Edible Parts: Seed
Edible Uses:

Edibility Summary. The principal edible part is the seed. Ethnobotanical evidence indicates that seeds were collected in small quantities, ground, mixed with cornmeal, and steamed as cakes or dumplings. There is no strong traditional record in the material you provided for using the leaves, stems, or roots as food. In practical terms, this makes Dysphania atriplicifolia a minor grain or porridge plant rather than a vegetable. The seeds are the relevant food resource, and the rest of the plant is best treated as non-food unless future evidence clearly supports wider use [2-3]. Edible Uses & Rating. As a food plant, winged pigweed ranks as a modest but worthwhile seed resource. Its value is probably best described as moderate rather than high. It does not appear to produce a large, easy-to-clean grain like amaranth or chenopodium, and it was apparently gathered only in small quantities. The fact that it was intentionally collected, ground, mixed with staple cornmeal, and cooked into formed foods suggests it was respected as a useful supplement rather than a mere famine nibble. For a modern forager, its best role would likely be as a supplemental wild grain in dry sandy landscapes [2-3]. Taste, Processing & Kitchen Notes. We've had no firsthand tasting, so detailed sensory descriptions remain limited. The most defensible culinary interpretation is that the seeds behave like other tiny goosefoot/amaranth-type grains: too small to justify elaborate separation unless gathered in quantity, but potentially useful when milled whole and blended with another meal. The Zuni-style preparation is especially informative because it suggests that the seed meal may work best not alone, but in combination with cornmeal, where it likely contributes body, nutrition, and mild flavor rather than serving as a standalone staple. In a modern kitchen, the most practical approach would probably be drying seed heads, threshing, winnowing, then grinding the cleaned seed into coarse or fine meal for porridge, cakes, or flatbread blends [2-3]. Seasonality (Phenology). Dysphania atriplicifolia blooms from roughly May to September in much of its range, with flowering and fruiting progressing through the warm season as long as moisture and open ground are available. Because it is an annual of disturbed sandy ground, it is often most abundant in freshly opened habitat during summer. Mature seed harvest would usually occur from late summer into early autumn, depending on latitude, rainfall, and the timing of local disturbance. Safety & Cautions (Food Use). No major toxicity concern was found for the seeds, and the documented food use supports their basic edibility. The main cautions are practical rather than toxicological. First, because this species often grows in disturbed sandy sites, roadsides, and excavated areas, contamination from dust, chemicals, fuel residues, or urban disturbance is a real concern. Second, the seed is tiny, so incomplete cleaning can leave a lot of chaff, dust, and grit in the final food. Third, because this is an annual from open ground, it is easy to accidentally gather seed from poor-quality or degraded habitats where food cleanliness is compromised. Clean site selection matters [2-3]. Harvest & Processing Workflow. The likely best workflow is to allow the plant to fully mature until the branching inflorescences are dry and seed-bearing, then cut and bag the upper plant parts. These can be dried further under cover if needed, then rubbed or lightly beaten to release the fruits and seeds. After threshing, repeated winnowing and sieving should separate the tiny black seeds from most of the papery material. Because the fruits are winged and enclosed, fine screening may be more useful than for some chenopods. Once cleaned, the seeds can be ground into meal and used as porridge or mixed with cornmeal, as in the Zuni preparation. If using for porridge, a brief toasting before simmering may improve aroma and reduce any raw grassy notes. Cultivar/Selection Notes. There are no known named food cultivars in ordinary use, and the species is rarely grown intentionally as a crop. If someone were to select it for practical use, the most valuable traits would likely be larger plant size, denser seed set, delayed shattering, and ease of threshing. Given its annual habit and adaptation to sandy disturbance, it could potentially respond to simple mass selection in a dryland seed-plant breeding context, though this appears not to have been developed in any formal way. Look-Alikes & Confusion Risks. Winged pigweed is fairly distinctive when mature because of its rounded plant form and broad, winged fruits, but in the vegetative stage, it may be confused with other coarse annual amaranths, chenopods, or dryland weeds of sandy ground. The safest identifying features are the alternate leaves, the intricately branched panicles of clustered flowers, and especially the broad wing around the fruit. The current name situation also introduces taxonomic confusion: many older floras and databases still place it in Cycloloma, while newer treatments place it in Dysphania. Plants of the World Online explicitly accepts Dysphania atriplicifolia and treats Cycloloma atriplicifolium as a synonym. Traditional/Indigenous Use Summary. The clearest use from your source material is the Zuni record of collecting small quantities of seed, grinding them, mixing the meal with cornmeal, shaping the mixture into cakes or balls, and steaming them. Go Botany also notes that both Hopi and Zuni peoples used winged pigweed seeds as a grain. This strongly supports the interpretation of the species as a supplemental traditional grain plant rather than a vegetable or emergency weed food [2-3]. Seed - cooked. It is very small, about 1.5mm in diameter[270], but was used as a staple food by several native North American Indian tribes[257]. It can be ground into a powder and mixed with wheat or other cereals and used in making bread etc. It can also be used as a gruel[61, 105, 161, 257].

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Antirheumatic  Febrifuge

Dysphania atriplicifolia (also known as Cycloloma atriplicifolium or Chenopodium atriplicifolium) has a few reported traditional, primarily topical, medicinal uses: Topical Application for Sores: A decoction of the plant has been used as a wash for treating ulcers and sores. Throat/Mouth Infections: It has been applied to treat ulcerated conditions of the throat and mouth. Traditional Protection: The Zuni people have used the blossoms, chewing them and rubbing them on their hands for protection. Nutritional Use: The seeds have been used as a food staple by Native American peoples, including the Hopi and Zuni, often ground and mixed with cornmeal to make mush or steamed cakes. Important Safety Note: While some Dysphania species are used in traditional medicine, they can also possess toxic properties. It is always recommended to consult a qualified practitioner before using such plants for medicinal purposes. The plant has been used in the treatment of fevers, rheumatism and headaches[216, 257].

Dye

A pink dye is obtained from the seed[216, 257]. Dysphania atriplicifolia is most useful as a seasonal filler or a restoration annual rather than as a formal ornamental. Its rounded, airy branching habit can be attractive in naturalistic dryland plantings, especially where a “self-sown desert annual” look is desired. It is not a long-season lush plant, but it can add texture and ecological function in sparse sandy beds. This is a plant for poor ground, not pampered beds. This combination of a rounded habit, sand-loving ecology, and broad winged fruits makes it one of the more distinctive annual goosefoot relatives of dry central North America. Ecologically, this species behaves as an early-successional annual, helping occupy and stabilize freshly disturbed sandy ground. Its seeds may contribute to the diet of small birds and granivorous wildlife, while the plant itself adds seasonal cover and texture in otherwise sparse sandy communities.

Special Uses