Dichanthium tenue, commonly known as Small Bluegrass, is a perennial grass native to Australia. This species is a valuable component of its natural ecosystems, contributing to the biodiversity and ecological health of the grasslands and woodlands it inhabits. Its presence can indicate specific soil and moisture conditions, making it an important indicator species for land managers and ecologists. Physically, Dichanthium tenue is characterized by its tufted growth habit, forming clumps of erect to spreading culms that typically reach heights of 30 to 70 centimeters, though they can occasionally grow taller. The leaves are linear, measuring about 10 to 30 centimeters long and 2 to 4 millimeters wide, and are often smooth or slightly rough. A distinctive feature of this grass is its inflorescence, which is a panicle composed of slender, finger-like racemes. These racemes bear the spikelets, which are the reproductive units of the grass. The glumes of the spikelets are typically awned, contributing to the grass's overall appearance. The seeds are small and are dispersed by wind. The native distribution of Dichanthium tenue is primarily across eastern and northern Australia, extending into parts of Western Australia. It thrives in a variety of natural habitats, commonly found in open woodlands, grasslands, and along the margins of watercourses. It prefers well-drained soils and is adapted to a range of climatic conditions found within its native range, often tolerating periods of dryness. While not widely cultivated, its ecological role in its native habitat is significant. Dichanthium tenue holds ecological importance as a forage grass for native herbivores. Its ability to establish and persist in its natural environment contributes to soil stabilization and provides habitat for various invertebrates. While not a primary agricultural crop, it can be a component of natural pastures. There is limited documented evidence regarding significant ornamental, medicinal, culinary, or economic uses beyond its role in native ecosystems and as a forage species. An interesting characteristic of Dichanthium tenue is its adaptation to fire, a common disturbance in Australian grasslands. Like many native grasses, it possesses the ability to resprout from its rootstock following fire events, allowing it to maintain its population and ecological function. The inflorescence structure, with its awned spikelets, is a common adaptation in grasses for efficient wind dispersal of seeds, ensuring the propagation of the species across its habitat.