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

KERSEY, Y., 1980. Cytoplasts from coenocytic algal cells. In: E. Gantt (ed.) - Handbook <strong>of</strong>
phycological methods. Developmental and cytological methods. pp. 171-177. Cambridge University
Press, Cambridge-New York. XII + 425 pp., figs.
KERSEY, Y.M., HEPLER, P.K., PALEVITZ, B.A. & WESSELLS, N.K., 1976. Polarity <strong>of</strong> actin
filaments in characean algae. Proceedings <strong>of</strong> <strong>the</strong> National Academy <strong>of</strong> Sciences <strong>of</strong> <strong>the</strong> U.S.A. 73: 165-
167.
KERSEY, Y.M., 1974. Correlation <strong>of</strong> polarity <strong>of</strong> actin filaments with protoplasmic streaming in
characean algae. Journal <strong>of</strong> Cell Biology 63(2): no. 330.
KESLING, R.V. & BONEHAM, R.F., 1966. Trochiliscus bellatulus Peck from <strong>the</strong> Middle Devonian
Dundee Limestone <strong>of</strong> Northwestern Ohio. Contribution from <strong>the</strong> Museum <strong>of</strong> Paleontology, Michigan
University 20: 179-194. [Paleobotany]
KESLING, R.V., 1954. An instrument for cleaning small fossils. Contribution from <strong>the</strong> Museum <strong>of</strong>
Paleontology, Michigan University 11: 193-199, 2 pl. [Paleobotany]
KEUNECKE, P., 1971. Untersuchung über die Eignung eines Meßoszillators für vergleichende
Widerstands- und Spannungsmessungen an der Süßwasseralge Nitella flexilis bei Bestrahlung und
Beleuchtung. Dissertation Universität Kiel. [N. flexilis is N. mucronata]
KEUNECKE, P., 1972. Changes <strong>of</strong> membrane potential and membrane resistance in Nitella after
irradiation. Atomkernenergie 20: 320-324, 6 figs. [N. flexilis is N. mucronata]
KHALIQUZZAMAN, S.M., SHAMEEL, S., SHAMEEL, M., LEGHARI, S.M. & AHMED, V.U.,
1998. Bioactive compounds in Chara corallina var. wallichii (A. Br.) Wood, R.D. (Charophyta).
Pakistan Journal <strong>of</strong> Botany 30: 19-31. [C. australis (as corallina)]
KHAN, M. & BARTHWAL, S.D., 1975. Algal flora <strong>of</strong> Dekadree: V. Ulotrichales, Siphonales,
Charales. Gurukula Kangri Vishwavidyalaya Journal <strong>of</strong> Scientific <strong>Research</strong> 6: 18-20.
KHAN, M. & BHARTWAL, S.D., 1965. Algal flora <strong>of</strong> Dehra Dun V. Ulotrichales, Siphonales and
Charales. G.K.V.J. Science Reports 6: 18-20.
KHAN, M. & SARMA, Y.S.R.K., 1967a. Studies on cytotaxonomy <strong>of</strong> Indian Charophyta. I. Chara.
Phykos 6: 36-47, 17 figs. [15 Chara species]
KHAN, M. & SARMA, Y.S.R.K., 1967b. Studies on cytotaxonomy <strong>of</strong> Indian Charophyta. II. Nitella.
Phykos 6: 48-61, 25 figs. [19 Nitella species]
KHAN, M. & SARMA, Y.S.R.K., 1967c. Some observations on <strong>the</strong> cytotaxonomy <strong>of</strong> Indian
Charophytes. Phykos 6: 61-74, 2 pl. [N. flexilis (opaca) n = 6, N. mirabilis n = 6, N. acuminata n = 18,
N. stuartii n = 15, N. dualis n = 9, N. furcata n = 18, ssp. flagelliformis n = 9, N. tenuissima n = 18, N.
pseud<strong>of</strong>labellata n = 18, N. gracilis var. confervacea n = 18, var. leptosoma n = 9, var. annandalei n =
9, N. hyalina n = 18, N. translucens var. axillaris n = 18, C. vulgaris n = 28, C. globularis n = 28, var.
virgata n = 14, C. setosa n = 28, C. zeylanica f. humboltiana n = 28, f. oerstediana n = 42, C. braunii n
= 14, C. corallina n = 42, var. wallichii n = 14, C. fibrosa n = 14, C. bharadwajae n = 14, Lychn.
barbatus n = 28, f. iyengarii n = 14]
KHAN, M. & SARMA, Y.S.R.K., 1981. Cytogeographic study <strong>of</strong> Charophyta with particular
reference to India. In: D.C. Bharadwaj (ed.) - Recent advances in cryptogamic botany. Part I: Living
cryptogams. pp. 55-82, 2 distribution maps. The Palaeobotanical Society, Lucknow. pp. 1-259, 32
figs., 2 pl. [C. vulgaris n=14, 28, 35, C. globularis n=14, 28, C. setosa n=14, 28, C. zeylanica n=28, 42,
49, 56, C. braunii n=7, 14, 28, 35, C. corallina n=42, C. socotrensis n=14, 28, C. fibrosa n=14, 28, 42,
56, Lamp. succinctum n=14, 42, Lychn. barbatus n=14, 28, N. mirabilis n=6, 9, N. dualis n=9, N.
furcata n=9, 12, 18, 24, 36, N. tenuissima n=18, 24, 36, N. pseud<strong>of</strong>labellata n=10, 21, 27, N. gracilis
n=9, 18, 36, N. hyalina n=12, 15, 18, N. translucens n=12, 18, 36, Tol. glomerata n=11]
KHAN, M. & SARMA, Y.S.R.K., 1984. Cytogeography and cytosystematics <strong>of</strong> Charophyta. In:
D.E.G. Irwine & D.M. John (eds.) - Systematics <strong>of</strong> <strong>the</strong> green algae. pp. 303-330. Systematics
Association special volume 27. Academic Press.
KHAN, M. & SARMA, Y.S.R.K., 1987. Speciation and phylogeny in Charophyta. Recent Advances in
Plant Science, Dehra Dunn. pp. 281-294.
KHAN, M. & SARMA,Y.S.R.K., 1980. New chromosome numbers for Indian Charophyta. Cell and
Chromosome Newsletter 3: 24
KHAN, M., 1973. Algae through <strong>the</strong> ages. Acta Botanica Indica 1: 55-67. [Paleobotany]
KHAN, M., 1980. Occurrence <strong>of</strong> Lamprothamnium J.Gr. (Charophyta) in India. Acta Botanica Indica
8: 97-98. [Chara succincta is Lamprothamnium succinctum]
KHATUA, D.C., MAITY, S. & MUKHERJI, N., 1977. Sensitivity <strong>of</strong> rice field alga Chara species to
different chemicals. <strong>International</strong> Rice <strong>Research</strong> News Letter 2: 20.
KHOJA, T.M. & HUSSAIN, M.I., 1990. Preliminary studies on <strong>the</strong> distribution <strong>of</strong> Charophyta in
Saudi Arabia. Cryptogamie, Algologie 11: 187-196, 7 figs. (1 distribution map). [C. aspera n = 14, C.