Bibliography of the Characeae - International Research Group on ...

Conference on Geoscience <strong>Research</strong> in Nor<strong>the</strong>ast Africa, Berlin. pp. 575-579. Holkema, Rotterdam.
[Paleobotany]
SOULIÉ-MÄRSCHE, I., 1994. The paleoecological implications <strong>of</strong> <strong>the</strong> Charophyte Flora <strong>of</strong> <strong>the</strong>
Trinity Division, Junction, Texas. Journal <strong>of</strong> Paleontology 68: 1145-1157. [Paleobotany]
SOULIÉ-MÄRSCHE, I., 1998. Fossil Lamprothamnium papulosum (Charophyta), a biomarker for
seasonal rainfall in nor<strong>the</strong>rn Mauritania. Palaeoecology <strong>of</strong> Africa and <strong>the</strong> surrounding islands 25: 65-
76. [Paleobotany] [Lamp. papulosum]
SOULIÉ-MÄRSCHE, I., 1999a. Chirality in Charophytes: Stability and evolution from 400 Million
years to present. In: G. Pályi, C. Zucchi & L. Caglioti (eds.) - Advances in BioChirality. pp. 191-207.
Elsevier, Amsterdam. [Paleobotany]
SOULIÉ-MÄRSCHE, I., 1999b. Extant gyrogonite populations <strong>of</strong> Chara zeylanica and Chara haitensis:
implications for taxonomy and paleoecology. Australian Journal <strong>of</strong> Botany 47: 371-382, 6 figs. [C.
zeylanica, C. haitensis]
SOULIÉ-MÄRSCHE, I., 2002. Les charophytes: biomarqueurs pour la reconstitution des
paléoenvironments lacustres. In: MISKOVSKY, J.-C. (ed.) - Géologie de la préhistoire: méthodes,
techniques, applications. pp. 751-769, 6 figs., 13 photo's. Gëoprë, Paris. 1519 pp., figs., photo's.
SOULIÉ-MÄRSCHE, I., 2008. Charophytes indicators for low salinity phases in North African
sebkhet. Journal <strong>of</strong> African Earth Sciences 51: 69-76, 1 fig.
SOWERBY, J. DE C., 1834. Supplement to <strong>the</strong> English Botany Vol. II. See: HOOKER, W.J., 1834.
SOWERBY, J. DE C., 1840. Description <strong>of</strong> organic remains. In: J.G. Malcolmson - On <strong>the</strong> fossils <strong>of</strong>
<strong>the</strong> eastern portion <strong>of</strong> <strong>the</strong> Great Basaltic District <strong>of</strong> India. pl. 47 + text. Transactions <strong>of</strong> <strong>the</strong> Geological
Society <strong>of</strong> London (2) 5. [Paleobotany]
SOWERBY, J., 1798. English botany etc. vol. 7. See: SMITH, J.E., 1798.
SOWERBY, J., 1807. English botany etc. vol. 24. See: SMITH, J.E., 1807.
SOYER-WILLEMENT, H.-F., 1828. Observations sur quelques plantes de France, suivies du
catalogue des plantes vasculaires des environs de Nancy. C.-J. Hisette, Nancy. 195 pp. [Characées p.
188: C. vulgaris, C. tomentosa, C. capillacea, N. flexilis, N. batrachosperma, Tol. glomerata (Nitella &
Tolypella as Chara)]
SPANSWICK, R.M. & BURKE, L.L., 1980. Cyclic phosphorylation in Chara corallina and Nitella
translucens. Plant Physiology 65: 149.
SPANSWICK, R.M. & COSTERTON, J.W., 1967. Plasmodesmata in Nitella translucens: Structure
and electrical resistance. Journal <strong>of</strong> Cell Science 2: 451-464. [N. translucens]
SPANSWICK, R.M. & WILLIAMS, E.J., 1965. Ca fluxes and membrane potentials in Nitella
translucens. Journal <strong>of</strong> Experimental Botany 16: 463-473. [N. translucens]
SPANSWICK, R.M., STOLAREK, J. & WILLIAMS, E.J., 1967. Plasmodesmata in Nitella
translucens. Journal <strong>of</strong> Experimental Botany 18: 1-16. [N. translucens]
SPANSWICK, R.M., 1970. Electrophysiological techniques and <strong>the</strong> magnitude <strong>of</strong> <strong>the</strong> membrane
potentials and resistances <strong>of</strong> Nitella translucens. Journal <strong>of</strong> Experimental Botany 21: 617-627. [N.
translucens]
SPANSWICK, R.M., 1972. Evidence for an electrogenic pump in Nitella translucens I. The effects <strong>of</strong>
pH, K + , Na + , light and temperature on <strong>the</strong> membrane potential and resistance. Biochimica Biophysica
Acta 288: 73-89. [N. translucens]
SPANSWICK, R.M., 1974a. Evidence for an electrogenic ion pump in Nitella translucens. II. Control
<strong>of</strong> <strong>the</strong> light-stimulated component <strong>of</strong> <strong>the</strong> membrane potential. Biochimica et Biophysica Acta 332: 387-
398. [N. translucens]
SPANSWICK, R.M., 1974b. Hydrogen ion transport in giant algal cells. Canadian Journal <strong>of</strong> Botany
52: 1029-1034, 4 figs. [N. translucens].
SPANSWICK, R.M., 1980. Biophysical control <strong>of</strong> electrogenic pumps in <strong>the</strong> <strong>Characeae</strong>. In: R.M.
Spanswick, W.J. Lucas & J. Dainty (eds.) - Plant membrane transport: Current conceptual issues. pp.
305-316. Elsevier/North Holland Biomedical, Amsterdam.
SPARROW, F.K., 1960. Aquatic phycomycetes. Second revised edition. The University <strong>of</strong> Michigan
Press, Ann Arbor. XXV + 1187 pp., 91 figs., 1 pl. [<strong>Characeae</strong> as substrate pp. 1082-1083]
SPEAR, D.G, JUNE, K., BARR, J. & BARR, C.E., 1969. Localization <strong>of</strong> hydrogen ion and chloride
ion fluxes in Nitella. Journal <strong>of</strong> General Physiology 54: 397-414.
SPECHT, R.L. & MOUNTFORD, C.P. (ed.), 1958. Records <strong>of</strong> <strong>the</strong> American-Australian scientific
expedition to Arnhem Land. Vol. 3. see: WOOD, R.D. 1958a.
SPENCE, D.H.N., 1964. The macrophytic vegetation <strong>of</strong> freshwater lochs, swamps and associated fens.
In: J.H. Burnett (ed.) - The vegetation <strong>of</strong> Scotland. pp. 306-425, fig. 46-57, pl. 50-77. Oliver & Boyd,
Edinburgh-London. XIII + 613 pp., 61 figs., 96 pl. [N. opaca, N. flexilis, N. translucens, C. aspera, C.