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Manual of the Flowering Plants of Hawai'i
This revised edition of "the most significant botanical publication on Pacific plants in recent decades" (Flora Vitiensis Nova) includes an extensive addendum providing information on newly described…
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Biogeographical and Ecological Correlates of Dioecy in the Hawaiian Flora
TLDR
Because the Hawaiian angiosperm flora originated from a minimum of only 291 colonists, many of the associations of dimorphism with ecological traits occur because of the influence of only a few species-rich lineages, and Baker's law is not supported within the Hawaiian Islands.
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Manual of the Flowering Plants of Hawai'i, Vols. 1 and 2.
TLDR
This file contains all of the information as published in Wagner, W. L. and D. R. Herbst's manual of the flowering plants of Hawai`i, revised edition with supplement with supplement, 1999.
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Origins of Dioecy in the Hawaiian Flora
TLDR
Dioecy in the Hawaiian Islands is a result of both dimorphic colonists as well as evolution of dioecY in Hawaiian lineages from hermaphroditic colonists, the highest of any known flora worldwide.
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ONTOGENY OF FOLIAR VENATION IN EUPHORBIA FORBESII
Six species of Euphorbia endemic to the Hawaiian Islands have disjunct veins as a normal component of their foliar anatomy. An ontogenic study of the foliar venation of one of these species, E.…
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Flora of the Hawaiian Islands website.
Biogeographical and ecological correlates of dioecy in the Hawaiian angiosperm flora
Evolution of Dioecy in Schiedea (Caryophyllaceae: Alsinoideae) in the Hawaiian Islands: Biogeographical and Ecological Factors
TLDR
It appears likely that dicliny has evolved at least three and possibly six times in Schiedea, and among extant species those with hermaphroditic breeding systems are more likely to occur on more than a single island.
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Disjunct Foliar Veins in Hawaiian Euphorbias
  • D. Herbst
  • Environmental Science
    Science
  • 26 March 1971
TLDR
Isolated segments of veins occur in the leaf mesophyll of several Hawaiian species of Euphorbia and appear to consist entirely of tracheids, a normal feature of the anatomy of species native to mesic and wet areas, but not to xeric, dry habitats.
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Hawaiian Vascular Plants at Risk: 1999
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