Giving Thanks For Nature: A Meditation

solidago-550x764Despite the concrete, compelling realities of pine-cone gall aphids, winter buds, and migrating waterfowl, I head indoors as Thanksgiving approaches, trading adventures afield for the familiar comforts of food and friends. Chopping squash and garroting cabbage, I’m preoccupied with the wonders outside, even as I think about the purpose of this holiday—gratitude.

What do we celebrate on Thanksgiving? Family, of course. Not to mention food, football, and Black Friday shopping—maybe not quite precisely in that order. But something is missing for me, something that doesn’t neatly fit into that cozy human narrative. What else gives meaning to my life? Sunflowers and snow buntings, mourning cloak butterflies and polygonia orchids, mysterious fungi peeping from the trunks of trees. How can I bring them fully into the folds of my celebration? Where are they in all of this?

Across the waters of Lake Champlain, the Haudenosaunee people of upstate New York begin every gathering by thanking all of the beings of the world in a prayer they call “Ohen:ton Karihwatehkwen” — literally,“The Words Before All Else.” Although it is often called “The Thanksgiving Address” in English, it was not limited to one day of the year. Sacred and holy, yet simultaneously woven into the fabric of everyday life, the words thanked everything in the universe for being exactly as it was and supporting life. The human folk, the earth, the sky, the winds, the animals, the food plants, medicinal herbs, trees, birds, the sun—the list seems exhaustive. Yet, at the end, anything still left unnamed is incorporated into the fold. Even the mysterious and unknown is worthy of honor and recognition. And every section ends the same way:Now our minds are one.”

So it can be done. We can bring all of the wonders outside into our kitchens if we want them there, whenever we want, by naming them and appreciating them as they are. But it’s not enough for me to see the world and appreciate it on my own; I want to share it with others and hear their own words in turn. Perhaps it’s too much to expect that level of connection every day, but on Thanksgiving, of all days, it feels more doable. We’re already gathered together, already here. Why not venture a few steps further in the outdoors and make the connection with a wider, marvelous universe?

But let’s keep it simple for now. Let’s start by expressing our gratitude for the natural world on this day of all days, for just one day. Let’s eat our turkey and pumpkin pie, and head outside for a walk. Or even a glance out of the window. There’s so much to see. The naked silhouette of sugar maples against the morning sky. The full moon on fallow fields burned by the frost. The rabbit skittering into the bushes, the chipmunk that skirts our path, the red-tailed hawk on the telephone wire. Look around. Try it out. See how it feels. Speak out, to family and friends on this one day, about all the things we experience and value in the natural world throughout the whole year. And maybe from those experiences will come new traditions—not dictated by some outside authority but welling up organically inside our own hearts.

Whether you’re spending Thanksgiving ensconced in the kitchen, up to your elbows in entrails, counting down the hours until Black Friday, or wandering afar in fields foreign or familiar, I hope your day is a joyous one. Wherever you are, find a way to stay connected to what truly moves you. The world is so big and rich when we take the time to stop for a moment and see it as it is. And complete the circle by sharing what you see with others and seeing the world through their own eyes in turn. Our minds may not be one, but we’ll be closer to being on the same page.

Happy Thanksgiving, everyone.


Katherine Hale is a first-year student in the Field Naturalist program.

Evergreen and Everlasting: The Long March of the Lycophytes

Artist’s rendering of a Carboniferous swamp. From “The World Before the Deluge” by Eduard Riou, 1872. Public domain work of art.

Artist’s rendering of a Carboniferous swamp. From “The World Before the Deluge” by Eduard Riou, 1872. Public domain work of art.

In the murky, humid forests of the Carboniferous Period, organisms grew to remarkable size. Dragonflies as big as Cooper’s hawks ruled the air and three-foot-long scorpions prowled the earth. The swampy water concealed beasts like the dawn tadpole, a predatory amphibian as long as a pickup truck. The canopy showcased elegant tree precursors: spore-bearing lycophytes a hundred feet tall.

Today, dragonflies are rarely any bigger than a clothespin. Tadpoles are tiny and harmless, and scorpions could fit in your palm (not that you’d want them there). This widespread diminution may be related to a dramatic decrease in atmospheric oxygen concentration since the Carboniferous. Even the lycophytes have had to shrink to survive. Yet three hundred million years after their age of supremacy, lycophytes persist in forests from the poles to the tropics. We call them clubmosses. They are usually less than four inches tall.

In early November, clubmosses leap into view on the forest floor, bright green runners in a matrix of brown. These evergreen plants are not actually mosses, but true vascular plants more similar to ferns and horsetails. At first glance they are easily mistaken for conifer seedlings; hence the common names ground pine and ground cedar. Lateral stems called rhizomes carry them across the ground. Periodically they send up vertical shoots, which emerge out of the leaf litter to capture sunlight. Having evolved before the seed, clubmosses disperse by means of spores, which most species carry in tiny kidney-shaped pouches packed together on a club-like appendage called a strobilus.

Ground pine (Lycopodium obscurum) with strobilus.

Ground pine (Lycopodium obscurum) with strobilus.

Wind-borne clubmoss spores are easily dispersed, but they have a long road and two life phases ahead of them. After germination, spores develop into tiny, often subterranean organisms called gametophytes. The gametophyte phase is responsible for the production of sex cells, which join at fertilization to form embryos. The embryos develop into the second life phase: sporophytes, charged with the production of new spores. This is the more familiar life phase we see above ground. Note, however, that not every clubmoss has a club: years may pass before sporophytes are capable of manufacturing new spores. Development from the gametophyte to the mature, strobilus-endowed sporophyte can take between six and fifteen years.

Clubmoss spores ripen in the fall, when a light tap to the strobilus is enough to release them. If you stroll through a miniature forest of lycophytes at this time of year your feet will stir up a cloud of gold. This fine powder has been put to use in a litany of applications: as a wood-filler in violins and guitars, a lubricant on condoms and surgical gloves, a hydrophobic coating for pills, and a homeopathic remedy for intestinal disorders. Crime scene investigators once used the spores to dust for fingerprints. The powder is highly flammable; early flash photography relied on the ignition of clubmoss spores. We have incorporated the spores into fireworks and magic tricks, theatrical productions and military operations. For more routine combustion, we turn back to the clubmoss’s progenitors: the giant lycophytes that ruled the swamps of the Carboniferous are burned today as coal.

Ground cedar (Diphasiastrum digitatum) with branched strobili.

Ground cedar (Diphasiastrum digitatum) with branched strobili.

Vermont’s woods can seem a little dull this time of year. Perhaps it will enliven your walk if you pause to remember that you are in the presence of prehistory. The tiny clubmosses at your feet have thrived on earth for hundreds of millions of years. With every step you are releasing spores that could have sealed a violin or cured a stomachache or solved a crime. Instead, because of you, they’ll go on to form a new generation of this enduring lineage.

Information gathered from Cathy Paris, Bernd Heinrich’s The Trees in My Forest, Mary Holland’s Naturally Curious, Encyclopaedia Britannica (retrieved from, and Biology of Plants by Peter H. Raven, Ray F. Evert, and Susan E. Eichhorn.

Julia Runcie is a first-year student in the Ecological Planning program.

Beyond the Jeep Road Sits Coyote — Wilderness in 2015

Southwestern desert

Southwestern desert

By Levi Old

On the first day of a 90-day expedition, our team made camp at the end of a jeep road. The afternoon sun, low in the sky, blanketed the desert’s red and orange rocks. Daylight quickly shifted into dusk. The rocks faded into shapes, and dropped shadows on slick rock in the crescent moonlight. The wind-worn surfaces that stood so vibrant in daytime were gone.

After dinner and a meeting about the next day’s plan, we embraced the opportunity to sleep out in the open. I found a flat boulder, climbed into my sleeping bag, and looked up at the night sky. The 10 students wandered around searching for sleeping spots, chatting with nervous anticipation and preparing their new equipment for a night’s rest.

“I bet this never gets old,” said Ben, 20, from Wyoming.

“Seriously,” agreed Lily from New York, “I’ve never seen stars like this before.”

I peeked over the lip of my sleeping bag and noticed the students gazing at the night sky.

The two college students traveled far from their comfortable existences to attend a three-month wilderness leadership course in the heart of the southwestern desert. Along with my colleague, I was their instructor. Around us, there was a more distinguished instructor— wilderness. Continue reading

Shadows and Sex


Red Squirrel / © Bryan Pfeiffe

By Bryan Pfeiffer

YOU DON’T NEED PUNXSUTAWNEY PHIL to know which way the wind blows. Groundhog Day ain’t about shadows. It’s about sex. Birds and rodents are beginning a season of foreplay.

No, spring is not around the corner – at least not here in Vermont. Songbirds don’t rely on the vagaries of weather to calculate their breeding cycles. Instead, they schedule mating and nesting to take advantage of a reliable abundance of food for their offspring, mostly insects, which happens in May and June here at our latitude. As the days grow longer, birds do get ready to, well, um, make more birds. It’s why we’re starting to hear Black-capped Chickadees, Northern Cardinals, House Finches and other birds errupting into song on sunny mornings. Continue reading

Partial Migrants: Should I Stay or Should I Go?

Outside my window, a robin pecks around in the rain. It’s the day before Thanksgiving, and the forecast calls for the rain to turn to snow tonight in my Massachusetts hometown. So why isn’t this robin right now flying south toward a warm, easy winter?

American robins are facultative partial migrants: they decide each year whether to migrate

American robins are facultative partial migrants: they decide each year whether to migrate

Casual birdwatchers see robins as harbingers of spring, but you can actually find them year-round throughout much of the U.S. Based on my own observations, robins seem to stick around more now than they did twenty years ago—perhaps global warming plays a role in that trend (see November 6 post). But climate change can’t explain why some robins flee wintertime and others take their chances.

[Update: The day after publishing this post, I stumbled across an article by biologist Mark Davis saying that more robins stay in the north for the winter now because of a greater winter food supply: they happily eat the berries of several increasingly common non-native species.]

Many birds, like warblers and hummingbirds, migrate annually no matter what. Others, including robins, kingfishers, and chickadees, are “partial migrants”: within a single population in a given year, some will migrate and some will not. Backyard birdwatchers who rejoice in the first robin of spring aren’t necessarily unobservant. There are fewer robins around in winter, and those that do stay often roost in bogs and swamps instead of backyards. Each year, a robin must decide based on the available food supply whether to migrate; a snowy winter landscape can never provide as much food as the same land in summer. Some robins may even leave mid-season if the conditions turns especially harsh. Continue reading

Freshwater Sharks

Snorkeling in frigid waters for a species at-risk

By Levi Old                                                               

Salvelinus confluentusOn a dead-still summer night, I army-crawl upstream.

“We have a large adult!” says Jen.

I rise to one knee and pull the fogged snorkel mask off my head. “A big one?” I mumble in a haze.

“Yeah, really big. Much larger than I’ve ever seen this far up the creek,” she replies, pointing to where it kicked its caudal fin gently against the downstream flow. “It’s right there beside you.”

I cinch the mask on my face, place the snorkel in my mouth, and dunk back into the frigid water:

Twenty-six inches of wildness.

Jen pops her head out of the water and says, “Isn’t that just a beautiful creature?”

She snorkels one side of the creek and I snorkel the other. An assistant in waders walks the creek, tallies our fish sightings and makes sure we do not go hypothermic. Continue reading

Why our bodies need those blue-sky days

387374_939936702278_1594645291_nBy Nikki Bauman

The contrast of fresh powdered snow amplified by a background of cerulean vastness is one of nature’s finest vistas.  Fellow outdoor enthusiasts refer to these conditions as “bluebird” days, a term routinely followed with hooting, hollering, and high-fiving between friends and strangers gathering on the ski hill to worship the good weather.

Why do we have more fun in the sun?  It isn’t the scenery; it’s chemistry.  As living organisms, harvesting energy from the sun is crucial for regulating homeostasis. Our bodies literally crave sunshine, especially in the winter when it’s harder to come by as days are shortened, offsetting our mood as a result.

Serotonin is a neurotransmitter, sending signals from neurons to target cells.  It is one of the oldest components of the nervous system found in the Animal Kingdom, derived over a billion years ago from a line of molecules releasing energy derived from the sun.  In sea urchins, it controls appetite.  In higher order mammals, it regulates sleep patterns. In humans, it functions as an anti-depressant to regulate the brain’s emotional state. Continue reading

A “Solst-Ice” Report: The Season’s First “Big Chill”

DSCN7727By Matt Pierle

In the aftermath of a backwoods Solstice party in Lamoille County we awoke to a small mountain of dishes and no electricity. The longest night of the year had wrapped us in an icy bear hug.

Cold rain followed by dropping temps had frozen everything stiff.  Tree trunks, branches, rocks – anything not moving fast enough to dance off the cold crystalline bonds – was treated to an icy exoskeleton.

As more precipitation came, the ice coats thickened. The substrate for later drops to adhere to grew as the ice put on layer after layer. Classic positive feedback.

Next year’s already-formed buds and catkins, shelf fungi, conifer needles, marcescent oak and beech leaves were all locked inside one-quarter to a full inch of ice. The forest and hill farm landscape performed back-to-back versions of John Cage’s 4’33”.

NPR news from a crank-operated radio reported, “hundreds of thousands of homes and businesses without power in Michigan, New York, and the Northeast”– no doubt a result of trees and frozen limbs coming down on overhead transmission lines. Continue reading

In Search of Herps

SpottedSalamander800x600April showers bring more than May flowers, and birds aren’t the only creatures producing fantastic choruses in the springtime. While birders will set their alarms for 5:00am in order to catch the rainbow of spring migrants arriving in Vermont, herpetologists – that is, aficionados of amphibians and reptiles – will spend the wee hours of the night up to their knees in muck and water to glimpse the bizarre courtships of frogs and salamanders.

Continue reading