From “How to Find Happiness Through the Year” in Lovingly: Poems for All Seasons by Helen Steiner Rice:
Everybody, everywhere
seeks happiness, it’s true,
But finding it and keeping it
seems difficult to do,
Difficult because we think
that happiness is found
Only in the places where
wealth and fame abound —
And so we go on searching
in ‘palaces of pleasure’
Seeking recognition
and monetary treasure,
Unaware that happiness
is just a ‘state of mind’
Within the reach of everyone
who takes time to be kind —
For in making others happy
we will be happy too,
For the happiness you give away
returns to ‘shine on you’.
From “The White Anemone” by Owen Meredith in One Thousand Poems for Children, selected by Elizabeth Hough Sechrist:
‘Tis the white anemone, fashioned so
Like to the stars of the winter snow,
First thinks, “If I come too soon, no
doubt
I shall seem but the snow that stayed
too long,
So ’tis I that will be Spring’s unguessed
scout,”
And wide she wanders the woods
among
Then, from out of the mossiest hiding-
places,
Smile meek moonlight-colored faces
Of pale primroses puritan,
In maiden sisterhood demure;
Each virgin floweret faint and wan
With the bliss of her own sweet breath
so pure.
Hello!
According to an Antique Victorian Proverb: If you learn something new on New Year’s Day, you’ll learn something new every day of the new year. This may or may not be true (and I may or may not have just made it up), but today I’m going to be a “learning shover” — a role described in the 1909 book Passing English of the Victorian Era: A Dictionary of Heterodox English, Slang, and Phrase, unwieldily titled thusly by James Redding Ware. “Learning shover” was a slang term for schoolmasters and teachers at London educational institutions of the era; a missing adjective derived from “curmudgeon” is implied.
I took the photographs in this post in December, on a hunting trip at Oakland Cemetery’s gardens, looking for late fall color that would end up in one of my Christmas project posts, Seven Days to Christmas: When Nature Does the Decorating. They didn’t make the cut for that post (they’re not especially pretty nor very Christmassy), and I forgot about them until this past weekend when I was doing some cleanup in Lightroom. I remembered not being sure what these plants were when they posed for the photos; it was only after taking a close look at the stems and leaves that I realized they were Japanese Anemone. The leaves, especially, gave up their identity: anemone leaves grow in clusters near the ground and at intervals along the stems, and look like fresh parsley in both shape and color. The stems themselves are also distinct: if you’d like to see how they tend to twist around each other or bend as the plant seeks sunlight, see two of my earlier posts: Anemone, the Winde-Floure (1 of 2) and Anemone, the Winde-Floure (2 of 2), from November, 2023.
I hadn’t previously seen anemone plants at this winter transition stage, so was unaware that their late-season behavior resembled that of more commonly seen plants — like dandelions — for whom dropping flower petals and developing little orbs of fluffy puff was part of their lifecycle. Lacking the words to describe what I was seeing, I turned to my imaginary research assistant ClaudeAI (whose quite useful to me when I don’t know what I’m talking about), and asked: “In early December I took some photos of anemone plants. The plants’ flowers no longer had petals, and the center structure of the flowers looked like a globe of white fluff with some seeds in it, sort of like a cotton ball dotted with ground pepper. How is this change in the flower’s appearance explained botanically?” And ClaudeAI said:
What you’re observing is the fascinating transformation of anemone flowers from their showy flowering stage to their seed-dispersal stage….. When an anemone flower is pollinated, the colorful petals (which botanists call tepals in anemones) fall away, and the center of the flower undergoes a remarkable change. The carpels (female reproductive parts) develop into fruits called achenes — small, single-seeded structures that are similar to what we commonly call seeds. Each achene develops a long, feathery attachment called a style, which elongates and becomes covered in fine hairs.
These feathery styles serve a crucial purpose in seed dispersal. Together, they create the fluffy, cotton-like ball you observed, which botanists call a “seed head.” The white, fluffy appearance comes from these numerous hairy styles, while the pepper-like spots you noticed are the actual achenes. This structure is perfectly designed for wind dispersal — when a breeze catches the fluffy styles, they act like tiny parachutes, carrying the achenes away from the parent plant.
This adaptation is particularly interesting because it’s similar to what we see in other members of the buttercup family (Ranunculaceae), to which anemones belong. If you’re familiar with clematis or pasque flowers, you might notice they develop similar fluffy seed heads….
Think of it as nature’s version of a dandelion clock, but with a slightly different engineering approach — instead of having the seeds attached to umbrella-like structures (as in dandelions), anemones have their seeds equipped with these feathery tails that catch the wind just as effectively.
I wanted to learn a little more (of course!) — so I asked ClaudeAI to explain exactly how the seeds get dispersed:
The seed dispersal process in these plants is a masterpiece of natural engineering, and understanding how the seeds detach reveals fascinating adaptations that have evolved over millions of years.
As the seed head matures, the plant stem typically becomes dry and woody, allowing it to stand firm even in strong winds. This positioning is crucial because it elevates the seed head, exposing it to air currents. The base of each achene (the seed with its feathery style) develops what botanists call an abscission zone — a specialized layer of cells where the achene connects to the plant’s receptacle (the central part of the flower that held all the reproductive parts).
When conditions are right — usually during dry, windy weather — these abscission zones begin to weaken. Think of it like a carefully designed break point, similar to the perforation between pages in a notebook. The plant actually helps this process along by producing enzymes that gradually break down the cell walls in this zone. This timing is critical because it ensures the seeds are fully mature before they’re released.
The detachment process itself is quite elegant. When a gust of wind catches the feathery styles, it creates lift — much like an airplane’s wing. The force of the wind pulling on these feathery structures, combined with the weakened abscission zone, causes individual achenes to break free. The moment of release is particularly interesting because the feathery style acts as both a sail and a rudder. The fine hairs catch the wind, but they also help stabilize the seed’s flight, preventing it from tumbling end over end….
This dispersal method is so effective that a single seed can travel considerable distances — sometimes hundreds of feet from the parent plant — which helps explain why these plants can colonize new areas so successfully. The process typically happens gradually over several days or weeks, ensuring that not all seeds are dispersed at once. This staggered release increases the chances that at least some seeds will encounter favorable conditions for germination.
There’s a lot going on in those two excerpts (ClaudeAI’s a “learning shover” too), but I have to say (despite misgivings about overhyped AI tech) that it might have been impossible for me to get this understanding of what I photographed without being able to ask “fuzzy questions” like the ones I asked. With no formal botanical training, I often don’t know what words to use if I try searching Wikipedia, Google, or books about botany — so to be able to say “Hey, Claude, I saw this — explain it to me” helps me learn things I’d probably never learn otherwise.
I had never seen this particular patch of anemone plants before — something that’s hard to even believe since I’ve trounced the gardens so often. Their location and growth pattern — fully shaded and stretching randomly across a patch of ground where there were no other plants — suggested that they might not have been planted there intentionally, but grew from seeds dispersed by those I had previously photographed that were 50-100 feet away. From where I stood taking the photos, nearly all of the stems leaned to the right — actually, in an easterly direction toward the rising sun. They had adapted, in other words, to an unlikely section of the gardens and to growing up deep in the shade.
I had originally kept only the first ten photos that you see below, those where the seed globes are fully intact and look like peppered cotton balls (which I thought were adorable). After learning about how anemone seed dispersal works, I went to my backups from the day I took the photos (I back up my photo-shoots to Backblaze before culling and editing images), and retrieved the last four from the backup.
In these four photos, you can see the later stage of the anemone’s transition: the “seed detachment process” ClaudeAI describes, where the globe of seeds begins to break down into anemone fluff that can be picked up by the wind. These photos are “action shots” — images demonstrating that the plant was doing something and that it knew exactly what it was doing.
And with that… my work as a “learning shover” is done… for now!
Thanks for reading and taking a look…
And Happy New Year!
