Log In New Account Sitemap
  • Home
  • Specimen Search
    • Search Collections
    • Map Search
    • Exsiccati Search
  • Images
    • Image Browser
    • Search Images
  • Flora Projects
    • Arizona
    • New Mexico
    • Colorado Plateau
    • Plant Atlas of Arizona (PAPAZ)
    • Sonoran Desert
    • Teaching Checklists
  • Agency Floras
    • NPS - Intermountain
    • USFWS - Region 2
    • BLM Flora
    • Coronado NF
    • Tonto NF
  • Dynamic Floras
    • Dynamic Checklist
    • Dynamic Key
  • Additional Websites
    • New Mexico Flores
    • Plant Atlas Project of Arizona (PAPAZ)
    • Southwest Colorado Wildflowers
    • Vascular Plants of the Gila Wilderness
    • Consortium of Midwest Herbaria
    • Consortium of Southern Rocky Mountain Herbaria
    • Intermountain Region Herbaria Network (IRHN)
    • Mid-Atlantic Herbaria
    • North American Network of Small Herbaria (NANSH)
    • Northern Great Plains Herbaria
    • Red de Herbarios del Noroeste de México (northern Mexico)
    • SERNEC - Southeastern USA
    • Texas Oklahoma Regional Consortium of Herbaria (TORCH)
  • Resources
    • Symbiota Docs
    • Video Tutorials
    • Collections in SEINet
    • Joining a Portal
Bahia biternata A. Gray  
Family: Asteraceae
slimlobe bahia, more...slim-lobe false goldfields
Bahia biternata image
ASU Herbarium
  • FNA
  • SW Field Guide
  • Resources
John L. Strother in Flora of North America (vol. 21)
Annuals, 8-40+ cm. Stems mostly erect. Leaves all or mostly alternate (proximal sometimes opposite); blades simple or 1-2-ternately lobed, lobes filiform to linear, 5-12(-25+) × 0.5-1.5(-3+) mm, faces sparsely scabrellous, usually gland-dotted as well. Involucres 3-4+ × 6-9+ mm. Ray florets 8-13+; corolla laminae 3-4(-10+) mm. Disc florets 30-60+; corollas 2.5-3.5 mm. Cypselae 2-3+ mm, faces ± hirtellous; pappi of (outer cypselae) ± ovate to quadrate, apically ± muticous scales 0.5-1 mm or (innermost cypselae) lanceolate to lance-subulate, apically ± aristate scales 1-2.5 mm. Flowering (May-)Sep-Oct. Granite outcrops; 1200-1600 m; Ariz., N.Mex.
FNA 2006, Wiggins 1964, Kearney and Peebles 1969
Duration: Annual Nativity: Native Lifeform: Forb/Herb General: Annual with erect stems 8-40 cm with cinereous-puberulent stems and foliage. Leaves: Mostly or all alternate, blades simple or 1-2 ternately lobed, lobes filiform to linear 5-12 mm long by 0.5-1.5 mm wide, faces sparsely scabrellous, usually gland-dotted on petioles much shorter than blade. Flowers: Corymbose, on peduncle 4-5 cm long, involucre 3-4 mm high, 6-9 cm wide, hemispheric; ray florets 8-13, bright yellow, with corolla laminae 3-4 mm; 30-60 disc florets, corollas 2.5-3.5 mm, throat narrowly campanulate. Fruits: Cypselae 2-3 mm, faces hirtellous, 4-angled, narrowly obpyramidal, strongly striate and hirsute, pappus of 12-14 obovate squamellate. Ecology: Found along arroyos and watercourses and on brushy or forested hillsides, in some instances on granite outcrops from 1,000-4,500 ft (305-1372 m); flowers May-October. Notes: Distinguished by its alternate leaves, annual habit, with leaf lobes that are filiform to linear. Ethnobotany: Unknown, but other species in the genus have uses. Etymology: Bahia is named after Juan Francisco de Bahi y Fonseca (1775-1841), a Spanish botany professor, while biternata comes from bi, for two, and ternata meaning with parts in groups of threes, often the leaflets, which would be doubly in threes. Synonyms: None Editor: SBuckley, 2010
Bahia biternata
Open Interactive Map
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Liz Makings
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Bahia biternata image
Click to Display
24 Total Images
The National Science Foundation
Development supported by National Science Foundation Grants (DBI 9983132, BRC 0237418, DBI 0743827, DBI 0847966)
Powered by Symbiota