Thinopyrum junceum, commonly known as Rush-like Wheatgrass, is a perennial grass species recognized for its distinctive morphology and ecological role, particularly in coastal environments. This species belongs to the Triticeae tribe within the Poaceae family, a group that includes many agriculturally important cereals. Its scientific name, *Thinopyrum junceum*, reflects its slender, rush-like appearance and its relationship to wheatgrasses. Physically, Rush-like Wheatgrass is characterized by its robust, erect to somewhat spreading growth habit, typically reaching heights of 30 to 100 centimeters. The plant forms dense clumps or sods, a feature facilitated by its extensive rhizomatous root system. Its leaves are a prominent distinguishing feature: they are long, narrow, and stiff, often rolled or channeled, resembling rushes, which contributes to its common name. The leaf blades are typically glaucous or bluish-green, and the leaf sheaths are smooth. The inflorescence is a spike, similar to that of wheat or barley, with spikelets arranged alternately along a central rachis. Each spikelet contains several florets, which mature into caryopses, the characteristic grain of grasses. The glumes are typically lanceolate and pointed, and the lemmas are awned or mucronate. The native distribution of Thinopyrum junceum is primarily along the coastal regions of the Mediterranean Sea and the Atlantic coast of Europe, extending into North Africa. It thrives in sandy soils, dunes, and salt marshes, demonstrating a high tolerance for saline conditions and wind exposure. This adaptation makes it a crucial component of coastal dune stabilization ecosystems, where its dense root system helps to bind sand and prevent erosion. Cultivation requirements for this species are minimal, as it is well-adapted to its native harsh environments. It prefers full sun and well-drained soils, and its salt tolerance means it can be established in areas unsuitable for many other grasses. Ecologically, Thinopyrum junceum plays a significant role in its natural habitat. It is a pioneer species on coastal dunes, contributing to the establishment of vegetation and the development of dune systems. Its ability to colonize unstable substrates and withstand salt spray makes it invaluable for coastal protection. While not a primary agricultural crop, its genetic material has been of interest in plant breeding programs for its traits related to stress tolerance, particularly salinity and drought resistance, which could be beneficial for developing more resilient cereal varieties. There is limited documented evidence of significant ornamental, medicinal, or culinary uses for this species. An interesting characteristic of Thinopyrum junceum is its remarkable resilience to environmental stressors. Its ability to thrive in saline soils and withstand strong coastal winds is a testament to its specialized adaptations. The rolled or channeled leaves reduce water loss through transpiration, a crucial adaptation for plants growing in exposed, dry, and salty environments. This species is a prime example of how plants can adapt to and shape challenging coastal landscapes.