Cynomorium songaricum Seeds | Maltese Mushroom
LATIN NAME: Cynomorium songaricum
COMMON NAME: Maltese Mushroom
Plant Profile
What appears above ground is a single unbranched, fleshy stem, typically knee-high in good years, dark red to purplish brown and clothed in overlapping, triangular scale leaves. There are no true foliage leaves anywhere on the plant. The stem is capped by a dense, cylindrical spike packed with minute, dark-red flowers, so tightly clustered that the whole head reads as one solid club. Below the sand sits a thick, horizontal rhizome that stores seasons of stolen water and sugar and can live for several years, pushing up a new flowering stem each season while the host roots keep feeding it.
The Asian plant grows on saline and alkaline flats and the edges of desert basins across Gansu, Xinjiang and Inner Mongolia and into Mongolia, always in the company of a host: tamarisk (Tamarix), Nitraria tangutorum or other salt-steppe shrubs rooting into the same pans. Botanists argued for decades about where the genus sits on the family tree — older treatments parked it near the Balanophoraceae, another band of root parasites, while molecular work now places Cynomoriaceae among the Saxifragales. Linnaeus described the Mediterranean populations as Cynomorium coccineum in 1753; the taller Asian plants are usually kept apart as C. songaricum.
On Malta and the nearby coast the plant had a second, almost legendary career. Dried ‘Maltese fungus’ was sold across Europe from the sixteenth century onward under the names Fungus melitensis and Fungus generalis — the general’s root — and was credited as a styptic and restorative; one account holds that the Knights of Saint John relied on it when provisions ran low. The Asian plant entered Chinese materia medica under the name of the red desert club, where the dried fleshy stem remains a standard tonic item. Both traditions reached for the same plant by different doors, and neither guessed the parasite underneath.
Experienced diggers cut the stem at or just below the sand surface rather than excavating the whole rhizome, which can flower again in following seasons. Stems taken while tight and unopened give the firmest dried material; once the spike elongates and loosens, the tissue turns spongy. On the trade beds of Gansu the dig is short and fast — lifting, washing and spreading the stems in the sun the same afternoon.
Science & Biotechnology
Laboratory work on dried stems of the parasite has catalogued triterpenoid saponins, gallic acid and catechin-type tannins, flavonoids and a heavy load of anthocyanin pigments — the same pigments that make the flowering spike wine-dark. Extract studies describe antioxidant activity in standard bench assays, and the tannin fraction explains the old styptic reputation. None of this is exotic chemistry by pharmaceutical standards; the interest lies in how a leafless parasite accumulates phenolics at all while drawing everything from another plant’s roots.
Uses & Benefits
Nothing about a stem of this desert parasite is built for photosynthesis. The whole plant — stem, scales and flowers — carries no chlorophyll at all, which is why it spends most of its life out of sight, wrapped around the roots of a host shrub, before it pushes a crimson, finger-thick club straight up through salt-crusted sand. Early travellers on the Central Asian routes took the dark-red spikes for a strange root; herbalists on the Mediterranean islands took the same plant for a fungus. Both were wrong in the same interesting way: Cynomorium belongs to the flowering plants, yet it has given up leaves, green tissue and independent life almost entirely.
Wild-collected stems dominate the trade. Collectors look for plump, firm stems before the spike has opened and the tissue has gone fibrous; good material is heavy for its size, evenly red and sweet-tasting. After digging, stems are washed, sun-dried and graded, and the dried sticks keep for years in sealed storage. Because harvest pressure falls on wild hosts across the Gobi margins, most commercial supply still comes from natural populations rather than planted beds — a situation that keeps quality variable and ties prices to a short collection window.
Growing from Seed
Any attempt to cultivate the plant starts and ends with the host. Tamarisk is the classic choice because it tolerates the same saline, alkaline sand that it prefers; Nitraria works on wind-blown sandy ground. The site needs full sun, a deep sandy profile and drainage sharp enough that water never stands. Growers establish host shrubs first and let their roots spread for a season or two before any parasite seed goes near them — the infection must start on living root, and a young host gives more manageable root area.
The seed is barely more than dust, so light that a breath moves it, and it must land within reach of a host root to have any future. Traditional practice sows seed at the collar of an established host shrub, sometimes mixed with damp sand for even spreading, then rakes the surface lightly and keeps it moist through the season. Nothing shows above ground for a long stretch; the young parasite lives hidden until it has enough stolen reserves to push a club of its own. Patience, not technique, is the limiting resource.
Our Take
Cynomorium is not a plant for a normal vegetable bed — it is a long game of host first, parasite second. If the desert-parasite idea interests you, its cousins in the broomrape group are easier to start with: desert cistanche seed and Cistanche tubulosa follow the same host-and-sand playbook, while Cistanche phelypaea brings the Mediterranean version with yellow blooms. Whatever you plant, establish the host shrubs a season ahead and give the sand time to find its rhythm.
Related Reading
Gardeners who grow Maltese Mushroom often pair it with these related subjects: