The influence upon algal cells of an alteration in the hydrogen ion concentration of sea water.

@article{AtkinsTheIU,
  title={The influence upon algal cells of an alteration in the hydrogen ion concentration of sea water.},
  author={William Ringrose Gelston Atkins},
  journal={Journal of the Marine Biological Association of the United Kingdom},
  volume={12},
  pages={789-791}
}
  • W. R. G. Atkins
  • Published 1 October 1922
  • Chemistry
  • Journal of the Marine Biological Association of the United Kingdom
WHENIstudying the hydrogen ion concentration of algal cells it was thought desirable to see whether an increase in the alkalinity of the water had any influence upon the reaction of the cell sap. With normal sea water at pH8'2 the algre examined were at about pH7. When subjected to an approximate correction for salt error Ulva latissima L., was at pH6'9 and Oeramium rubrum at pH7'1. It had previously been ascertained that when Ulva was exposed to sunlight in a jar of sea water it abstracted so… 
Ecological and non-environmental constitutional resistance of the protoplasm of marine algae
TLDR
If non-environmental resistance changes during the development of the plant the authors may interpret it, like changes in the permeability of the cell (Hofler, 1937; Hofmeister, 1938), as an indirect indication of a change in the general condition of the protoplasm.
BIOHYDROGEN PRODUCTION BY ALGAE ISOLATED FROM GULF OF AQABA
Ref # 11-100 Hydrogen is one of the promising futures Biofuel; it is renewable, does not produce carbon dioxide and is considered friendly to environment. One of important aspect of hydrogen
A guide to the literature on ecology and life histories of the algae
TLDR
Divis ion Ch lo rophy ta, R h o d o p h y t and the a m o u n t of wa te r in the i r hab i ta t.
Zur protoplasmatischen Anatomie der Rotalgen
TLDR
Vorliegende Untersuchung will an einigen l~otalgen zeigen, dab sich auch unter den l~hodophyceen gute Beispiele physiologisch unterscheidbarer, morphologisch melir minder gleichartiger Zellen, bzw.
Zum Wachstum von Karposporen-Keimlingen der Rotalge Gracilaria confervoides (L) Grev.
Unsere Kenntnisse hinsichtlich des Wachstums der Rotalgen, wie überhaupt der Physiologie dieses Algenstammes, sind, im Vergleich zu anderen Pflanzengruppen, noch recht beschränkt (LooMis, 1949,
William Ringrose Gelston Atkins, 1884-1959
  • H. Poole
  • Medicine
    Biographical Memoirs of Fellows of the Royal Society
  • 1960
W. R. G. A tkins—known to his countless friends as ‘Billie’ Atkins, or to many of them as ‘Billie’—was born in Cork on 4 September 1884.

References

SHOWING 1-2 OF 2 REFERENCES
Axial Susceptibility Gradients in Algae
TLDR
These axial differences in susceptibility in the algae are regarded as indicating the existence of axial metabolic gradients, and if this conclusion be correct, the axis in these simple plants is identical with the axis of the animal organism in this respect.
THE AXIAL GRADIENTS IN HYDROZOA
TLDR
A study of the susceptibility of three species of hydra shows that a gradient in susceptibility exists along the apico-basal axis of the body and in each tentacle, primarily a basipetal gradient.