Focusing on Mallards. Part I: The Flight Muscles

While the yard didn’t have its very own Mallard nest, this year, we had regular visits from a hen who nested in the neighbor’s yard. Throughout April, the hen stopped in to graze and have a bath in the dragonfly pond. Then, on the morning of April 30, she brought along her brood of nine.

Photo of a Mallard hen standing beside our dragonfly pond. Almost hidden in her shadow are nine ducklings, huddled for a nap after a busy excursion in the pond.
Photo of a Mallard hen standing beside our dragonfly pond. Almost hidden in her shadow are nine ducklings, huddled for a nap after a busy excursion in the pond.
A Mallard hen (far right) swims with her nine ducklings in our dragonfly pond on April 30, 2024. The hen is mostly in shadow, her head in silhouette as she forages with her brood.
A Mallard hen (far right) swims with her nine ducklings in our dragonfly pond on April 30, 2024. The hen is mostly in shadow, her head in silhouette as she forages with her brood.

Where I started this multi-part post, and why

Spring often brings Mallards to our yard. March after March, April after April, May after May, pairs of Mallards wander in for a nap or a drink or a meal. Last spring, one pair stayed to nest. This year, there was the next-door nest.

Photo of three downy, day-old Mallards swimming in our dragonfly pond. One duckling faces the camera lens, a drop of water hanging under its bill. The light pink remnant of its egg tooth is visible.
Photo of three downy, day-old Mallards swimming in our dragonfly pond. One duckling faces the camera lens, a drop of water hanging under its bill. The light pink remnant of its egg tooth is visible.

Watching the next-door hen sit her nest day after day, watching her amble into our yard to bathe and eat, I wondered about her flight muscles. All told, with about a month on the nest and maybe two months more until her ducklings can fly, she’s grounded for three months. That’s a quarter of her year. What happens to her vital flight muscles during that time? Are stretching and flap-bathing enough to keep a Mallard’s muscles in flight condition?

As I’ve noted before, I can’t resist a bit of research…

Photo of the Mallard hen enjoying a vigorous bath in our dragonfly pond on April 30, 2024. Here, her head, chest, and wings are lifted out of the water as she flaps furiously against the surface, churning the water into sprays. One of her ducklings (far right) is just visible through the splashes.
Photo of the Mallard hen enjoying a vigorous bath in our dragonfly pond on April 30, 2024. Here, her head, chest, and wings are lifted out of the water as she flaps furiously against the surface, churning the water into sprays. One of her ducklings (far right) is just visible through the splashes.
Photo of the Mallard hen, still indulging in her vigorous bath. She has moved to the other end of the small pond as she continues to splash with her wings. A duckling watches from the foreground (lower left), safely anchored on the surrounding rocks.
Photo of the Mallard hen, still indulging in her vigorous bath. She has moved to the other end of the small pond as she continues to splash with her wings. A duckling watches from the foreground (lower left), safely anchored on the surrounding rocks.
Another photo of the Mallard hen, still bathing. Here she is leaning into her bath, wings clapping against the water hard enough to throw spray under her feathers.
Another photo of the Mallard hen, still bathing. Here she is leaning into her bath, wings clapping against the water hard enough to throw spray under her feathers.
Yet another photo of the Mallard hen, here nearing the end of her bath. She is standing tall in the water facing the camera, wings extended behind her, showing the white feathers on the underside of her wings.
Yet another photo of the Mallard hen, here nearing the end of her bath. She is standing tall in the water facing the camera, wings extended behind her, showing the white feathers on the underside of her wings.
Photo of the Mallard hen stretching her wings after enjoying a splashy bath. She is standing tall in the water, facing away from the camera, both wings at full extension. The tops of her wings are visible, complete with patches of deep blue feathers on each wing.
Photo of the Mallard hen stretching her wings after enjoying a splashy bath. She is standing tall in the water, facing away from the camera, both wings at full extension. The tops of her wings are visible, complete with patches of deep blue feathers on each wing.

I haven’t found any research into the changes (or lack of changes) in the flight muscles of nesting Mallard hens. That doesn’t mean this research isn’t out there. I simply haven’t found it. (I’m still searching.) But I did find a lot about flight muscles, and an article about flight muscle changes in molting, captive barnacle geese. (I’ll get to the geese in a later post.)

I’ll start with anatomy, because that always seems a reasonable place to start.

Unless you’re a duckling, then maybe start with the duck version of situational awareness. The world is a dangerous place for Mallards.

Photo of the Mallard hen teaching her ducklings to look overhead for danger. Whenever a crow or hawk flew over, she tilted one eye toward the sky (as seen in this photo) and gave a sharp quack. The ducklings froze in place, when they heard that quack, and they soon began to mimic her skywatching behavior.
Photo of the Mallard hen teaching her ducklings to look overhead for danger. Whenever a crow or hawk flew over, she tilted one eye toward the sky (as seen in this photo) and gave a sharp quack. The ducklings froze in place, when they heard that quack, and they soon began to mimic her skywatching behavior.
Photo of the Mallard hen teaching her ducklings to look overhead for danger. Here, one of the babies is copying its mother's tilt of head, one eye turned to the sky.
Photo of the Mallard hen teaching her ducklings to look overhead for danger. Here, one of the babies is copying its mother’s tilt of head, one eye turned to the sky.
Photo taken the next day, May 1, 2024, after the Mallard hen and her brood returned from spending their first night on the big water. They basked and bathed in our little water for one last calm day, but were not completely free of danger. Here, the hen has flattened herself in the grass at the pond's edge, her wide and wary eye skyward, while a Bald Eagle passed high overhead. This was her most extreme reaction, while I was watching, but it was the ducklings' least attentive response. A few of them glanced upward, but they didn't freeze in place. Instead they continued to fidget and stretch in preparation for a nap. I wondered if they couldn't see the eagle, as it was too high for my camera to find with autofocus.
Photo taken the next day, May 1, 2024, after the Mallard hen and her brood returned from spending their first night on the big water. They basked and bathed in our little water for one last calm day, but were not completely free of danger. Here, the hen has flattened herself in the grass at the pond’s edge, her wide and wary eye skyward, while a Bald Eagle passed high overhead. This was her most extreme reaction, while I was watching, but it was the ducklings’ least attentive response. A few of them glanced upward, but they didn’t freeze in place. Instead they continued to fidget and stretch in preparation for a nap. I wondered if they couldn’t see the eagle, as it was too high for my camera to find with autofocus.

Flight muscles in birds

Bird flight is powered by chest muscles. Each wing needs one muscle to raise the wing and another muscle to lower the wing. Two wings, two muscles per wing, four muscles in total. All in the chest.

Pretend your arms are wings. Now try mimicking flight. Can you feel your chest and back muscles moving? Now imagine you are a bird. All that flying, with only chest muscles at work.

Huh?

Birds have one upstroke muscle per wing…

Photo of the Mallard hen stretching her wings. In this photo, both wings are raised, meaning the upstroke muscles for each wing are contracting (shortening) while the downstroke muscles are relaxing (lengthening).
Photo of the Mallard hen stretching her wings. In this photo, both wings are raised, meaning the upstroke muscles are contracting (shortening) while the downstroke muscles are relaxing (lengthening).

…and one downstroke muscle per wing…

Photo of the Mallard hen, stretching her wings. Here she is shifting from a completed downstroke into an upstroke. The downstroke muscles are beginning to relax and lengthen, while the upstroke muscles are beginning to contract and shorten. Her wings and flight feathers are positioned to minimize air resistance on the upstroke.
Photo of the Mallard hen, stretching her wings. Here she is shifting from a completed downstroke into an upstroke. The downstroke muscles are beginning to relax and lengthen, while the upstroke muscles are beginning to contract and shorten. Her wings and flight feathers are positioned to minimize air resistance on the upstroke.

…groups of smaller muscles coordinate fine movements of flight feathers and joint angles, but power for flight lies in the muscles of the chest. The downstroke and upstroke muscles stretch, one on top of the other, between the sternum (the breastbone) and the humerus (the first and largest wing bone). One downstroke muscle and one upstroke muscle on the left side of the chest, for the left wing. One downstroke muscle and one upstroke muscle on the right side of the chest, for the right wing. If you eat poultry, these muscles are the breast meat.

Photo of the Mallard hen watching over her brood as they settle for a nap after an excursion in our dragonfly pond. I'm not here to preach against meat-eating, or against hunting. Both are part of the world, and both have been part of my world. But baby duck cuteness is part of why I am happier, here in my middle years, as a herbivore.
Photo of the Mallard hen watching over her brood as they settle for a nap after an excursion in our dragonfly pond. I’m not here to preach against meat-eating, or against hunting. Both are part of the world, and both have been part of my world. But baby duck cuteness is part of why I am happier, here in my middle years, as a herbivore.

Birds’ outermost chest muscles, the ones closest under the skin, are the downstroke muscles. They’re called the right and left pectoralis. They connect the sternum to the humerus on each side. When contracted, or shortened, these muscles pull the wings down. This anatomy is as straightforward as muscular anatomy gets. Sternum to humerus. When the muscles contract, they pull each humerus toward the sternum and the wings go down. A simple mechanism for a simple downstroke.

Flight anatomy gets its magic in the other flight muscles, the upstroke muscles. They’re called the right and left supracoracoideus. These muscles, nestled beneath the right and left pectoralis, also connect the sternum to humerus. But each upstroke muscle condenses into a tendon, as it nears its associated shoulder, and threads through a triosseal canal. A “three bone canal”. This canal lets each tendon emerge behind and over its associated shoulder, essentially passing from chest to back, before attaching to the top of the humerus.

This anatomical upstroke slight-of-hand, accomplished via the shoulder’s “three bone canal”, allows a pair of chest muscles to function like a pair of back muscles. When the upstroke muscles contract, or shorten, they pull the humerus away from the sternum so the wing goes up. An elegant mechanism for a simple upstroke.

Photo, from May 1, 2024, of the Mallard hen taking another vigorous bath in the dragonfly pond. Her ducklings (right foreground) bob on rough water and scatter to avoid being swamped as she churns up waves and spray with her strong wings. All of her wing power rests in her chest muscles.
Photo, from May 1, 2024, of the Mallard hen taking another vigorous bath in the dragonfly pond. Her ducklings (right foreground) bob on rough water and scatter to avoid being swamped as she churns up waves and spray with her strong wings. All of her wing power rests in her chest muscles.

If you think of a mechanical pulley system, the upstroke tendon would be the rope that runs over the wheel, while shoulder bones would be the wheel. Contracting, or shortening, the upstroke muscle is like pulling down on your end of the rope. The tendon slides over the bones, like the rope sliding over the wheel, and the wing (or the load you are lifting) rises up.

Presto.

The following video makes it much clearer (animation of the supracoracoideus and pectoralis starts at 3:59 and ends at 4:36).

Embedded YouTube video from medical illustrator Kelly Kage. A thesis video about the mechanics of bird flight, the video begins by describing skeletal anatomy, then moves into an animation of flight muscles at about three minutes and fifty seconds. Animation of the supracoracoideus and pectoralis begins at about 3:59 and ends about a minute later, at around 4:36. The entire video is nine-and-a-half minutes long. (I recommend the entire video, when you have time. The animations and narration are excellent.)

Bird flight isn’t exactly magic, but it’s mighty magical.

Why am I so fascinated?

An earlier version of myself, somewhere in my early twenties, taught a single semester of Introductory Zoology lab to undergraduates. (I was technically a graduate student at the time, but only because I needed two graduate courses to complete my prerequisites for veterinary school. I had no intention of finishing a Master’s degree.)

My most vivid memory, from my (thankfully) brief stint as a lab instructor, is the supracoracoideus exercise. I remember the uncanny slip of knowledge and knowing gliding across each other. The cognitive dissonance of trying to imagine a pair of flight muscles on my own chest.

Flex a chest muscle, and the wing goes down. Flex a different chest muscle, and the wing goes up.

Wing down. Wing up.

Chest. Chest.

Photo of a two-day old mallard duckling exercising its wing muscles. Here, with wings raised, the upstroke muscles in its chest are contracting while the downstroke muscles in its chest are relaxed. Photo taken May 1, 2024.
Photo of a two-day old mallard duckling exercising its wing muscles. Here, with wings raised, the upstroke muscles in its chest are contracting while the downstroke muscles in its chest are relaxed. Photo taken May 1, 2024.
Photo of a two-day-old Mallard duckling exercising its wing muscles. In this frame, the wings are early in the downstroke phase, meaning the little bird's downstroke muscles are beginning to contract while the upstroke muscles are beginning to relax.
Photo of a two-day-old Mallard duckling exercising its wing muscles. In this frame, the wings are early in the downstroke phase, meaning the little bird’s downstroke muscles are beginning to contract while the upstroke muscles are beginning to relax.

[Full disclosure: I was a bad teacher. I was both stupid and ignorant. I feared my human empathy, so I had conditioned myself to ignore the body language, verbal cues, and emotions of people around me. And I never thought to apply imagination to the teaching guide. I never thought to have my students move their own arms and feel their own muscles, then try to imagine the upstroke as a chest muscle, instead of a back muscle. As a tension through the shoulder while a tendon slides. If this post ever reaches any of my unfortunate students, I want to thank them for their patience and attention. They showed up, week after week. They showed up and they tried to learn what they needed, despite being burdened with an incompetent lab instructor. I know an apology is not enough. Even so, I’m sorry.]

Photo of a two-day-old Mallard duckling swimming in our dragonfly pond. The duckling is gazing at the camera lens from behind a rock. The facial markings of a Mallard duckling, with dark eye stripes over yellow down, make the babies look grumpy from this angle. I imagine my students felt grumpy, and likely overwhelmed, after each of my class sessions. I would have felt angry and betrayed, had I been my own student.
Photo of a two-day-old Mallard duckling swimming in our dragonfly pond. The duckling is gazing at the camera lens from behind a rock. The facial markings of a Mallard duckling, with dark eye stripes over yellow down, make the babies look grumpy from this angle. I imagine my students felt grumpy, and likely overwhelmed, after each of my class sessions. I would have felt angry and betrayed, had I been my own student.

The muscular choreography of bird flight is nothing like what I had imagined and mimicked, as a child. Not pushing my arms down with chest muscles and pulling them up with back muscles. Not a rowing cycle, over and over. Every time I pretended my arms were wings, my chest and back muscles cooperated. But for birds, it’s all chest. Chest muscles down and chest muscles up.

Photo of the Mallard hen with her brood scattered about her. In this photo, some of the ducklings are sleeping, some are fidgeting, and some are practicing preening. The hen is watching me and my camera with her head turned to one side, one eye focused directly on me. I can't help but imagine an internal monologue for her. "What is wrong with this human? Why is she so nosy? Should I be afraid?"
Photo of the Mallard hen with her brood scattered about her. In this photo, some of the ducklings are sleeping, some are fidgeting, and some are practicing preening. The hen is watching me and my camera with her head turned to one side, one eye focused directly on me. I can’t help but imagine an internal monologue for her. “What is wrong with this human? Why is she so nosy? Should I be afraid?”

Even today, despite my long familiarity with bird anatomy, I struggle to imagine how flight must feel. When I read about science fiction and fantasy creatures with wings, especially dragons, I usually forget to wonder about the musculature that powers fictional flight. But, in moments when I do pause to wonder, my imagination becomes richer.

A preview of Part II: More about Mallards and their flight muscles

So here is a duckling, with its clever wings and wing muscles, destined for flight. How it proceeds, how it uses those wings and wing muscles, determines how bulky the wing muscles must be. Or, do I have it backward? Do the wing muscles, with their relative bulks, determine how the duckling must use its wings? As with much, when it comes to physiology, the answer is a loop. The relative bulk of wing muscles influences how a duck might use its wings, and the ways a duck uses its wings influences the relative bulk of its muscles. Part II will have more about flight muscles, more about Mallards, and more photos of these ridiculously cute ducklings.

Photo of sleepy Mallard ducklings, one with a webbed foot stretched into the sunlight. If you are still reading, thank you.
Photo of sleepy Mallard ducklings, one with a webbed foot stretched into the sunlight. If you are still reading, thank you.

The following links lead to articles and posts that are more important and more interesting that my Mallard musings:

Alien life is no joke by Adam Frank at Aeon

No one buys books by Elle Griffin at The Elysian

Scalzi on film: The Godzilla Beeper by John Scalzi at Uncanny

Back in 2015, I knowingly blew up my life by Pamela Gray at Star Strider (hat tip to Science for Everyone)

What is it like to be a crab? by Kristin Andrews at Aeon

Moving beyond ontological (worldview) supremacy: Indigenous insights and a recovery guide for settler-colonial scientists by Coen Hird, Dominique M. David-Chavez, Shanny Spang Gion, and Vincent van Uitregt at Journal of Experimental Biology

Necrosecurity, Immunosupremacy, and Survivorship in the Political Imagination of COVID-19 by Martha Lincoln at Open Anthropological Research

In a New England pond, toxic algae is disrupting tribal heritage by Eve Zuckoff at CAI

The Unwild Mallards

Each spring, our semi-wild population of suburb mallards leave their lakes, ponds, and canals in search of private nesting habitats. This local migration often brings pairs of mallards to the yard, though none have stayed to nest. Until this year.

In this photo, taken April 29, five baby mallards huddle under their mother as she stands on a rock beside our pond. A sixth baby sits on the next rock over. These mallard ducklings were less than 18 hours out of the egg and are only half of the clutch. Six more babies were waiting in the nest behind their siblings.

Less than a week after I posted about the dragonfly pond, a pair of mallards arrived and began redecorating the pond. They shoved rocks from the border, collapsed minnow caves, uprooted plants, stirred sediment into columns of mud, and added enough nutrient (in the form of duck poop) to start a massive algae bloom.

In this photo, taken March 3, a pair of semi-wild mallards visit the pond. The male mallard floats near the center of the pond, preening his wings, while the female searches for underwater food. The water is still relatively clear and the pond‘s rocks and plants are still somewhat in place.
This photo, taken March 7, shows the view from our kitchen window as the mallards nap in the pond. Both ducks have their heads resting along their backs, beaks tucked into the feathers between their wings. The water is turbid and dark, with scattered remnants of uprooted plants. The rocks are still mostly in place, though that didn’t last.
Photo of the pond, taken March 14, showing filthy greenish-brown water. The pond heater is still deployed, though I removed it shortly after. A board shaped like a fish floats in the far end of the pond.1

The dragonfly pond soon looked and smelled like a cattle pond.

The ducks ate everything they could catch in the water. Minnows and dragonfly larvae, damselfly larvae and snails. Anything that swam or wriggled.2

We shooed and herded the pond-wrecking mallards, who returned day after day for further wreckage. I complained to family and friends about the mallards’ destructive invasion, but I also hoped for a nest. Truth be told, I always hope for nests. Plus, I have nostalgic affection for ducks.

This photo3 shows me at some early elementary school age, complete with crooked bangs, ill-fitting shorts and halter top, knobby knees, and a welter of mosquito bites. I’m holding our pet duck Fred, who was very spoiled.
This photo, dated 1975, shows a group of mature white ducks in our Tennessee back yard.
In this later photo, probably late 1980s, three white geese and two black-and-white ducks amble past a newly delivered cord of winter wood in our Tennessee yard.4
This photo, dating to the late 1980s or early 1990s, shows three white geese, two black-and-white ducks, and three white ducks visiting their blue plastic wading pool in our Tennessee back yard.5

Hoping to lure the mallards away from the pond for at least a few hours each day, I purchased a blue plastic wading pool (definitely a theme in my lifelong efforts to keep waterfowl happy) and an extra bag of wild bird feed. Pool and feed in hand, I set up a duck station near the fence in our Virginia back yard, including steps for easy entry into the pool. Then I herded the mallards out of the pond and toward the pool.

In this photo from March 12, a blue plastic wading pool is wedged into the back seat of my car. Many thanks to the very patient Target employee who brought the wading pool out for curbside pickup and helped load it while we both fought off fits of the giggles because who buys a wading pool in March? For ducks? While masking and social distancing because COVID is not over? (I’ll add that COVID is still not over. Especially for families, like mine, who have immunocompromised households.)

Not surprisingly, the mallards saw peril in the duck station and refused to try the wading pool. At that point, the pair were still semi-wild, after all. They retreated into the pollinator beds and rummaged through duff when I was in the yard, then circled back to the pond when I went inside.

And the pond grew more and more fetid. (I had almost forgotten the smell of our chicken house in Tennessee, and sometimes the yard when our flocks grew too populous, but now I’ve been reminded.)

In this photo from March 14, the male mallard watches warily from behind the irises that shore up one end of the pond. Neither of the mallards tried the wading pool until after I quit trying to convince them to try the wading pool.

When the female mallard built her nest in the irises and began laying, we stopped all efforts to shoo or herd or otherwise interfere. Almost immediately, the mallards took to the wading pool for luxurious sessions of bathing and splashing.

Photo from March 21, showing the female mallard bathing in the wading pool as the male mallard stands guard.
Photo, dated April 14, showing the female mallard bathing in the wading pool as the male mallard stands guard.
Photo, dated April 18, showing both mallards in the wading pool.

Resigned to a lengthy mallard residency, we invested in a pump and filter for the pond. For the next month, I cleaned the pond filter daily, dumped and refilled the wading pool every other day, put out feed each morning and evening, and lingered in the kitchen window for hours on end, watching. The mallards hunted in the pond (and further rearranged the rocks), bathed and basked in the wading pool, ate their feed and grazed through the yard, and generally unwilded until they were as comfortable in the yard as our domestic flocks had been in the yard of my childhood home.

And while the mallards unwilded, the nest grew.

Photo, dated March 20, of the nest with a single egg.
Photo, dated March 28, of the nest with five eggs.
Photo, dated April 1, of the nest with nine eggs.

On April 1, with nine eggs in the nest, the female mallard settled to incubating. Giving up all pretense of productivity, I sat in the kitchen window, day after day. While she sat on her nest. Day after day.

Photo, dated April 14, of the female mallard on her nest.
Photo, dated April 18, of the eggs nestled in layers of down.
Photo, dated April 18, of the female mallard on her nest.

And then, on April 28, the hatching commenced. All afternoon the mallard fidgeted and turned and tended, eating some of the discarded shells and membranes, tucking the rest under the nest’s foundation of dried grasses. By nightfall the nest was filled with ducklings instead of eggs.

In this photo, taken April 28, a freshly hatched mallard is nestled deep into the downy feathers lining the nest. The female mallard is half-standing in the nest, with two still-unhatched eggs visible beneath her.
Here a duckling, still damp from hatching, is just visible under the female mallard as she stands in her nest.
Here the ducklings are getting their first views of the world from inside their nest, still guarded by their mother.

I set my alarm for sunrise the next morning, certain that the female mallard would lead her brood away as soon as the hatchlings were mobile enough. I didn’t want to miss a moment of their brief stay in the yard.

April 29. The now-fluffy-and-dry baby mallards peer out from around their mother as the little family begins to stir in their nest.
The baby mallards follow their mother from the nest for their first outing. In this photo, two babies hover under their mother as she stands on the rocks just in front of the nest.
All twelve eggs hatched seemingly healthy babies. Their first clamber down the rocks was eager for some and timid for others. In this photo, one of the eager ducklings takes an awkwardly long step down from the first rock.
The eager duckling from the previous photo experiences a bit of a rough landing in the water. The impromptu dive didn’t phase the duckling, which swam busily away.
The more timid ducklings took more care climbing down from the nest. In this photo, a group of three ducklings linger on the first rock as one of their siblings stretches a careful foot down toward the next step.
The ducklings tasted everything they found. Here, a baby mallard floats on the pond and nibbles at a long plant stem.
The fish-shaped board proved a popular resting spot for the ducklings as they practiced swimming and diving and eating. Here, two ducklings perch on the board while their siblings swim around them. The female mallard is just visible in frame, keeping an eye on her brood.
The ducklings also rested on the pond’s bordering rocks, which were warm from the sun. Here, four ducklings sit on the warm rocks.
A baby mallard, less than 24 hours out of the egg, perches on one of the warm rocks bordering our small dragonfly pond.
Exhausted after their first few swim lessons, the mallard family returned to their nest between adventures. Here, two of the babies have tipped over into awkward sleeping positions on the rocks while their siblings gather in the nest beneath the female mallard.

And, of course, they didn’t stay.

I followed the mallards as their mother led them out of the yard and down our street and through a playground and up the next street over to a house on a canal without a fenced back yard. The homeowner was working in his yard when our odd parade arrived, and he nodded and shrugged when I waved from the sidewalk across the street. He told me that mallard mothers lead their brood through his yard, the only unfenced yard along the canal, all spring long. They head for the canal despite its dangerous populations of snapping turtles, snakes, and bullfrogs large enough to eat a baby duck. We agreed that yards are safer but mallards need canals.

Then I trudged home alone, wishing for a world both more and less wild.

I was shocked when the mallard led her brood back, that evening. My husband saw them coming up the sidewalk and called for me. The female mallard had guided her dozen day-old ducklings out into the canal and back again, safe and tired. We opened the gate and welcomed them home, pond wreckage forever forgiven as the sleepy family spilled back into their nest.

The next morning they left for good, of course. The yard, for all of its unwild safety, is not meant for mallards. Nor are mallards meant for the yard.

They haven’t returned, and they won’t. At least, not as the same little family that left. But every mallard I see, for all my years to come, will be one of them.


The Unwild Mallards

The unwild mallards were stubborn and messy
Unwily in their need
And the pond was water enough for nesting

An unwild nest
In unwild irises

A quick meal and a bath
Then back to the nest

Days growing longer and hotter
In the unwild yard
With unwild waters

And then
The unwild dozen

That afternoon, they left
Then returned for one last night
Before they left for good

Heading toward the good wild waters
Where unwild mallards might learn
To be wild

Video comprised of still images and iPhone video clips of the mallards’ time in the yard. Text over the images repeats the poem printed above. The audio is a separate recording made in the yard as I edited this video. Traffic noise and wind dominate the audio, but crows and a blue jay make guest appearances.

Footnotes

1 We added the board after removing a commercial floating planter/island. We removed the island because it was ruined, then added the board because we felt sorry for the minnows that had enjoyed hanging out under the island. (Click here to go back.)

2 The ducks were not so efficient as to depopulate the minnows and invertebrates. I’m not certain how anything survived, between the feasting and the fouling, but some survived and carried on. Currently, the pond is teeming with baby minnows and every surface is clumped with snail eggs. (Click here to go back.)

3 This is another of my oldest sister’s “Rae with pets” series of photos, which span years and will likely continue to appear on this blog. In the background, two chickens and our shepherd make guest appearances. (Click here to go back.)

4 After our father left, the job of stacking wood fell to me. Mother purchased cut wood from a neighbor, who unloaded it in a heap. I would sort the wood by size and age, stacking it all in our pole shed. The freshest cuts went at the bottom of the pile (to age/cure) and the aged/cured wood at the top. The largest logs started at the left and the smallest kindling at the right. I even sorted the wood according to Mother’s lore: she believed that the hardest woods (usually hickory and oak) burned long and hot, the softer woods (often maple and hackberry, but sometimes others that I didn’t recognize) burned fast and cool, and the evergreens (pines and the occasional cedar) burned oily and deposited more creosote in the chimney. When bad weather was forecast, I brought days or weeks worth of wood to the porch, where it stayed drier than the shed. But Mother didn’t like keeping wood stacked on the porch because warm air escaping through the door woke the woodpile’s insects, who followed the warm air indoors. (I never had cause to doubt Mother’s wood fire lore and would likely stack wood by size and hardness, away from the porch, if we burned wood for heat today.) (Click here to go back.)

5 The wading pool was the closest thing they had to a pond. A second blue plastic wading pool, visible in the background, was in the dog pen and helped our dogs stay cool. The second pool also kept the dogs from digging under the fence because they wanted to play in water. (Click here to go back.)


I regret that I do not have a list of links, for this post, to articles and essays that are more important and more interesting than the small unfoldings in our small yard. I have been tired, of late, and taking a break from the larger world. I will resume reading and exploring and learning once I have regathered my energy, both emotional and physical. In the meantime, please post links of your own, to articles and essays that have helped you better understand the world. (Please also note that I screen comments.)

Spring Arrivals (Arachnophobia alert!)

Lantana April 13

As spring accelerates toward summer, everything is growing and blooming and nesting.

Succulent April 28

Live Oak April 17

Sun is the catalyst, speeding life along.

Hoverfly March 15

Ladybird March 16

Spiderlings March 25

Swallowtail April 19

Swallowtail Egg April 28

Swallowtail Caterpillar April 28

Blue gray Gnatcatcher April 13

Chickadee April 19

Cardinal April 20

Sometimes a shadow overhead interrupts the yard’s chirrup and flutter.

Eagle April 20

Eagle April 20

But spring resumes when the danger has passed.

Cardinal April 20

Robin April 20

Grackle April 19

Grackle April 19

Some afternoons turn sleepy with increasing heat.

Mallards April 27

Mallards April 27

Rabbit April 16

Rabbit Nest April 25

But evenings are cool and mosquito-free, perfect for exploring.

Rabbit Baby April 28

Perfect for sitting outside with a book, too. I haven’t been doing much writing, but I’ve been reading a lot, working my way through a stack of nonfiction, historical fiction, classic sci-fi, and poetry. Now I want to add a few graphic novels to my shelf. Any suggestions?

Ice at Back Bay National Wildlife Refuge

Back Bay Jan 26

During a lull between snowstorms, we took a walk at Back Bay National Wildlife Refuge.

Back Bay Jan 26

Back Bay Jan 26

The beach was clear, but large sections of the bay were frozen, as were all of the ponds. Winter normally brings a few frosty nights to our area, but prolonged bouts of sub-freezing temperatures are rare.

Back Bay Jan 26

Back Bay Jan 26

Back Bay Jan 26

Back Bay Jan 26

Most of the over-wintering birds had deserted the refuge, and the few that remained seemed confused.

Ducks Jan 26

Mallards were out, walking on the ice. Something about the way they moved — one careful step at a time, watching their feet, pausing here and there to probe the ice — reminded me of television detectives inspecting a crime scene.

Other flocks had given up and opted to sleep until the ice thawed.

Ducks Jan 26

With the refuge so quiet and still, every sound and movement drew my attention. On a normal day I would have missed the mockingbird on the parking lot fence and the small heron huddled near the road.

Mockingbird Jan 26

Heron Jan 26

I doubt I would have missed the deer, though. Three of them edged nervously out of cover near the Visitor’s Station, crossed an open patch of lawn, and disappeared down one of the trails.

Deer Jan 26

I wondered if the lingering snow had forced the deer to change their grazing pattern. Or maybe they wander through every day? Maybe snow, even rare twice-in-a-month snow, doesn’t affect deer the way it affects me. Maybe they don’t spend hours admiring the fresh fall, then more hours fretting over the slippery deck, half-frozen pipes, and cancelled appointments. Maybe they simply carry on, day after day, searching for nothing more complicated than grasses to eat, water to drink, and a warm, dry place to sleep.

More Ducks

Mallard Jan 8

When it comes to identifying ducks, I am woefully inept. For that matter, most water birds are mysteries to me, though there are a few exceptions. Like Mallards.

Mallard Jan 8

Mallard Jan 8

And American Coots, which were one of my mother’s favorite birds.

American Coot Jan 8

I confess this flock confused me at first, because I am not accustomed to seeing American Coots in such numbers. I usually find single individuals scattered among flocks of geese or gulls, rather than an entire flock all on their own.

American Coot Jan 8

I was bemused by their tight formation. Were they alarmed by something beneath the surface of the water? Were they trying to stay warm? Or is this normal behavior, when American Coots gather into flocks?

American Coot Jan 8

In order to identify a water bird that isn’t a Mallard or an American Coot, I need several clear photos and a prolonged session browsing Cornell Lab of Ornithology’s All About Birds website. That’s how I learned two new ducks on Wednesday.

Ring necked Duck Jan 8

Ring-necked Ducks have distinctive rings around their bills, much more easily seen than the faint, reddish rings around their necks.

Ring necked Duck Jan 8

And Redheads are not the only ducks with red heads, but it seems they are the only red-headed ducks with gray backs and black-tipped blue bills.

Redhead Jan 8

Redhead Jan 8

Two new ducks should add up to a fulfilling walk with my camera, but, inevitably, each discovery is accompanied by elusive riddles. For every bird that strays within my camera’s reach, many others stay too far away to capture in enough detail for identification.

For example, I’m reasonably certain this is a loon, but which species of loon?

Loon Jan 8

And a rather nondescript pair of ducks teased me with glimpses of white wing patches.

Unknown Duck Jan 8

That might suggest Gadwalls, but what about the hint of a collar?
Unknown Duck Jan 8

These photos simply aren’t clear enough. Another entry for the “Unknown Ducks” folder in the archive.

Unknown Duck Jan 8

Sometimes the photos are clear enough for identification, but only just so. Wednesday’s walk added a new pair of Belted Kingfisher images to the archive, but one photo is out of focus and the other is underexposed.

Kingfisher Jan 8

Kingfisher Jan 8

As with everything else I attempt, success is rare and fleeting. Near misses and utter failures are far more common. It all adds up to happiness, though, because misses and failures mean I get to try again tomorrow. And the next day. And the day after that…

Mallard Jan 8