facebook

follow on twitter

NEWS Lloyd Godman

books dvds

books dvds

A catalogue of Bromeliads used for various projects by - © Lloyd Godman

This is a catalogue of bromeliads used by Lloyd godman for his various installations and photosynthesis projects - the collection of pants he accessed in New Zealand from 1996 - 2004 was collected from a wide range of sources, while most were brought from Greens Bromeliads, some were also donated by the Dunedin Botanical Gardens. Later in 2004 these plants were either sold or given away with his move to Australia.

Lloyd is at present re-establishing his collection where he now lives in Melbourne.

A Lexicon of Bromeliads: A resource by Lloyd Godman

Genus -Genus - Billbergia : Sub- family - Bromelioideae: Family - Bromelioideae

Blthough Billbergias produce flowers that are shot lived, they are very spectacular. These very hardy plants often have few leaves but they form in such a manner as to produce tall tubular structu res that hold deep reservoirs of water. These leaves are often dusted with silver bands, or the plant may take on an over all silver dusting. They like average to warm temperatures (60-85 degrees C, 16-30 degrees F), but some will tolerate temperatures near freezing for short periods. Many grow well as epiphytes on trees.

Plants are marked NZ for those collected in New Zealand - or Aust - for the new plants collected since coming to Australia

 

Billbergia meyeri
 

Billbergia Meyeri

 

Species/Cultivar: Species

Seed parent plant:

Pollen Parent Plant:

Taxonomic rank: Species

Hybridizer:  

Native distribution: This plant comes from the dry, barren regions of Mato Grosso, Minas Geras, and Sao Paulo, Brazil and eastern Bolivia, often growing on palm "boots" at altitudes of 500 to 2,200 ft

Habit: It is a tall thin, tube like plant with gray brown, channelled leaves mottled profusely with peltate scales.

Leaf shape:

Leaf cross section:

Pigmentation:

Spines:

Trichomes:  

Axis:

Floral Bracts:

Rachis:

Bract on Stipe:

Primary Bract:

Internode:

Stipe:

Peduncle Bract:

Peduncle:

Inflorescence: The long pendulous inflorescence has large, bright pink bracts and greenish petals tipped with blue. The petals curl back like a spring when the flowers open, exposing the long green stamens. The following day the petals uncurl and straighten out. The plant needs wintre care.

Flowers:

Petals:

Sepals:

Stamens:

Anther:

Stigma:

Pistil:

Pollen:

Roots:

Stalons:

Off sets:

Pollination:

Seed:

Germination:

Cultivation:

Fertilization: 

Collection: NZ

 

 

 

 

 

 

 

 

 

 

 

Bromeliad Work Sheet from Derek Butcher

plant stem high wide  
No. leaves shape    
sheath shape length width  
lepidote Adaxial lepidote Abaxial colour Adaxial  
colour Abaxial distinct from blade?    
blade shape length width  
lepidote Adaxial lepidote Abaxial colour Adaxial  
colour Abaxial keeled    
scape shape length thick  
hidden by bracts?      
scape bract sheath shape length width  
lepidote Adaxial lepidote Abaxial colour Adaxial  
colour Abaxial texture relation to stem  
relation to internodes keeled?    
scape bract blade shape length width  
lepidote Adaxial lepidote Abaxial colour Adaxial  
colour Abaxial texture Difference between upper and lower?  
Inflo poly / dist shape length  
width relation to leaves no. spikes  
axis shape thick colour  
lepidote internodes    
primary bract sheath shape length width  
lepidote Adaxial lepidote Abaxial colour Adaxial  
colour Abaxial texture keeled  
nerved      
Primary bract blade shape length width  
lepidote Adaxial lepidote Adaxial colour  
texture      
spike poly / distichous shape length  
width No. flowers peduncle  
Rhachis thick shape lepidote  
internodes visible?    
Floral bract blade shape length width  
lepidote Adaxial lepidote Abaxial colour  
texture      
Flower erect? length width  
pedicel? scented?    
Sepal shape length width  
lepidote Adaxial lepidote Abaxial colour  
texture relation to bract keeled  
nerved connate    
Petal shape length width  
colour Platte? Tube?  
Stamens exceed petal?      
Filament shape length colour  
Anther shape length how joined  
colour      
Pollen colour      
Style length Lobe shape Lobe size  
colour      
Ovary