A coastal view on a sunny and bright December late afternoon at low tide on St.Bees beach, St.Bees, Cumbria, England. In the foreground is part of a small reef created by honeycomb worms (Sabellaria alveolata). The reef is exposed with the tide just starting to come in again. There are also a few large rocks and seaweed next to the reef. The beach has distinctive rippled sand and some is covered in shallow water left behind by the receding tide. In the background is the calm Irish Sea. The low winter sun is shining brightly, creating reflections on the wet sand and in the shallow water. The sky has light, wispy clouds and contrails. The structure in the image is a reef created by honeycomb worms (Sabellaria alveolata). Each worm builds a protective tube using sand and shell fragments, and these individual tubes aggregate to form the characteristic honeycomb-like mounds or reefs. These biogenic reefs provide a habitat for a variety of other marine species, including anemones, snails, crabs, and seaweeds, similar to how coral reefs function in tropical waters. The worms are filter feeders, extending a plume-like fan from their tubes to catch microscopic food particles floating in the seawater. Honeycomb worm reefs are commonly found intertidally (in the area exposed at low tide) in exposed areas, particularly on the south and west coasts of the UK.
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#TidesOutTuesday
St. Bees beach, St. Bees, Cumbria at low tide, late afternoon in winter (Dec 2025).
In the foreground is part of a reef created by honeycomb worms (Sabellaria alveolata).
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