Posts Tagged ‘trees’
“Trees are sanctuaries. Whoever knows how to speak to them, whoever knows how to listen to them, can learn the truth.”*…
Sumana Roy, with an arboreal meditation on time and rebellion against the straight line…
Have you seen the shape of a solitary tree on a mountaintop? There is no arrogance—it is not the monarch of all it surveys; its shape is that of survival, of fighting annihilation. If a morning hints at the DNA of the approaching day, might the shapes of young plants give us an intimation of what they will look like in advanced age? It must be this sense of amorphousness in the tree branches, going and growing, that makes me think of the shape of smoke, rising dark from the mouths of moving machines, marking the air as they travel, annotating their journey. . . . Are there knowledge systems in these shapes that might inform our understanding of art, creativity, knowledge systems, of time and history, of life and the living?
From the foothills I stare at the mountains and watch the evening grow; daylight suddenly ages, then dies. In the moment’s susurration, one could forget that the sun will return in the morning. Lights wink in the houses on the hills, spare sets of eyes for the dark—or like flowers budding, then blossoming. But that analogy doesn’t quite hold, because for those lights to be flowers, the houses need to be treelike. And our houses are not shaped like trees.
It is difficult to compare the shapes of trees with almost anything else. A flag flutters in the wind, and I can sense the longing of my mind to compare the character of that movement with those of leaves annotating the wind. But the flag mast is not a tree branch and no leaf moves like a flag, not even the banana leaf, whose behavior I’ve often mistaken for a Buddhist prayer flag. Sometimes when I watch leaves being tickled by the wind, I look at the tree nervously. It reminds me of a parent throwing their child up to the sky and catching her again, carrying her in so many ways, with risk as much as assurance. In this is a knowledge system of trust, how the branches hold the leaves and allow them to move without fear.
And what can a leaf’s shape tell us about its home? A palm’s leaf is like paper torn into strips that still manages to hold itself up. Where does such a shape come from? Does it offer protection from the wind, preempting what a strong sea breeze will eventually do? I have seen what such wind can do to billboards—puncturing them, tearing the faces of models and actors with unrelenting force, with a kind of strength that one can imagine only of bombs. There’s also the opposite: the shining solidity of a glossy jackfruit leaf confident even against the bullets of tropical rain. And their branches—hardy, patriarchal and solid, fortresslike, for they must hold the many fruits that cling like baby monkeys to their mothers. When I see the branches of different species, it is as if I can see their birth certificates. It is as if the shapes of the branches are a consequence of a negotiation, not only between the tree and the wind, but also between the tree second-guessing the behavior of the wind generally as well as the particularity of the wind in its home. What I see before me, then, is the shape of the creative process—the arrival of an idea in a leaf’s unfurling, followed by the acknowledgement of life’s exigencies and pauses in the influences of wind, water, and light. When it comes to branches, then, nothing beyond the search for sunlight is modular—everything is ad hoc, growth is provisional, spontaneity is not a choice but a compulsion. A tree’s diet is simple—water and light, but often inconsistent, and in its branches we see the shape of improvisation, of how artists and scientists adapt as circumstances change.
I am aware that I am seeking something beyond the botanical when I graze upon these branches. Is there a hidden history about form, about genre or about genealogy that I crave? In trees, I find a unit of time that is different from other kinds of living time—time is visible in the girth and growth of their branches, a history of ingestion manifest in the visual biography of its form. The difference in the ideas of time perhaps comes from our conditioning in stillness and mobility and, of course, from the directions of movement. Trees move, but usually—by which I mean visibly—northward; humans, mammals, and animals in our vicinity travel east or westward. In this, too, is the variety of our experiences of time.
I think of tree branches that, in search of light, have moved in the same direction. I will never know whether they wanted to meet—their crowns are, of course, shy, as the name of the phenomenon reminds us. The arrangement of branches might, for a moment, remind us of railway tracks, but there is no intimation in the latter of the death, the knowledge system we are all moving toward. Adulthood is the realization that time does not die with our death, and though one might be penniless and without possessions, one will always leave behind something: time, memories, an inheritance, for strangers to use. The absence of humans to the eye when looking out at the landscape from a train also does something—when humans do appear, they feel like numerals on a large clock, something upon which the eye may rest upon, but only for a moment, no longer. I don’t know of any tree whose branches are arranged around the trunk like the numbers on a dial. Sometimes I see a flight of stairs. They seem to disrupt the flow of time. I gradually begin to see that the uneven branches of trees, of varying lengths and thickness, do the same. Sometimes black smoke billows out of chimneys of brick kilns. In its sturdy curving, it has the arrogance of a statue—it stays in that position, as if it were holding its breath underwater, refusing to move. It looks ominous at first and comical in the end, like ambition does. How is its waywardness different from those of tree branches? Does it move like the branches of a tree, seeking something that it needs, or is it without hunger? The smoke will dissipate, of course, but the branches remain. But do they behave similarly in occupying the sky? The heads of the tea shrubs in the tea estates, growing beside the railway track—the youngest leaves picked by human hands keep the bushes flat as does the annual trimming in winter. In the difference of height and growth between the well-endowed shade trees and the tea plants is a quantifiable measure of a history of oppression.
Think of how branches get thinner as they move away from the earth. In this, they are not unlike air itself, in that the form of the trees becomes mirror images of roots. What does that do to our consciousness, for there is no resemblance between our feet and our head? Thin trees—young, planted recently—are straighter than older trees, in that they are like humans themselves, erect when younger, then slouching with age. Is Time erect like that? When does Time grow like grass? See how the branches touch the sky—poking, punctuating, even puncturing it. In these shapes also is some kind of constant self-revision, like a river that is constantly changing its course. Or at least that is what it seems like to an outsider species such as myself. In every knot, in every hole, in every bend, in every stop, in every pause, in every crest, in every depression, in every curl is a history of resistance offered by its surroundings. Form, then, is the result of a negotiation with the world, both of affiliation and disaffiliation, of support as much of antagonism. A history is revealed to us without any middleman or interpretation—a history that is so direct it surprises us, for we are not used to it. The shape of these branches—of history itself—is a rebellion against the straight line, against its autocracy. It reminds me that nothing can be reversed, that “undo” is a capitalist scam, that W. S. Merwin could not “unchop” a tree by assembling its branches together again…
“Ways of Treeing,” from @orionmagazine.bsky.social.
As Gary Snyder reminds us, “Nature is not a place to visit, it is home.”
* Herman Hesse
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As we learn from our elders, we might send fruitful birthday greetings to Nehemiah Grew; he was born on this date in 1641. A plant anatomist and physiologist, he is known as the “Father of Plant Anatomy.” Grew trained, then practiced, as a physician; but his passion was plants. In 1665, he was elected a Fellow of the Royal Society on the strength of his paper The Anatomy of Vegetables begun. In 1682, he published what is considered his most important work, Anatomy of Plants…
It was divided into four books, Anatomy of Vegetables begun, Anatomy of Roots, Anatomy of Trunks, and Anatomy of Leaves, Flowers, Fruits and Seeds, and was illustrated with eighty-two plates, while appended to it were seven papers mostly of a chemical character.The Anatomy is especially notable for its descriptions of plant structure. He described nearly all the key differences of morphology of stem [or trunk] and root, showed that the flowers of the Asteraceae are built of multiple units, and correctly hypothesized that stamens are male organs. Anatomy of Plants also contains the first known microscopic description of pollen. – source
“The clearest way into the Universe is through a forest”*…

Dillon Osleger explains that, while the future of Western forests depends on professional pinecone collectors, they’re slowly being starved out of existence…
High in the crown of a giant sequoia, the world becomes a cathedral of green and amber, hushed but for the creak of ancient wood and the sharp, rhythmic snap of cones being pulled from boughs. Dan Keeley, 31, moved around with a practiced, fluid economy, suspended by thin lines of high-tensile rope 200 feet above the ground on the western edge of California’s Sequoia National Park. To his left, the sequoia’s cinnamon-colored bark provided a steady presence as he leaned out over the negative space between branches.
“There is a lot of trust that goes into this work,” Keeley said, speaking over the wind. He eyed a cluster of green, egg-sized cones. “Trust in the trees, predominantly, but also trust in the system — that I’m being sent to the right trees, at the right time, and for the right reason, not all of which are always the case.”
Keeley, a lean, tanned former rock climber and arborist, is what some in the forestry industry call a pinecone cowboy, a freelance contractor hired to harvest the genetic future of Western forests. He climbs trees of important or threatened species to collect ripe cones for seeds intended to be used for reforestation.
Keeley is part of a specialized workforce that’s become the primary resistance against the rapid erasure of a Western landscape. As megafires — fueled by climate change and a century of heavy-handed forest management and fire suppression — incinerate millions of acres in the West, natural regeneration is failing. Cones from serotinous species, which open their scales and drop their seeds in response to low-intensity wildfires on the forest floor, are now incinerated in increasingly common crown fires — high-intensity blazes that leap into the canopy. Meanwhile, other species’ seeds, dropped into the soil by wind and animals like squirrels and birds, are choked underneath layers of ash or outcompeted by invasive shrubs. The future of a relationship between trees and wildfires that has existed for 350 million years now rests on the shoulders of rope-suspended climbers who collect the trees’ cones one 45-liter bag at a time…
[The work, which dates back to the 1930s, is both arduous and precise; the workers, dedicated. But, as Osleger explains, a number of forces– main among them, Federal budget cuts, have taken a huge toll on the effort…]
… The result is an annual reforestation shortfall that is compounding and transforming entire ecosystems. The Forest Service produces 30 million to 50 million seedlings a year, according to American Forests, a mere fraction of the 120-million annual seedling goal the REPLANT Act established. Roughly 80% of those seedlings will survive, while it takes about 220 trees to reforest each burned acre. Altogether, the agency meets just 6% of its post-wildfire planting needs annually, according to its 2022 Reforestation Strategy Report.
And that’s just on Forest Service land: Wildfires on both public and private lands have affected, on average, 7.8 million acres a year over the last decade, according to the National Interagency Fire Center. In California alone, current seedling production and planting rates mean that it would take 15 to 20 years to reforest what has already been lost, while each additional fire “puts us further behind,” said Kuldeep Singh, operations manager of seed production for CAL FIRE. While the Forest Service considers a tract reforested after seedlings survive their first five years, research says that a functioning ecosystem like the one the fire destroyed won’t return for several decades.
When a forest fails to regenerate, either because it wasn’t replanted or because new seedlings didn’t survive, it often becomes scrub-land, in a permanent ecological shift known as type conversion. The new brush-based ecosystem creates a more flammable fuel bed that resists the forest’s return, effectively locking the land into a cycle of fire and scrub. In areas like South Lake Tahoe, California, for example, fields of 8-foot-tall manzanita and buckbrush now dominate hundreds of acres where conifers once stood. In Oregon, Washington, Idaho, Wyoming and throughout the Southwest, Forest Service research says that high-severity burn areas — which are difficult to regenerate regardless of human intervention — are increasingly repopulated by invasive grasses or the flowering plants called Brassicaceae, which store less carbon and prevent conifers from taking root. This process is permanently altering the hydrology, fire cycle and carbon-sequestration capacity of the West…
More– and more photos– at: “The plight of the pinecone cowboy,” from @highcountrynews.org.
Pair with: “Make Your Own Micro Forest” (“The Miyawaki method of reforestation inserts small, densely packed wild acreage into urban environs. It’s proving wildly successful.”)
* John Muir
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As we treasure trees, we might recall that it was on this date in 1910 that Glacier National Park in northwestern Montana was established. The park encompasses more than 1 million acres and includes parts of two mountain ranges (sub-ranges of the Rocky Mountains), more than 130 named lakes, more than 1,000 different species of trees and plants, and hundreds of species of animals. Its pristine ecosystem is the centerpiece of what has been referred to as the “Crown of the Continent Ecosystem,” a region of protected land encompassing 16,000 square miles.
The park’s predominantly coniferous forest is home to various species of trees such as the Engelmann spruce, Douglas fir, subalpine fir, limber pine and western larch, which is a deciduous conifer, producing cones but losing its needles each fall.

“The one who plants trees knowing that he or she will never sit in their shade, has at least started to understand the meaning of life”*…
… Yes, and, as John Parker and Justin Nowakowski explain, it turns out that what and how we plant matters enormously…
Around the world, people plan to plant more than 1 trillion trees this decade in an ambitious effort to slow climate change and reduce biodiversity loss. But if the past is prologue, many of those planted trees won’t survive. And if they do, they could end up as biological deserts that lack the richness and resilience of healthy forests.
It doesn’t have to be this way.
The United Nations declared 2021-2030 the Decade on Ecosystem Restoration to encourage efforts to repair degraded ecosystems. Tree planting has become a centerpiece of that effort, championed by initiatives such as the Bonn Challenge and the Trillion Trees Campaign.
However, many tree-planting commitments have a critical flaw: They rely too heavily on monoculture plantations – vast areas planted with just a single tree species.
Monoculture plantations are generally one-way tickets to producing wood. But these high-yield plantations are high risk and can be surprisingly fragile. When drought, pests, or forest fires strike, entire monoculture plantations can fail at once. In one example, nearly 90% of 11 million saplings planted in Turkey died within three months due to drought and lack of maintenance.
Forests are more than just timber factories. They regulate water, store carbon, provide habitat for wildlife, cool the landscapes around them and even provide human health benefits.
Rather than gambling on a single species and hoping for the best, science now points to a smarter path that captures both ecological and economic benefits while minimizing risk: mixed-species plantings that mirror the biodiversity of a natural forest, ultimately creating forests that grow faster and are more resilient in the face of constant threats.
We are community and landscape ecologists at the Smithsonian Environmental Research Center. Since 2013, we and our colleagues have been rigorously testing this idea in a large, ecosystem-scale experiment called BiodiversiTREE. The verdict is striking: Trees in mixed forests don’t just survive – they outgrow their monoculture counterparts and support dramatically more biodiversity…
[Parker and Nowakowski outline their project, unpack it’s (impressive) results, and explore the challenges to sclaing their example. They conclude..]
… The stakes are high. Restoration has become a major global investment, with hundreds of billions of dollars already being spent annually. Getting it wrong means wasted resources and missed opportunities to address some of the most pressing environmental challenges of our time.
If the world is going to plant a trillion trees, we believe it needs to do more than just put seedlings in the ground. It needs to rethink what a forest should be.
The goal isn’t just to grow trees. It’s to grow forests that last.
Eminently worth reading in full: “Don’t just plant trees, plant forests to restore biodiversity for the future,” from @johndparker.bsky.social and Justin Nowakowski in @us.theconversation.com.
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As we see the forest, we might send observant birthday greetings to a man who spent a good bit of time in and around forests, John James Audubon; he was born on this date in 1785. An ornithologist, naturalist, and artist, Audubon documented all types of American birds with detailed illustrations depicting the birds in their natural habitats. His The Birds of America (1827–1839), in which he identified 25 new species, is considered one of the most important– and finest– ornithological works ever completed.
“Make it simple. Make it memorable. Make it inviting to look at. Make it fun to read.”*…
From the annals of advertising…
Planted in 1938, the Studebaker sign in Bendix Woods was once recognized by Guinness World Records as the world’s largest living advertisement. In its prime, it contained 8,000 red and white pine trees. After 75 years with no maintenance, it has thinned out to just 2,000 but is still visible from the air.
Back in 1926, the Studebaker Corporation built what it claimed to be the first closed testing facility for an American car company. The automobile manufacturer, founded in 1852, spent more than one million dollars on the test facility, which included a three-mile circuit with a variety of special test sections including hill climbs, skid pads, snaking curves, and bumpy roads.
Naturally, if you’re going to spend a million dollars on a test circuit, you might as well invest a little more on a giant living sign made out of pine trees that’s only visible from the air, so that’s what Studebaker did…
Initially, the letters were nicely ordered, well defined and maybe even a little skinny. They were easy to read from the air, which is exactly what Studebaker intended. The sign was a salute to the growing aviation industry and a handy publicity stunt that could be seen by overflying aircraft passengers.
Over the years, of course, the pine trees grew and so did the letters. Studebaker, on the other hand, started to wither away. After years of financial problems, the company closed its last remaining production facility in 1966. Studebaker sold the land on which the trees stood to the Bendix Corporation, which donated some of the property for the creation of a county park (hence its current name: Bendix Woods County Park)…
Despite the demise of its namesake company, the Studebaker sign remained. In 1985, it was included in the National Register of Historic Places. Two years later, it first appeared in the Guinness Book of World Records as the world’s “largest living advertisement sign” (a record that no longer seems to exist)…
One of the world’s largest living advertisements is made out of pine trees: the “Studebaker Tree Sign,” from @atlasobscura.
* Advertising pioneer Leo Burnett
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As we think big, we might recall that today is a momentous one in the histories of two other monumental messages:
On this date in 1631 Mumtaz Mahal, the beloved wife of the fifth Mughal emperor, Shah Jahan, died. He spent the next 17 years building her mausoleum, the Taj Mahal.
And on this date in 1885 the Statue of Liberty— a message of affection and respect from the people of France– arrived in New York Harbor.









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