Operation Wildflower
  • Home
  • Albums
  • Links
    • Botanical Gardens
    • Other Sites
    • OWF Sites
  • Information
    • About Us
    • Articles
    • Contact Us
    • Disclaimer
    • Glossary
    • Plant Records
      • Aloes
      • Bulbs
      • Climbers
      • Cycads
      • Euphorbias
      • Ferns
      • Grasses
      • Herbs
      • Orchids
      • Parasites
      • Shrubs
      • Succulents
      • Trees
    • Sources of Information
    • Subject Index
Home Home » HABITAT » Semi-Desert » Lasiosiphon polycephalus
Back to Category Overview
Total images in all categories: 12,447
Total number of hits on all images: 7,800,149

Lasiosiphon polycephalus

Lasiosiphon polycephalus
Start View full size
[Please activate JavaScript in order to see the slideshow]
Previous Previous
Image 22 of 48  
Next Next
Image 24 of 48  
  • Euphorbia gariepina subsp. gariepina
  • Euphorbia hamata, beesmelkbos
  • Euphorbia ramiglans now E. caput-medusae
  • Euphorbia X doing well
  • Fenestraria rhopalophylla subsp. aurantiaca
  • Gibbaeum in barren terrain
  • Huernia longituba subsp. longituba
  • Larryleachia marlothii maroon flowers in the foreground
  • Lasiosiphon polycephalus
  • Lithops bromfieldii var. mennellii
  • Lithops bromfieldii var. mennellii sheltered by an Aloe
  • Mitrophyllum mitratum, a langbeenslapblaarvygie
  • Monsonia crassicaulis rumpled petals
  • Monsonia herrei wide open flowers
  • Monsonia spinosa long stalked leaves
  • Monsonia spinosa petal shape
  • Ornithogalum sardienii in mini-ensemble

Image information

Description

Lasiosiphon polycephalus is a plant of the arid inland of South Africa, Botswana and Namibia. Not only is it found in sandy soil where the rainfall is notably low, it also presents flowers during the hot weather in the midst of drought. 

The almost leafless stems higher up and the yellow of the flowers resemble the western European shrub called broom (Cytisus scoparius) that also flowers in Spain when there is no rain.

The near absence of foliage makes the thin green stems perform the required photosynthesis. The strong taproot sources moisture from deep underground, allowing L. polycephalus to present a flowering appearance in drought periods when all else is hanging in for dear life with no hope of flowering (Shearing and Van Heerden, 2008; Gledhill, 1981; Vahrmeijer, 1981).

Hits
24
Photographer
Judd Kirkel
Author
Ivan Latti
 
Back to Category Overview
Powered by JoomGallery