Stewart Family Eye Care

03/16/2026

03/16/2026

The first real thunderstorm of spring is coming this week. Here's what happens in your yard in the 6 hours around it.

4 hours before the storm: Barometric pressure starts dropping. You can't feel it. They can. Ants begin moving larvae deeper underground. Bird feeding intensity at your feeder doubles — they're loading calories before they can't fly. Squirrels cache food faster. Your dog gets restless and you don't know why. She feels the pressure change in her sinuses.

1 hour before: Birds stop singing. All of them. At once. The silence is the alarm. Swallows drop to low altitude. Robins disappear into dense shrubs. The hawk that's been circling your block all morning vanishes.

During the storm: Everything shelters. Birds tuck into the lee side of trunks. Squirrels flatten into tree crotches. Toads press under rocks. The earthworms — thousands of them — begin surfacing. They're not drowning. They're migrating. Rain vibrations in the soil let them move across the surface without desiccating. They'll cover more ground in one rainstorm than they covered all winter.

30 minutes after: The explosion. Every bird hits the ground feeding simultaneously. Worms are still on the surface. Beetles have been flushed from leaf litter. Caterpillars knocked from branches are crawling on sidewalks. Salamanders emerge from underground. The 30-minute window after the first spring thunderstorm is the highest-calorie feeding event of the entire month.

Your yard after a storm isn't damaged. It's restocked. The birds know. That's why they loaded up before and feed frantically after.

The storm isn't the interruption. It's the delivery.

03/13/2026

You see two cardinals touching beaks at your feeder. It looks like a kiss.

It's a delivery.

Right now across the eastern United States, male Northern Cardinals are feeding females beak-to-beak. The timing isn't romantic — it's structural. She's about to lay eggs, and each eggshell requires a significant portion of her own skeletal calcium to form.

Her daily calcium demand during egg formation is several times higher than normal. She can't find enough by foraging alone — not in March, when invertebrate prey is still scarce and she's spending most of her energy staying warm.

So he brings it to her.

Male cardinals begin feeding females about two weeks before the first egg is laid. He doesn't bring seeds. He brings high-calcium items — snail shell fragments, beetle exoskeletons, millipedes, and calcareous grit. His beak is one of the strongest per body size of any songbird, built to crack snail shells. He processes the prey and delivers the calcium-rich fragments directly to her beak.

The feeding rate increases as egg-laying approaches. More deliveries per day, targeted toward the materials her shell gland needs most. Females that receive more mate-feeding produce stronger eggshells and raise more chicks successfully. The transfer isn't symbolic. It's supply meeting demand on a tight schedule.

She'll lay three to four eggs over the next week. Each shell has to form in a narrow window before it's laid. The calcium has to be there or the shell is thin. Thin shells crack, lose moisture, and fail.

Every beak-to-beak moment you see at the feeder right now is a male delivering raw materials for an egg that's due within days.

🐦 How to support the operation:

- Crushed eggshells in a dish near the feeder — stérilized in the oven and broken to small fragments. Direct calcium source both birds will use
- Cardinals prefer feeding at dawn and dusk — the mate-feeding bouts are easiest to spot in the first and last thirty minutes of daylight
- Platform feeders and ground-level trays attract cardinals more than hanging tube feeders — they prefer a stable surface for the transfer
- If you see a male picking up shell fragments, grit, or snail pieces from the ground near your feeder and flying to a nearby perch where a female waits — that's the delivery chain in action

The beak-to-beak moment isn't a kiss. It's the most important delivery of her year 🌿

03/12/2026

In 1970 I was almost gone. Not a gradual fade. A collapse.

I'm an Eastern Bluebird. Pesticides thinned my eggshells. Dead trees with nesting cavities were removed from the landscape. Invasive House Sparrows and European Starlings took the cavities that remained. My population dropped to a fraction of what it had been within a few decades.

Then people started building boxes.

The idea was simple. If natural cavities are disappearing, build artificial ones. A wooden box with an entrance hole just under two inches — large enough for a bluebird, too small for a starling. Mount it on a post along a rural road. Space them a few hundred feet apart. Check them weekly through nesting season.

Thousands of volunteers across the country started doing exactly that. Bluebird trails — lines of nest boxes maintained by retirees, birders, scout troops, and farmers — spread across nearly every state. The boxes replaced what the landscape had lost.

The population recovered. From near collapse to millions of breeding pairs over the course of a few decades. One of the most successful grassroots conservation efforts in North American history. No legislation drove it. No agency funded it. People with drills and scrap lumber decided my species was worth saving.

I'm the only thrush in North America that nests exclusively in cavities. I can't excavate my own — my beak isn't built for it. I depend entirely on holes made by woodpeckers, natural decay, or someone who mounted a box on a fence post.

Right now I'm sitting on a nest box along a rural road. My mate is inside on five eggs. I bring her insects throughout the day until the chicks hatch. Sometimes last year's offspring stay in the territory and help feed the new brood — bringing food to nestlings that aren't their own siblings.

🐦 If you want to be part of the trail:

- A bluebird box with a one-and-a-half-inch entrance hole is the standard — large enough for bluebirds, too small for starlings. Plans are free from most state bluebird societies
- Mount on a post or fence in open habitat — fields, large yards, rural roadsides. Bluebirds hunt from the box and need clear ground below for spotting insects
- Face the entrance away from prevailing wind, ideally east or southeast
- Check weekly during nesting season and remove House Sparrow nests if they appear — sparrows are invasive and not protected
- Clean the box after each brood fledges and the pair may nest again in the same box the same season — bluebirds raise two to three broods per year
- If you have space for two or more boxes spaced a few hundred feet apart, you're running a bluebird trail. Thousands of people across the country do exactly this

I exist because someone picked up a drill. That's the whole story 🌿

03/08/2026

The robin hopping in circles on your lawn isn't injured.

She's fishing.

You see: a bird stumbling in a tight circle, stamping her feet rapidly, head tilted at an odd angle. It looks like neurological damage. It looks like she was hit by something.

ACTUAL DIAGNOSIS: Foot-trembling hunting technique.

HERE'S WHAT SHE'S DOING:

The rapid foot vibrations simulate the vibrations of rain hitting the soil surface. Earthworms feel "rain" and move upward toward what they think is a wet surface.

She tilts her head because her eyes are on the sides of her skull. That sideways c**k isn't confusion — it's aiming. She's pointing one eye directly at the ground, watching for the worm's movement.

The hopping circle covers more ground. Each stop-and-stomp tests a new patch.

TRIAGE PROTOCOL:

□ Robin doing the circle-stomp-tilt on your lawn → Hunting. Leave it.
□ Robin sitting puffed up, eyes closed, not moving → Possible illness. Observe for 2 hours.
□ Robin unable to stand, wing dragging → Possible injury. Contact wildlife rehab.

She's not confused. She's the best earthworm hunter on your block.

And that technique works every time it rains.

03/04/2026

Blog Update: Finding a Wrinkle in Your Eye

A wrinkle on the retina -- which is also known as an epiretinal membrane or a macular pucker -- is a thin, translucent tissue that develops on the surface of the retina.The retina is the inner layer that lines the inside of the back of the...