Bunchberry dogwood in peak bloom
June 24, 2026
In the shaded understory of Bainbridge Island's second-growth forest, the ground is white right now. Not snow, not frost, but bunchberry dogwood in full bloom, its flowers open across the forest floor in dense, low mats that catch whatever light filters through the vine maple and redosier dogwood overhead. The blooms are small, a cluster of tiny true flowers surrounded by four white bracts that do the visual work of attracting visitors. Individually they are modest. Collectively, spread across meters of damp ground, they are a significant food source at a moment when the forest needs one.Bunchberry dogwood is a ground-level plant, rarely more than twenty centimeters tall, and it spreads by rhizome into loose colonies across moist, shaded forest floor. What it lacks in height it makes up in density. Each cluster of white bracts frames a tight center of small flowers, and those flowers produce nectar and pollen over a bloom period that coincides almost exactly with the longest days of early summer. The timing matters. This is when aquatic insects are emerging from nearby streams and wetlands, when the forest canopy is thick with flying invertebrates, and when every nesting bird on the island is making repeated foraging trips to feed protein to nestlings. The bunchberry adds to that supply. Not dramatically, but consistently, and at the right moment.The flowers attract small bees, flies, beetles, and wasps, including the invasive European paper wasp, which forages widely across the understory this time of year. These visitors collect pollen and nectar, and in doing so transfer pollen between plants. The pollination mechanism in bunchberry is worth knowing: the flowers are spring-loaded. When a visiting insect contacts the stamens, the anthers release pollen explosively, coating the visitor in under half a millisecond. It is one of the fastest movements in the plant world. The insect moves on, dusted with pollen, and the plant's reproduction moves with it. Look closely at the center of an open flower cluster and you may see the spent anthers, already triggered, curled outward.What the insects carry away, the birds collect indirectly. Chestnut-backed chickadees are nesting now, and they forage heavily on the small insects that gather at flowering plants like this one. Spotted towhees work the leaf litter nearby, turning over debris in search of invertebrates. Bewick's wrens move through shrubby tangles at the forest edge, taking flies and small beetles. These birds are not visiting the bunchberry directly; they are harvesting the insects that the flowers have concentrated. The plant functions as a gathering point, and the gathering feeds the next layer up. Later in the season, bunchberry will produce tight clusters of bright red fruit, and those same birds will return for a different reason entirely. Right now, though, it is the flowers doing the work.
Ochre sea stars hunting at the tide line
June 6, 2026
The rocky shore at Winslow lies exposed under the long light of early summer. Water drains from the tide pools in sheets, leaving dark stones slick and glistening. The air carries the salt tang of kelp and the sharp mineral scent of wet granite. If you are walking these shores, notice how the retreating water reveals a landscape that was hidden just hours before.Among the barnacle-crusted rocks, orange and purple forms grip the stone with hundreds of tube feet. These are ochre sea stars, and they are hunting. Each star moves with deliberate slowness, flowing over the uneven surface of the intertidal zone. Their arms probe crevices and gaps where California mussels cluster in dark blue masses. The mussels pull tight against their shells when touched, but the sea stars are patient. They position themselves over a mussel bed and begin to pull. Two arms anchor against the rock while the others wrap around a single mussel, applying steady pressure that can last for hours. The mussel's muscles tire before the sea star's grip weakens. When the shell opens just a crack, the sea star pushes its stomach through its mouth and into the gap, digesting the mussel from the inside.This hunt shapes everything else on these rocks. Without ochre sea stars, mussels would carpet every available surface, crowding out barnacles, anemones, and the small algae that feed dozens of other species. The sea stars create space by removing the most successful competitor, allowing aggregating anemones to spread their tentacle crowns in the cleared patches, and giving small crabs room to scuttle between the remaining mussel clusters. Each hunting sea star maintains a small clearing in what would otherwise become a mussel monoculture. The pattern repeats across every stretch of rocky shore from Alaska to California. Remove the sea stars, and the diversity collapses within months. Their presence keeps the intertidal zone open and complex, a patchwork of different organisms rather than a single dominant species. The relationship extends beyond mussels. Sea stars also hunt barnacles, limpets, and chitons, but mussels remain their preferred prey when available. During these long summer days, with extended low tides exposing the hunting grounds for hours, the sea stars can reach prey that remains submerged during winter's brief low tides. The timing matters. Early summer brings the year's most accessible feeding, when the combination of daylight and tide cycles allows the deepest reaches of the mussel beds to emerge into air.The water returns gradually, first as a thin film spreading between the rocks, then deeper until it covers the hunting grounds again. You can hear it before you see it, a quiet rushing that grows louder as the tide fills the channels between boulders. The sea stars continue their slow work even as the water rises around them, their orange arms still wrapped around blue shells, still applying that patient, inexorable pressure that keeps these shores diverse and open.
