant tapestry, my eyes caught a flash of delicate green—a Monarch chrysalis, hanging like a precious jewel beneath one of the seed heads. It was an unexpected encounter, a moment of grace that felt almost otherworldly. The chrysalis, pale jade with gold accents, looked like something born of magic rather than biology. For a moment, time paused.

The only Monarch chrysalis we found in 2024, notable for the absence of caterpillars around our home. Tompkins Park, Ithaca, New York, Finger Lakes Region

I knelt carefully, mindful not to disturb the fragile life suspended before me. As I leaned in closer, I marveled at the perfection of its design. The intricate gold dots along its casing seemed impossibly precise, as though a divine hand had painted them there. Yet, this chrysalis was also a paradox: it was a shield of stillness, promising the coming transformation of a creature known for motion and migration.

The significance of this discovery didn’t escape me. Just two years ago, the International Union for Conservation of Nature officially classified the Monarch butterfly as “endangered.” Habitat destruction, pesticide use, and climate change have decimated their numbers. Monarchs, once so plentiful they seemed a seasonal certainty, now teeter on the edge of disappearance. To find this chrysalis was to witness a quiet rebellion against those odds, a solitary emblem of resilience in a world fraught with loss.

I thought of their epic journey—a migration that spans thousands of miles, linking Canada to the forests of central Mexico. For generations, these butterflies have followed ancestral paths with unerring precision, defying every obstacle in their way. How can something so small carry the weight of such immense journeys? And how, in a world that seems to grow harsher each year, do they still persist?

This chrysalis, tucked in the grasses of Stewart Park, felt like an answer to those questions. It was a reminder of the resilience of life, the determination of nature to continue despite all that works against it. And yet, it also felt like a fragile promise. The Monarch’s survival is no longer assured; its future, like the butterfly within this chrysalis, hangs by a thread.

As I rose and continued our walk, I carried the image of the chrysalis with me, letting its quiet beauty settle in my mind. I thought of the interconnectedness of all things: the milkweed plants that sustain Monarch caterpillars, the winds that guide their migrations, and the people whose choices shape the landscapes they traverse. Stewardship is not just a responsibility; it is a privilege—an opportunity to ensure that these miraculous creatures continue to grace our skies.

By the time I left the park, the sun had sunk toward the west, its light no longer graced the grasses. I looked back one last time, hoping that this chrysalis would complete its transformation safely. In its stillness, I saw not just hope, but a call to action. The Monarch’s story is not just about survival; it’s about the courage to evolve and adapt, even when the odds seem insurmountable. And perhaps, in witnessing this moment of metamorphosis, we too are reminded of our capacity to change—to become better stewards of the world we share.

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Ecological Significance of False Solomon’s Seal

In Taughannock Falls State Park, False Solomon’s Seal captivates with its beauty, ecological role, and historical medicinal uses.

The trails of Taughannock Falls State Park always hold surprises, and on that July day, they did not disappoint. As I paused to take in the tranquility of the woods, my gaze fell upon a plant whose graceful arch and clusters of berries demanded attention. Its broad, lance-shaped leaves alternated along the stem, framing the stem’s terminal cluster of small green berries. Recognizing the plant as Maianthemum racemosum, commonly known as False Solomon’s Seal, I took a moment to admire its understated elegance.

False Solomon’s Seal, scientific name Maianthemum racemosum, is common in the Finger Lakes Region. I found this specimen during a walk with the grandchildren in a local fen among the post-glacial terrain of the Finger Lakes Region. Eames Memorial Natural Area, Cornell Botanic Gardens, Town of Dryden, Tompkins County, Finger Lakes Region, New York State

Characteristics of the Plant

False Solomon’s Seal is a perennial herbaceous plant belonging to the asparagus family (Asparagaceae). It can grow up to three feet tall, its arching stems giving it a unique and recognizable silhouette. The leaves are broad and lance-shaped, with prominent veins running their length, arranged alternately along the stem. At the tip of each stem is a cluster of tiny, spherical green berries, which later in the season ripen to a speckled reddish hue. The plant blooms in late spring to early summer, producing delicate, star-shaped white flowers before transitioning to its fruiting phase.

Found throughout much of North America, Maianthemum racemosum thrives in moist, shaded woodlands, making the lush forests of Taughannock Falls State Park an ideal home. Its ability to grow in the dappled light beneath the forest canopy highlights its adaptability to varying light conditions.

Etymology of the Name

The genus name, Maianthemum, comes from the Greek words “mai” (May) and “anthemon” (flower), reflecting the plant’s tendency to bloom in late spring or early summer. The species name, racemosum, refers to the plant’s inflorescence, which forms a raceme—a cluster of flowers or berries along a single stem. Its common name, False Solomon’s Seal, derives from its superficial resemblance to Solomon’s Seal (Polygonatum spp.), though the latter has bell-shaped flowers hanging beneath its stems, in contrast to the terminal clusters of Maianthemum racemosum.

History and Folklore

False Solomon’s Seal has long been valued for its medicinal and culinary uses by Indigenous peoples and early settlers. The young shoots were harvested and cooked as a vegetable, while the ripe berries were sometimes used in jellies or preserves, though their slightly bitter flavor limited their appeal. Medicinally, teas made from the roots and leaves were used to treat a variety of ailments, including digestive issues, coughs, and sore throats. The roots were also applied as poultices for cuts and bruises, reflecting the deep understanding of natural remedies held by those who lived in harmony with the land.

The plant’s name has sparked legends. While the “false” in its name denotes its distinction from Solomon’s Seal, some folklore suggests that the plant was used to counterfeit the medicinal properties of its namesake. Others believe that its graceful arch and persistent berries symbolize resilience and adaptability, qualities often attributed to those who lived in its native habitats.

Uses and Ecological Role

Although not widely cultivated, Maianthemum racemosum is a valuable plant in its native ecosystems. Its flowers provide nectar for pollinators such as bees and butterflies, while the berries are a food source for birds and small mammals. Its rhizomatous roots also play a role in stabilizing soil in forested environments, preventing erosion and supporting the health of the woodland floor.

For those contemplating harvesting these plants be advised that collection of plants from New York State Parks is prohibited to protect natural resources and maintain ecological balance. According to the New York State Office of Parks, Recreation and Historic Preservation (OPRHP) regulations, “No person shall… remove… any… plant life” within state parks without proper authorization. Therefore, collecting plants in state parks without explicit permission is not allowed. If you have a specific research or educational purpose, you may contact the park administration to inquire about obtaining the necessary permits. However, for casual visitors, it’s best to enjoy the flora from a distance. False Solomon Seal ecological contributions are significant. In addition to its pollinator support and soil stabilization, the plant’s presence is an indicator of a healthy woodland ecosystem.

A Moment of Reflection

As I rose from my crouched position, having taken in the details of Maianthemum racemosum, I felt a quiet gratitude for the opportunity to encounter such a plant. False Solomon’s Seal, with its graceful leaves and unassuming berries, serves as a reminder of the interconnectedness of life in the forest. Its role in the ecosystem, its history with humans, and its understated beauty all speak to the richness of the natural world.

Walking onward, I carried with me a sense of awe for the intricate web of life that thrives in the woods. The False Solomon’s Seal, standing quietly among the ferns and leaf litter, seemed to embody the resilience and balance of the forest—a gentle presence in a vibrant community.

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Hylodesmum glutinosum: Characteristics and Ecology

The author reflects on hiking at Taughannock Falls State Park, discovering the Large-Flowered Tick Trefoil’s beauty and ecological significance.

It was a high summer day as I enjoyed a customary hike around of Taughannock Falls State Park on the South and North Rim trails. Here sunlight filtered through the dense canopy, dappling the forest floor with shifting patches of light. Along the trail, my attention was drawn to a cluster of pink blossoms rising on slender, upright stems. Intrigued by their delicate beauty, I crouched down for a closer look. The plant rose above the forest floor, its trifoliate leaves broad and prominently veined, each leaflet slightly larger than I would have expected. These leaves seemed to anchor the plant to the shaded understory, while its flowers reached upward, as though eager to catch the fleeting rays of sun. I captured the plant in this photographs, later used it to identify Hylodesmum glutinosum, or Large-Flowered Tick Trefoil.

Characteristics of the Plant

The Large-Flowered Tick Trefoil is a striking member of the pea family (Fabaceae). Its pink, pea-like flowers are arranged in graceful racemes along the upper portions of its stems, their vibrant color contrasting beautifully with the green foliage around them. The leaves, broad and trifoliate, lend the plant its distinctive appearance. The name “tick trefoil” refers to the plant’s seed pods, which are flat and segmented, equipped with tiny hooks that cling stubbornly to passing animals or hikers, hitchhiking their way to new locations.

The plant is native to eastern North America, including the forests and trails of New York State. Its preference for rich, well-drained soils in partially shaded woodlands makes it a common sight in places like Taughannock Falls State Park. Blooming from mid to late summer, it provides an essential nectar source for bees and other pollinators, playing its part in the intricate web of the forest ecosystem.

Etymology of the Name

The genus name, Hylodesmum, was established only twenty-five years ago when the plant was reclassified from the genus Desmodium to a new genus within the tribe Desmodieae. The name reflects its forested habitat, with “hylo” derived from the Greek word for “wood” or “forest.” Previously described in 1802 as Hedysarum glutinosum and later placed in Desmodium, the species name glutinosum remains unchanged, meaning “sticky” in Latin. This aptly describes the plant’s seed pods, which adhere to anything that brushes past them. Together, these names encapsulate both the botanical structure and the unique dispersal strategy of this plant.

History and Folklore

Native Americans and early settlers were intimately familiar with tick trefoils. The plant’s seeds, notorious for clinging to clothing and fur, earned it a reputation as a nuisance, but its resilience and utility could not be overlooked. Indigenous peoples utilized various parts of the plant for medicinal purposes. The roots and leaves were brewed into teas to treat fevers and digestive ailments, while poultices made from the leaves were applied to wounds to promote healing. Such uses highlight the depth of knowledge early inhabitants had about their environment.

The plant’s sticky seed pods also became the subject of folklore. Children in rural communities would playfully call it “hitchhiker’s weed,” competing to see who could collect the most seeds on their clothing during outdoor adventures. These seeds, so adept at attaching themselves to passersby, were seen as symbols of persistence and adaptability, traits that many admired.

Uses and Ecological Role

While Hylodesmum glutinosum is not commonly cultivated, its ecological contributions are significant. As a member of the Fabaceae family, it has the ability to fix nitrogen in the soil through a symbiotic relationship with rhizobia bacteria in its root nodules. This makes it a valuable plant in maintaining soil fertility in its native ecosystems. Its flowers attract pollinators like bees and butterflies, ensuring that the forest remains vibrant and full of life.

In addition to its ecological importance, the plant’s seeds have a curious modern use: they’ve been studied for their ability to help detect movement in the environment. Researchers have examined the sticky pods’ structure as a natural model for creating adhesives and tracking devices, proving once again that even the smallest details in nature can inspire human ingenuity.

A Moment of Reflection

As I rose to my feet, brushing the leaf litter from my hands, I felt a renewed sense of wonder for the intricate lives of the plants surrounding me. The Large-Flowered Tick Trefoil, with its vivid pink flowers and ingenious seed pods, seemed to embody the essence of the forest: a harmonious blend of beauty, resilience, and interconnection.

Walking away, I carried with me not just the memory of its vibrant blooms, a deep respect for its role in the natural world. In the quiet of Taughannock’s wooded trails, Hylodesmum glutinosum had shared its story, a tale of persistence, adaptation, and the hidden wonders that flourish when we take the time to notice.

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Taughannock Falls State Park: A Geological and Ecological Marvel

Taughannock Falls, a majestic 215-foot waterfall, showcases nature’s beauty and power, intertwining geological history with vibrant ecosystems in New York.


Introduction
Nestled in the heart of the Finger Lakes region of New York, Taughannock Falls stands as a testament to the delicate balance of power and beauty in nature. This iconic waterfall plunges 215 feet—one of the tallest single-drop waterfalls east of the Rocky Mountains—into a gorge whose story is written in stone. The park surrounding this natural wonder offers a symphony of sights, from towering cliffs to lush greenery, inviting visitors to explore its ancient secrets and vibrant life.

View of taughannock Falls from the South Rim Trail. Taughannock Falls New York State Park, Trumansburg, Tompkins County, Finger Lakes Region

A Story Written in Stone
The rocks of Taughannock Falls tell a story that stretches back 380 million years to the Devonian Period, a time when the region was submerged beneath a shallow inland sea. Layer upon layer of shale, sandstone, and limestone formed as sediment settled to the ocean floor, preserving the fossils of marine life that once thrived here. These rocks have endured the passage of eons, but the gorge itself is a far more recent creation.

Limestone Steps on the South Rim Trail descend to the gorge floor.

It was the retreat of the mighty Laurentide Ice Sheet, approximately 10,000 years ago, that set the stage for Taughannock’s grandeur. As glaciers melted, torrents of water carved the U-shaped valleys that now cradle the Finger Lakes. Taughannock Creek, a tributary of Cayuga Lake, began its work, etching its path through ancient rock, sculpting the gorge we see today. In just 10,000 years—a fleeting moment in geological time—the relentless force of water carved its way 3/4 of a mile upstream, creating the awe-inspiring chasm and waterfall that continue to evolve even now.

Taughannock Creek carved this landscape over thousands of years.

The Gorge’s Living Tapestry
Beyond its geological wonders, Taughannock Falls State Park bursts with life. Along the North and South Rim Trails, Eastern Hemlocks (Tsuga canadensis) stand tall, their evergreen branches weaving shadows that dance across stone stairways and forest floors. These silent sentinels are habitats for myriad creatures and protectors of the delicate ecosystem.

Wildflowers were planted by park staff at the Falls Overlook. The bright yellow of Black-eyed Susans (Rudbeckia hirta) and the vibrant purple of Coneflowers (Echinacea purpurea) attract bees and butterflies, their nectar fueling the intricate web of life that thrives here. Along the trail, on the forest floor, mosses and ferns cling to rocks, softening the edges of the gorge with their verdant touch.

Cone Flowers
Cone Flowers gone to seed
From a walk around Taughannock Falls State Park “Rim Trails” October 22nd, 2024. Trumansburg, Tompkins County, Finger Lakes Region, New York State.

The Fall’s Eternal Dance
At the heart of the park is the waterfall itself, its roar both a hymn and a whisper of time’s passage. The view from the North Rim Trail reveals the waterfall framed by steep cliffs, their striations like pages in a book written by water, wind, and time. The plunge pool below, shimmering in sunlight, seems almost sacred—a place where the forces of nature meet in harmony.

Viewed from the North Rim Trail on a summer morning. Taughannock Falls New York State Park, Trumansburg, Tompkins County, Finger Lakes Region

Even as we marvel at its beauty, the falls are a reminder of the earth’s constant transformation. Each drop of water that cascades down the cliff face carries away tiny fragments of rock, continuing the slow, deliberate work of reshaping the land. What we witness today is but one moment in an ongoing process—a fleeting glimpse of a masterpiece in progress.

A Place of Wonder
To stand at the edge of Taughannock Falls is to feel both small and connected. The cliffs, formed over hundreds of millions of years, whisper of ancient seas and forgotten worlds. The gorge, carved in the blink of an eye by geological standards, speaks to the power of water and time. And the vibrant life that fills the park reminds us of nature’s resilience and beauty.

As the sun filters through the trees, illuminating the mist that rises from the falls, it’s easy to believe that this place holds magic. Perhaps it’s in the way the water sparkles like diamonds in the sunlight or the way the breeze carries the scent of pine and earth. Or maybe it’s in the knowledge that here, in this park, we are witnesses to a story billions of years in the making.

Conclusion
Taughannock Falls State Park is a place of wonder where geology, ecology, and history converge. It invites us to reflect on the immense forces that shape our world and to cherish the fleeting beauty of each moment. Whether you come to marvel at the towering waterfall, walk among the hemlocks, or simply stand in awe of the gorge, Taughannock Falls leaves an indelible mark on the heart—a reminder of nature’s power, resilience, and enduring grace.

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The Colorful Journey of Lantana: From Garden to Invasion

Lantana camara is a vibrant, adaptable plant with a rich history, celebrated for its beauty but noted for its invasive tendencies.

As I walk through the plantings around the Nevin Center at Cornell Botanical Gardens, a vibrant, eye-catching display catches my attention: the unmistakable Lantana camara. This plant, with its clusters of small, multicolored flowers, radiates warmth and liveliness, thriving among other garden residents in a riot of pink, orange, and yellow hues. Lantana is a plant with a rich, complex story—one that intertwines scientific discovery, historical intrigue, and enduring appeal in gardens worldwide.

Scientific Name and Origins

Lantana camara, commonly known simply as lantana, belongs to the Verbenaceae family. Originating in the tropical and subtropical regions of the Americas, particularly Central and South America, lantana has now spread globally. Its adaptability and resilience have allowed it to thrive in diverse environments, from warm Mediterranean climates to more tropical locales. The name Lantana comes from a genus of unrelated plants in the honeysuckle family, with which it shares a similar floral structure, while camara refers to a type or variety within this diverse genus.

Historical Journey and Spread

The journey of lantana around the world is one of both horticultural fascination and ecological caution. European explorers and botanists first brought lantana to Europe in the 17th century, where it quickly became a prized garden plant for its vibrant blooms and robust nature. By the 19th century, lantana had spread to various British colonies, including those in Africa, Asia, and Australia, as part of ornamental landscaping efforts. However, lantana’s success came with a downside: in regions with no natural predators or competition, it rapidly became invasive, outcompeting native plants and disrupting local ecosystems. Today, lantana is still admired for its beauty, but in some countries, it’s also carefully managed or controlled.

Garden Favorite and Common Uses

Despite its invasive tendencies in certain climates, lantana remains a beloved plant in gardens worldwide. Known for its drought tolerance and ability to bloom continuously in warm weather, lantana is a favorite for adding color and vibrancy to gardens and landscapes. Gardeners prize lantana for its resilience in hot, sunny locations and its ability to attract butterflies and other pollinators. The flowers emit a light fragrance and produce tiny berries, which, while attractive, are also toxic if ingested. Thus, lantana brings both allure and a hint of danger, drawing in pollinators while repelling those who might threaten it.

Medicinal and Cultural Uses

Historically, lantana has also been used medicinally in various cultures. In traditional folk medicine, parts of the plant have been used to treat ailments such as fevers, respiratory infections, and skin conditions. Indigenous communities in its native regions would often make poultices from the leaves to apply to wounds or inflamed areas. Though some of these traditional uses persist today, modern science advises caution due to the plant’s potential toxicity, especially to livestock and humans if ingested in significant quantities.

A Double-Edged Beauty

Lantana camara is a plant of contrasts. Its cheerful flowers and pollinator-friendly nature make it a joy to behold in controlled garden settings, like those around the Nevin Center. But its spread across continents and the ecological impact in sensitive regions remind us of nature’s unpredictability. Lantana’s resilience, beauty, and storied history make it a plant to admire—and respect. Whether as a garden ornament or an object of scientific curiosity, lantana captures the complexity of human interaction with nature, bringing a colorful reminder that beauty often comes with responsibility.

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Vibrant Blooms of Zinnias and Gazanias at Cornell Botanical Gardens

Join me in admiration of these Zinnias and Gazanias at the Cornell Botanical Gardens, highlighting their vibrant beauty and rich botanical history.

As I stroll around the Nevin Center at the Cornell Botanical Gardens, my eye is drawn to a bed of bright, cheerful flowers that seem to beam with personality. Here, amidst the lush plantings, Zinnias and Gazanias bring their vivid colors to life, each bloom a tiny celebration of nature’s artistry. These flowers, from a family spanning two continents, share a surprising harmony that only the language of color and form could convey.

The Zinnias (family Asteraceae), little fireworks exploding in hues of yellow, red, pink, and orange. They belong to the daisy family, which includes many well-known wildflowers and ornamental plants. Native to the warm regions of Mexico and Central America, Zinnias were first documented by Dr. Johann Gottfried Zinn, an 18th-century German botanist. Dr. Zinn initially set out to study human anatomy, but he turned to botany after inheriting the job of garden inspector at the University of Göttingen. His study of these cheerful flowers was eventually immortalized when the genus was named in his honor. Every time I see a Zinnia, I think about Dr. Zinn’s unexpected journey into botany and how these resilient, sun-loving flowers carry on his legacy.

Growing alongside them are Gazanias (family Asteraceae as well), which, despite their similarity in form, come from an entirely different part of the world. These stunning blooms are native to South Africa, thriving under the intense African sun. Also known as “treasure flowers,” Gazanias have radiant, striped petals that look like they’ve been painted by hand, with shades of fiery orange and deep red. The name Gazania honors Theodorus Gaza, a 15th-century Greek scholar who translated many important botanical works from Greek into Latin. I can’t help but feel that these flowers, with their bold, jewel-toned colors, live up to the name “treasure,” each one a small gem in the landscape.

As I stand here, admiring these blooms, I’m struck by the way they bring a sense of vibrancy and warmth to the Nevin Center. Both Zinnias and Gazanias are sun-worshippers, thriving in full sunlight and well-drained soil, making them ideal for this bright spot. Their colors seem even more dazzling against the verdant greens of the surrounding plants, and they attract bees and butterflies, adding another layer of life to this already lively space.

In a way, the planting here feels like a dialogue between continents, with the Zinnias representing the New World and the Gazanias embodying the spirit of Africa. It’s a conversation that reminds me of the global heritage of our gardens, how each plant carries a story, a name, and a lineage across borders and centuries. Here at the Cornell Botanical Gardens, they’ve found a new home, far from where they first bloomed, but as vibrant as ever.

I leave the Nevin Center with a sense of joy and gratitude for these botanical ambassadors. Zinnias and Gazanias, each named for pioneers in botany, remind me that discovery often comes in unexpected forms, just as beauty does. They teach us to look closely, to celebrate color and form, and to appreciate the living history all around us.

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Queen Anne’s Legacy: A Wildflower’s Role in the Finger Lakes Ecosystem and History

Amid the rolling hills and meadows of the Finger Lakes, Queen Anne’s Lace stands tall, its delicate white blooms weaving a tapestry of nature’s resilience and beauty. Discover the rich history, legends, and ecological importance behind this elegant wildflower.


In the Finger Lakes region of New York State, fields come alive with the delicate beauty of Queen Anne’s Lace—a wildflower that embodies nature’s elegance. Scientifically known as Daucus carota, its flowering umbels resemble intricate lace, lending poetic charm to the landscapes it graces. Beyond aesthetics, the history and mythology behind Queen Anne’s Lace, combined with its ecological importance and cultural significance, reveal a plant deeply intertwined with both nature and human culture.

The Name and Its Myths


The name Queen Anne’s Lace derives from English legend. According to the tale, Queen Anne, consort to King James I, was challenged to create lace as beautiful as the flower. While sewing, she pricked her finger, and a single drop of blood stained the lace—represented by the tiny purple floret at the center of many Queen Anne’s Lace blossoms. This intricate network of white flowers surrounding a central floret mirrors the lacework attributed to Queen Anne, giving the plant a royal and historic association.

Scientifically known as Daucus carota, Queen Anne’s Lace is also known by several other common names, including wild carrot and bird’s nest, the latter inspired by the way the flower head curls inward as the seeds begin to develop, resembling a nest. The flower is closely related to the cultivated carrot, and its roots, though much smaller and woodier, share the familiar carrot scent. In fact, Queen Anne’s Lace is considered the wild ancestor of the domestic carrot, with a lineage stretching back thousands of years.

In the meadows of the Brock-Harvey Forest Preserve, Queen Anne’s Lace thrives among the native flora, showcasing its delicate beauty. The function of the central dark florets of D. carota has been subject to debate since Charles Darwin speculated that they are a vestigial trait. It has been suggested that they have the adaptive function of mimicking insects, thus either discouraging herbivory, or attracting pollinators by indicating the presence of food or opportunities for mating. Research conducted in Portugal suggests that the dark central florets of Daucus carota mimic insects, attracting pollinators like the varied carpet beetle (Anthrenus verbasci). Inflorescences with more dark florets experienced increased visitation, indicating these florets may enhance pollination efficiency.

Queen Anne’s Lace in Finger Lakes Ecology


Beyond its rich mythology, Queen Anne’s Lace plays a significant role in the ecology of the Finger Lakes region. Throughout the expansive landscapes of the Finger Lakes, from lush meadows to roadsides, Queen Anne’s Lace stands tall, its delicate blossoms dotting the green with clusters of white. This wildflower can be observed in various stages of its life cycle, from budding umbels to the intricate ‘bird’s nest’ formation.

The fields around the Finger Lakes, often framed by rolling hills and ancient forests, offer the perfect habitat for Daucus carota. The plant thrives in well-drained soils and open sunlight, often outcompeting other flora. Its deep taproots, a characteristic inherited from its cultivated cousin, the carrot, allow it to flourish in the rocky soils of the region.

In these fields, Queen Anne’s Lace performs a vital ecological role. The plant attracts a variety of pollinators, including bees, butterflies, and beneficial insects like lacewings, which help to control aphid populations. The wide, flat umbels provide an ideal landing platform for these insects, who in turn pollinate the flowers, ensuring the plant’s continued spread.

A History of Use


The plant’s ecological importance is matched by its historical uses throughout human civilization. Queen Anne’s Lace has long been a part of human history, both for its beauty and for its practical applications. The plant’s medicinal uses stretch back to ancient times. The seeds and roots were used by the ancient Greeks and Romans as a natural remedy for a variety of ailments, including digestive issues and inflammation. The seeds, when chewed, were believed to prevent conception and were used as a natural form of birth control.

For Native American tribes in the Finger Lakes region, Queen Anne’s Lace was a valuable plant. The roots were often used in the preparation of poultices to treat minor wounds and skin irritations. Additionally, the seeds were used for their diuretic properties, often in teas to help with urinary tract issues. The plant’s close relation to the domestic carrot also meant that its roots could be used as food, though they required careful preparation due to their tough texture and strong flavor.

A Symbol of Resilience and Elegance


The symbolism of Queen Anne’s Lace is steeped in both the fragility and strength it represents. Like the lace it mimics, the flower appears delicate and ephemeral, yet it is a hardy species that thrives in even the most inhospitable conditions. Its deep taproot enables it to survive droughts and poor soil, symbolizing resilience and perseverance in the face of adversity.

In Cayuga County, near Fillmore Glen State Park in Moravia, New York State, farm fields are often adorned with the intricate blooms of Queen Anne’s Lace.

Each summer, the fields of the Finger Lakes burst forth with Queen Anne’s Lace, their towering stalks reaching upward, crowned with intricate blossoms that sway gently in the breeze. As the season progresses, the once-flat umbels curl inward, forming a tight bird’s nest—a final act of elegance before the plant disperses its seeds to ensure future generations.

In capturing the essence of this flower in photographs that accompany this essay, the delicate yet persistent nature of Queen Anne’s Lace is evident. Whether standing tall against a backdrop of green hills, or growing alongside weathered hay bales, Queen Anne’s Lace offers a moment of reflection on the intersection of beauty, history, and nature. Its quiet presence in the Finger Lakes is a reminder that even the smallest, most unassuming plants can carry with them deep histories, enduring stories, and a legacy of utility and elegance.

As golden hues of sunset bathe the rolling hills of the Finger Lakes, the ethereal silhouettes of Queen Anne’s Lace stand as a testament to the region’s natural splendor. Whether admired for its aesthetics, revered for its medicinal uses, or simply appreciated for its ecological role, Queen Anne’s Lace remains an iconic and beloved part of the Finger Lakes’ wildflower tapestry.

Copyright 2024 Michael Stephen Wills All Rights Reserved