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References<br />

835<br />

Plants classified as seleniferous actively concentrate Se.<br />

Seleniferous plants can be subclassified as obligate (requiring<br />

Se) and facultative (Se not required). Astragalus spp.<br />

(locoweed), Machaeranthera spp., Oonopsis spp. (goldenweed),<br />

Stanleya spp., and Xylorrhiza spp. (wood aster) are<br />

obligate accumulators <strong>of</strong> selenium. These species are generally<br />

nonpalatable and are consumed only by herbivores<br />

with little other available forage. Several plants are facultative<br />

accumulators <strong>of</strong> selenium including the genera Asters,<br />

Atriplex, Catilleja, Gutierrezia, and Sideranthus, which<br />

are more <strong>of</strong>ten associated with forage-associated selenium<br />

intoxication. In addition, various grasses and crops<br />

may accumulate from 1 to 25 ppm selenium when grown<br />

on seleniferous soils. The differences in selenium accumulation<br />

by these three groups are rather indistinct. Grasses<br />

are by far the most important group from the standpoint <strong>of</strong><br />

sheer numbers <strong>of</strong> livestock affected.<br />

Grazing <strong>of</strong> seleniferous plants may result in acute gastroenteritis,<br />

but it also induces what has historically been<br />

called “ alkali disease ” that manifests as alopecia and dystrophic<br />

growth <strong>of</strong> the hooves primarily in horses, cattle,<br />

and goats. There are conflicting reports regarding the hepatotoxicity,<br />

nephrotoxicity, and cardiotoxicity <strong>of</strong> selenium.<br />

Vicia villosa (hairy vetch) produces angiocentric eosinophilic<br />

granulomatous inflammation <strong>of</strong> the skin, myocardium,<br />

kidney, lymph nodes, thyroid, and adrenal glands.<br />

The mechanism is unknown. The skin lesions are pruritic.<br />

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