Blennosperma bakeri, commonly known as Sonoma sunshine, is a small, herbaceous perennial native to a very restricted area in California. This species is a member of the Asteraceae family, commonly known as the daisy or sunflower family. Its significance lies primarily in its rarity and its role as a component of specific California native plant communities. Sonoma sunshine is characterized by its low-growing, clumping habit, typically reaching a height of only a few inches. The plant produces a basal rosette of leaves, which are generally spatulate to oblanceolate in shape, with entire or slightly toothed margins. The leaves are usually green and can be somewhat fleshy. The most striking feature of Blennosperma bakeri is its bright yellow, daisy-like flower heads. These flower heads are borne on short stems that rise from the basal rosette, often appearing at or slightly above the foliage. Each flower head typically consists of ray florets surrounding disc florets, giving it the characteristic appearance of a small sunflower or aster. The fruits are achenes, which are small, dry, and indehiscent, characteristic of the Asteraceae family. The native distribution of Blennosperma bakeri is extremely limited, being endemic to the serpentine soils of Sonoma County, California. It is found in specific grassland and open woodland habitats where serpentine geology influences soil composition, often leading to unique plant communities adapted to these nutrient-poor, mineral-rich conditions. Due to its restricted range and specialized habitat requirements, it is considered a rare plant. Cultivation of Blennosperma bakeri is challenging and is primarily undertaken by specialized native plant nurseries and conservation programs. It requires well-drained soils, ideally those mimicking its native serpentine substrate, and prefers sunny to partially shaded locations. Water requirements are typically low once established, reflecting its adaptation to dry California summers. While Blennosperma bakeri is not widely cultivated for ornamental purposes due to its rarity and specific needs, its ecological importance within its native habitat is notable. As a component of serpentine ecosystems, it contributes to the biodiversity of these unique environments. Its presence can indicate the health of these specialized habitats. Interesting adaptations of this species likely include its ability to thrive in serpentine soils, which are often toxic to other plants due to high levels of magnesium and nickel, and low levels of essential nutrients like calcium and molybdenum. The bright yellow flowers are adapted for pollination by native insects, playing a role in the local food web. The plant's life cycle is timed to take advantage of seasonal moisture, with flowering typically occurring in the spring.