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

SHIMMEN, T., 2001. Electrical perception <strong>of</strong> "death message" in Chara; involvement <strong>of</strong> turgor
pressure. Plant Cell Physiology 42: 366-373.
SHIMMEN, T., 2003. Studies on mechano-perception in <strong>the</strong> <strong>Characeae</strong>: transduction <strong>of</strong> pressure
signals into electrical signals. Plant Cell Physiology 44: 1215-1224.
SHIMMEN, T., 2005. Electrical perception <strong>of</strong> <strong>the</strong> ‘Death Message’ in Chara: characterization <strong>of</strong> K+ -
sensitive depolarization. Plant Cell Physiology 46: 1839-1847.
SHIMMEN, T., 2006. Electrical perception <strong>of</strong> <strong>the</strong> ‘Death Message’ in Chara: characterization <strong>of</strong> K+ -
induced depolarization. Plant Cell Physiology 47: 559-562.
SHIMODA, M., 1983. Deinostemato-Eriocauletum hondoensis (nov.): communities <strong>of</strong> emerged pond
shores in Hiroshima Prefecture, Japan. Japanese Journal <strong>of</strong> Ecology 33: 121-134, 6 figs. (1 map). [C.
fibrosa, N. pseud<strong>of</strong>labellata, N. leptodactyla].
SHIMODA, M., 1984. Macrophytic communities and <strong>the</strong>ir significance as indicators <strong>of</strong> water quality
in two ponds in <strong>the</strong> Saiko basin, Hiroshima Prefecture, Japan. Hikobia 9: 1-14.
SHIMODA, M., 1985. Phytosociological studies on <strong>the</strong> vegetation <strong>of</strong> irrigation ponds in <strong>the</strong> Saijo
Basin, Hiroshima Prefecture. Journal <strong>of</strong> Science <strong>of</strong> <strong>the</strong> Hiroshima University (ser. B, div. 2) 19: 237-
297. [C. fibrosa, N. pulchella, N. leptodactyla, N. pseud<strong>of</strong>labellata]
SHIMODA, M., 1986. The vegetation <strong>of</strong> irrigation ponds in <strong>the</strong> Oasa basin, Hiroshima Prefecture,
western Japan. Hikobia 9: 457-465. [N. pulchella]
SHIMWELL, D.W., 1971. The description and classification <strong>of</strong> vegetation. Sidgwick & Jackson,
London. XIV + 322 pp., 70 figs. [Appendix III p. 314: Charetea, Charatealia, Charion fragilis,
Charion canescentis]
SHIRAIWA, Y. & KIKUYAMA, M., 1989. Role <strong>of</strong> carbonic anhydrase and identification <strong>of</strong> <strong>the</strong> active
species <strong>of</strong> inorganic carbon utilized for photosyn<strong>the</strong>sis in Chara corallina. Plant & Cell Physiology 30:
581-587. [C. corallina (C. australis)]
SHIVARUDRAPPA, T.V., 1972a. On <strong>the</strong> occurrence <strong>of</strong> Charophytic remains from <strong>the</strong> Intertrappeans
<strong>of</strong> Gurmatkal, Gulbarga district, Mysore State. Current Science 41: 21-23. [Paleobotany]
SHIVARUDRAPPA, T.V., 1972b. On gyrogonites medicagivula and Chara wrightii from <strong>the</strong>
Intertrappeans <strong>of</strong> Gurmatkal, Gulbarga district, Mysore State. Proceedings <strong>of</strong> <strong>the</strong> Indian Colloq.
Micropal. Stratigr. 2: 115-119. [Paleobotany]
SHIVARUDRAPPA, T.V., 1977a. Discovery <strong>of</strong> fossil reroductive organs <strong>of</strong> Chara from <strong>the</strong>
Intertrappeans <strong>of</strong> Gurmatkal, Gulbarga district, Mysore State. Journal <strong>of</strong> <strong>the</strong> Mysore University, Sect.
B 27: 104-110, 1 pl. [Paleobotany]
SHIVARUDRAPPA, T.V., 1977b. First report <strong>of</strong> fossil Charophytes from <strong>the</strong> Intertrappean sediments
<strong>of</strong> Biligi, Bijapur district, Karnataka State. Proceedings <strong>of</strong> <strong>the</strong> Indian Colloq. Micropal. Stratigr. 4:
196-200, 1 map, 1 pl. [Paleobotany]
SHOYAKUBOV, R.SH., 1974. (Nomenclature <strong>of</strong> modern Charophyta). Uzb. Biol. Zh. 18: 61-62.
[Russian]
SHOYAKUBOV, R.SH., 1979. (Charophyta algae <strong>of</strong> Uzbekistan). Academia Nauk Uzbekistan SSR,
Tasjkent. 156 pp., 26 figs. (6 distribution maps). [Russian] [Key] [N. tenuissima, N. gracilis, N.
hyalina, Nitellopsis obtusa, Lamp. papulosum, C. braunii, C. gymnopitys, C. hydropitys, C.
uzbekistanica, C. locuples, C. canescens, C. abnormiformis, C. kirghisorum, C. tomentosa, C.
aculeolata, C. contraria, C. schaffneri, C. dominii, C. gymnophylla, C. vulgaris, C. aspera, C. fragifera,
C. fischeri, C. tenuispina, C. fragilis, C. delicatula]
SHU ZHIQING & ZHANG ZERUN, 1983. (Early Cretaceous charophytes from <strong>the</strong> Hetao area <strong>of</strong>
Inner Mongolia). Scientia Geologica Sinica 1983: 63-72. [Paleobotany] [Chinese]
SHU ZHIQING & ZHANG ZERUN, 1985. Early Cretaceous charophytes from <strong>the</strong> Hetao area <strong>of</strong> Inner
Mongolia. Selected Papers from <strong>the</strong> 1st National Algal Symposium, Nanjing, 1981. pp. 63-74. [Pal.]
SIBAOKA, T. & ODA, K., 1956. Shock stoppage <strong>of</strong> <strong>the</strong> protoplasmic streamingin relation to <strong>the</strong>
action potential in Chara. Science Reports <strong>of</strong> <strong>the</strong> Tohoku Imperial University, ser. 4, Biology 22: 157-
166.
SIBAOKA, T. & TABATA, T., 1981. Electronic coupling between adjacent internodal cells in Chara
braunii: Transmission <strong>of</strong> action potentials beyond <strong>the</strong> node. Plant & Cell Physiology 22: 397-411. [C.
braunii]
SIBTHORP, J., 1794. Flora Oxoniensis exhibens plantas in agro Oxoniensi sponte crescentes,
secundum systema sexuale distributas. Typis Academicis, Oxonii. XXIV + 422 + (15) pp. [Chara pp.
1-2: C. vulgaris, C. tomentosa]
SIEMINIAK, D. & SENDEK, A., 1980. Materialy do rozmieszczenia glonow z <strong>Characeae</strong> L.C.
Richard na Gornym Slasku i terenach przyleglych. (Materials to <strong>the</strong> distribution <strong>of</strong> <strong>Characeae</strong> L.C.