This bird has been coming to the suet feeder near the pond for several days. American Robins usually eat insects, invertebrates, and berries. This suet has seeds in it. They must be tasty to the Robin.
Even though a fractured layer of ice floats nearby, these ducks find food beneath the water. This might be what is known as a 'cold lunch'.
Outside -- among the vast white of the snow on the pond -- the Goldfinches, rose colored House Finches, and red caps of the Woodpeckers.
March this year promises to be, as usual, a roller-coaster of weather.
Rain turned to sleet overnight as the temperature dropped.
This morning everything outside was coated with icicles, including bird feeders near the pond.
The pond has been
under a comforter of white snow. The snow layer insulates and protects the
critters tucked in among the rocks, mud, and dormant plants below water and
ice.
On a sunny day, we saw a large rabbit sitting in the snow near the pond. It created a depression in the snow among reeds and wildflower stems, and snuggled down there all day. At dusk, it was gone from that spot. The next day the sunshine was bright on the white snow. The rabbit was in the same spot again, and napped all day. I suspect it was a White-tailed Jackrabbit Lepus townsendii, actually a hare. Jackrabbits are nocturnal hunters and are known to take daylight naps in a shallow hole.
FeederWatch, a citizen-science program of Cornell University Lab of Ornithology, is once again an activity for me through the cold winter months. This small Downy Woodpecker Dryobates pubescens comes every day to feed at the suet block hanging near the pond. Suet supplements his regular diet of insects which he searches for between folds of tree bark. His tail feathers are strong and positionable to support him on tree branches or wherever he finds food.
Dark-eyed Juncos made their sudden winter appearance several weeks ago. In Springtime, they find mates and nest "up north" in Canada. In Autumn they migrate to places across the US where they spend the colder months. Junco hyemalis are flashy little sparrows. I think they look as if they're wearing tuxedoes, with crisp markings -- a white chest and belly, dark gray or black back, and pink bill. They have bright white tail feathers which they reveal as they flit around on the ground searching for seeds. Juncos flock together in winter, sometimes with others species. When they find a stash of seeds (like this dish on the deck overlooking the pond) they grudgingly takes turns at it.
Another interesting feature of winter on the pond is the 'ice star' or 'lake star'. In my search for information about these patterns, I found many theories -- all related to the physics of temperature, moisture, pressure, and ice formation. One of these theories is that patterns are formed in early winter when a hole allows water to swell up from beneath and spread over the surface, leaving dark fingers of melted ice radiating from the hole.
Cold, grey, blustery weather on the pond.
The water is covered by a thick layer of ice and snow drifts. Where the ice is visible between the drifts, a few holes break the smooth solid sheet. These seem to form where plant matter floating close to the surface or a submerged rock interrupted the process of liquid freezing to solid.
Now it is buried in a snow drift. It is curved, and usually emerges above the water or ice at least 18 inches.
Twenty inches of snow fell on the pond in this one early-winter storm.
Song Sparrows Melospiza melodia live year around in the area around this pond, hiding their nests in grasses, weeds, or small trees.
Song Sparrows flit through dense, vegetation or low branches, staying low and forage secretively. They eat insects in the summer; in winter they switch to seeds and fruit they glean from standing plants.
They will also visit bird feeders. I notice them especially on 'count days' for FeederWatch.
The pond is surrounded by grasses, wildflowers, and shrubs that provide food for birds. And we also put out seed and suet in feeders to bring the birds a little closer.
Overnight, we had the first snow of this season. On the pond, the water is high and the log was frosted with a little coat of white 'frosting'. The reeds are still green, but weakening and leaning sideways with the weight of moisture. The turtles who sun themselves on the log in summer are hibernating now. (see Surviving Below Freezing, 10/31/2020)
This fallen leaf has galls all over it, lumps or complicated structures that look like capsules containing something mysterious. Galls are made by one of 1500 species of gall producers -- mostly insects and mites. Some galls form on leaves where insects feed on the plant matter, or lay eggs. Galls may also develop as a response to infections by fungi, bacteria, or viruses. Dissecting the gall is the only sure way to tell what caused it. That's a whole different adventure!
I can't resist looking closely at leaves. Sometimes, I take the interesting ones with me for later study. This maple tree next to the pond always has some message or lesson for me.
The leaf is a main component in the plant's hydraulic system to move water and nutrients from the ground throughout the tree.
The larger veins provide immense leaf structure support, and the various smaller veins provide photosynthetic gas exchange and enable the plant's growth.
