Solomon’s Plume

Solomon’s Plume (Maianthemum racemosum), an herbaceous perennial in the lily family (Liliaceae). The berries are a brilliant crimson right now at the end of October, and easy to spot along trails in the mountains. Just as easy to spot, in the spring, are the flowers which bloom for about 3 weeks, late April into May.

Solomon’s Plume is native across most of North America north of Mexico in elevations of up to 9,000 feet. It is a plant that prefers partial shade, and deep, moist, soft soil. But it can be found in dry, rocky soils much like where it is growing when I see it in the woods on my mountain.

In the autumn the leaves of Solomon’s Plume die back, disappearing until the spring when the plants sprout up again from rhizomes and secondary fibrous roots. Those sprouts become arching, slightly zigzag stems with alternate ovate leaves.

The tiny flowers that appear on the end of those arching stems are pollinated by beetles, flies and bees. The berries which replace the flowers during the summer each contain a few seeds, are round, and 1/4″ across.

This is what the berries look like mid-July. Gradually they’ll become the bright crimson berries that are on the plants now in October, waiting for birds such as Ruffed Grouse and Veery to dine on them. Helping distribute the seeds, spreading the plants further through the woods.

Woodland Sunflower

Woodland Sunflower (Helianthus divaricatus). An herbaceous perennial that often grows to 5 – 7 feet tall. It’s native to eastern and central North America and can be found along rocky trails and dry open sites.

As this example, as it dances in the dappled sunlight shows, the leaves are opposite with a smooth to slightly toothed margin and hairy underside.

Butterflies, Silvery Checkerspot (pictured above), Gorgon Checkerspot, and Painted Lady use the Woodland Sunflower as their larval host plant.

An abundance of other insects are attracted to Woodland Sunflowers. Some even to the point of exclusivity. There are certain bees which visit Woodland Sunflowers that will go to only this species of flower, or flowers of the Helianthus, or Sunflower genus. They are said to be oligolectic. Their larvae must be fed the pollen or nectar of those particular flowers in order to develop properly.

Woodland Sunflowers spread by rhizomes forming colonies. In the autumn as the flowers fade those colonies become prime territory for game birds, song birds, and small mammals gathering to enjoy the seeds.

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Blackberry Lily Revisited

Wow! She’s about to go into second grade. But even as a toddler, she’s always wanted to help me scatter the Blackberry Lily (Iris domestica) seeds.

Those seeds reveal why this plant has its name. But the name is a bit misleading since Blackberry Lily is not actually a lily at all but a species of iris. And a word of caution, those seeds contain toxins. Beautiful, but don’t eat!

Thomas Jefferson was smart to bring this plant with its striking flowers to his gardens at Monticello. It’s native to eastern Russia, China and Japan.

A well behaved resident not only of Monticello’s gardens, but also my gardens. The plant grows from rhizomes and the seeds that we enjoy scattering together, but it’s not at all aggressive in its growth.

Yellow Trillium

Not quite native to Virginia though I’m quite pleased to have these flowers blooming in my gardens. Yellow Trillium (Trillium luteum) is native to Tennessee, North Carolina, Georgia, and Kentucky. Some speak of a lemony scent. It must be mighty subtle. I don’t detect it.

The plants emerge from underground rhizomes which will spread slowly if left undisturbed. I’m leaving them undisturbed but they really are slow to spread. But they do seem to be quite happy! The flower consists of three tall slightly twisted lemon yellow petals and three slim green sepals sitting in the middle of a circle of three leaves. That’s really 3-ness!

Black Cohosh

A wonderful sight in late June early July. Blooms of Black Cohosh (Cimicifuga racemosa) when there are few other flowers blooming in the woods.

Black Cohosh is a herbaceous perennial native to eastern North America. Quite plentiful here in the Blue Ridge Mountains. Rising above their leaves on tall stems to six or eight feet. Those clusters of flowers on their tall stems make me think of spirits of long ago residents of these mountains. Spirits from the past, back again to look over their land, their roots. Watching to see that we care for their mountains with love and wisdom.

Right now, in late April, leaves of Black Cohosh have reached up from their underground rhizomes. Extending to a height of two or two and a half feet. Leaves waiting. Waiting for tall stems to form.

Tall stems that in turn form racemes. (A raceme is a flower cluster with the separate flowers attached by short equal stalks at equal distances along a central stem.) The stems can grow to be six or seven feet tall, and the portion of it that is the raceme, can be about twenty inches.

Flowers without petals, without sepals. Many long stamens surrounding a stigma, all snow white. The flowers have a unique unpleasant aroma that attracts flies, gnats, beetles, bees and some butterflies. Both the Spring Azure Butterfly and the Appalachian Azure Butterfly rely on Black Cohosh as its larval host.

I’m looking forward summer and greeting these visions of the past.

Mayapple

Mayapple (Podophyllum peltatum) is a perennial herbaceous plant that is native to eastern North America.

In the past few days Mayapples have been poking their noses up through the surface of the earth in one of my gardens. The beginning of a beautiful process. They emerge with their leaves, either one or two, folded like a work of meticulous origami.

As time passes the leaves expand, reaching to greet whatever or whoever might be witnessing the process.

If there are a pair of leaves those two leaves will share a stem that forks. In the axil of the stem there will be a bud which opens to be about 2 inches wide, a circle of 6 to 9 waxy white petals.

More than likely these Mayapples are genetically identical, growing from rhizomes spreading in the soil. Making pollination of the flowers unlikely since genetic diversity is needed.

As mid-summer arrives the leaves will go dormant leaving their home as if they had never been there, until the next spring, when it will happen all over again.