Consortium of Lichen Herbaria
- building a Global Consortium of Bryophytes and Lichens as keystones of cryptobiotic communities -
Login New Account
  • Home
  • Search
    • Specimen Search
    • Map Search
    • Exsiccatae
    • Dynamic Species List
    • Dynamic Identification Key
    • Taxonomic Explorer
  • Images
    • Image Browser
    • Image Search
  • Species Checklists
    • Global Checklists >
      • Global Checklists of Lichens & Lichenicolous Fungi
      • Global IUCN Red-Lists
    • Arctic
    • North America
    • Canada
    • Mexico
    • US States: A-L >
      • Alaska
      • Arizona
      • Arkansas
      • California
      • Colorado
      • Florida
      • Georgia
      • Hawai'i
      • Idaho
      • Illinois
      • Indiana
      • Iowa
      • Kansas
      • Kentucky
    • US States: M-N >
      • Maine
      • Maryland
      • Massachusetts
      • Michigan
      • Missouri
      • Minnesota
      • Mississippi
      • Montana
      • Nebraska
      • Nevada
      • New Jersey
      • New Mexico
      • New York
      • North Carolina
      • North Dakota
    • US States: O-Z >
      • Ohio
      • Oklahoma
      • Oregon
      • Pennsylvania
      • South Carolina
      • South Dakota
      • Tennessee
      • Texas
      • Utah
      • Virginia
      • Washington, D.C.
      • Washington
      • West Virginia
      • Wisconsin
      • Wyoming
    • US National Parks
    • Central America
      • Panama
    • South America
      • Ecuador
    • US National Parks
    • Southern Subpolar Region
  • Crowdsourcing
  • Associated Projects
    • Consortium of Bryophyte Herbaria
    • GLOBAL Bryophytes and Lichens Network
    • MyCoPortal
  • More Information
    • Partners
    • Data Usage Policy
  • Sitemap
  • Help & Resources
    • Consortium Resources
    • Symbiota Help
Candelaria
Family: Candelariaceae
Candelaria image
Gary Perlmutter
  • Greater Sonoran Desert
  • Resources
Nash, T.H., Ryan, B.D., Gries, C., Bungartz, F., (eds.) 2002. Lichen Flora of the Greater Sonoran Desert Region. Vol 1.
Life habit: lichenized Thallus: small foliose, circular to irregular in outline, often forming rosettes, sometimes irregularly coalescing and spreading over its substrate, loosely adnate to adnate, lobate lobes: usually flat to convex but sometimes subterete, discrete, often loosely imbricate, elongate; apices: horizontal, sometimes ascending or semierect to erect, eciliate upper surface: lemon yellow to mustard yellow but in shade paling to yellow-green, dull to somewhat shiny, with or without pruina, with or without isidia or soredia upper cortex: paraplectenchymatous medulla: white, reticulate photobiont: primary one a chlorococcoid alga, secondary photobiont absent lower cortex: paraplectenchymatous, sometimes lacking lower surface: white to yellow, smooth to somewhat wrinkled, often rhizinate but sometimes with hapters; rhizines: simple or or sparingly branched Ascomata: apothecial, lecanorine, laminal, sessile; margin: concolorous with the thallus, persistent, smooth or sorediate or lobulate; disc: darker yellow than the thallus; epithecium: yellow-brown, granular; hymenium: colorless below, I+ blue; paraphyses: simple or sparingly branched, cylindrical or submoniliform, sometimes anastomosing below, septate; hypothecium: colorless to pale brown asci: clavate, Candelaria-type (apical dome I+ blue only in the lower part), 8-64+-spored ascospores: usually ellipsoid, simple to thinly 1-septate, uni- or biguttulate or with numerous oil-droplets, colorless Conidiomata: pycnidial, more or less globular, concolorous with the thallus or darker (walls pale), usually appearing as raised warts on thallus surface conidia: ellipsoid to narrowly ellipsoid, simple, colorless Secondary metabolites: pulvinic acid derivatives present in colored parts Geography: world-wide Substrate: common on rocks or bark, rarely on soil or mosses.
Species within checklist: George Washington Carver National Monument
Candelaria concolor
Image of Candelaria concolor
Map not
Available
Candelaria fibrosa
Image of Candelaria fibrosa
Map not
Available

 

This project made possible by National Science Foundation Awards: #1115116, #2001500, #2001394
Powered by Symbiota