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Encyclopedia > Coursetia

Coursetia
Scientific classification
Kingdom: Plantae
Division: Magnoliophyta
Class: Magnoliopsida
Order: Fabales
Family: Fabaceae
Subfamily: Faboideae
Tribe: Robinieae
Genus: Coursetia
Species

Coursetia andina
Coursetia apantensis
Coursetia axillaris
Coursetia barrancana
Coursetia brachyrhachis
Coursetia cajamarcana
Coursetia caribaea
Coursetia chiapensis
Coursetia dubia
Coursetia elliptica
Coursetia ferruginea
Coursetia fruticosa
Coursetia glabella
Coursetia glandulosa
Coursetia gracilis
Coursetia grandiflora
Coursetia guatemalensis
Coursetia hassleri
Coursetia heterantha
Coursetia hidalgoana
Coursetia hintonii
Coursetia hypoleuca
Coursetia insomniifolia
Coursetia intermontana
Coursetia madrensis
Coursetia maraniona
Coursetia mollis
Coursetia oaxacensis
Coursetia orbicularis
Coursetia paniculata
Coursetia paucifoliolata
Coursetia planipetiolata
Coursetia polyphylla
Coursetia pumila
Coursetia robinioides
Coursetia rostrata
Coursetia tumbezensis
Coursetia vicioides
Coursetia weberbaueri

Ref: ILDIS Version 6.05 (http://www.ildis.org/)


Coursetia is a large genus of perennial herbs and shrubs native to the Americas that belongs to the family Fabaceae.


  Results from FactBites:
 
PLANTS Profile for Coursetia glandulosa (rosary babybonnets) | USDA PLANTS (91 words)
PLANTS Profile for Coursetia glandulosa (rosary babybonnets)
Coursetia glandulosa Gray occures in the following states: Arizona
View 236 genera in Fabaceae, 4 species in Coursetia
Revegetation of the McClean Monument (2157 words)
Even Coursetia, which so far has not done as well as the other two, may have done less well simply because it arrived later and has had less time in which to grow.
Its seeds seem to be dispersed simply by the force of the bursting seed-pod and this is probably less efficient than the wind dispersal of the light, flattened pods of Machaerium and Lonchocarpus.
All three species belong to the Papilionoidea sub-family of the Leguminosae and have grown well presumably because of their root nodules which would have allowed them to fix atmospheric nitrogen and increase the fertility of the regenerating soil.
  More results at FactBites »

 

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