Hollenberg, George J(University of Hawai'i Press, 1968-01)
Twenty-four tetrasiphonous species are described. The following species
or varieties are new: Polysiphonia anomala, P. apiculata, P. delicatula, P. flaceidissima
var. decimera, P. flaccidissima var. iki, P. flaccidissima ...
Thomas, Charles W(University of Hawai'i Press, 1968-01)
Seven Antarctic marine environments are examined with respect to
their geology and to the skeletal remains of marine microorganisms. While all
assemblages live in the same water mass, they vary significantly from place ...
Christensen, Nikolas I(University of Hawai'i Press, 1968-01)
Compressional wave velocities determined by measurement of travel
times of pulses at pressures to 10 kilobars are given for specimens of basalt. Variations
of velocity with propagation direction are related to feldspar ...
Pequegnat, Willis E(University of Hawai'i Press, 1968-01)
Previously the author reported on the quantitative
distribution of epifaunal species and individuals
and their zonation on a siltstone reef
located in the open ocean near Corona del Mar,
California (Pequegnat, 1964) . ...
St. John, Harold(University of Hawai'i Press, 1968-01)
Up to the present there has been known
only one species of Pandanus in the Iles Comores,
P. maximus Martelli (sect. Pandanus),
indigenous to the Ile Grande Comore. Now,
there can be announced a second species from
the ...
St. John, Harold(University of Hawai'i Press, 1968-01)
At the beginning of the eighteenth century
Pandanus was found growing naturally on
Madagascar. The first species from there were
described by du Petit Thouars. Subsequent discoveries
revealed that it was one of the ...
Salmon, Michael; Winn, Howard E; Sorgente, Nino(University of Hawai'i Press, 1968-01)
Two Atlantic and five Pacific species of
triggerfish produce sounds by movements of
the pectoral fins against the side of the body.
The behavior associated with sound production
was observed in the field and in ...
Ashmole, Myrtle J; Ashmole, NP(University of Hawai'i Press, 1968-01)
Many parts of the tropical oceans appear to be relatively seasonless,
but, because of the difficulty of sampling mobile and patchily distributed animals
and the cost of oceanographic investigations, few data are available ...