CXRCADIAN PERIOLIICITIEN IN PHYTOPLANKTON
386
Htoomnriri Ninlsori. E. r i i i d Jmypistm. k : . (i. (1962). ‘ l h physiological background
for ii~iiig c:liloropliyIl rrii.asiir’i,iiiCIiilw in IiydroIJiology arid H. theory explainiiig dtdy vwriatioiis iri cliloi~o~~liyll coiic?eritrat,ic,iis. Archie fiir Hydrobiologie,
58 ( 3 ) . 149 367.
Stoeinnnn Nitbcw, E. ciiicl Jurgenwii, IC. ( :. ( 1 968). The adaptation of plankton
algm. I l l With sperisl c.i)rinidcr.i~tiori to the importaiico in naturo.
I’hywir,lnyia I’lantarwr~, 2 1 ( 3 ) . 047 654.
Stricklarid, ,I. I). tl. ( 1 !loti). l’rodiirtiori of‘ organic, inattor in tho primary t3tagi.R
of tliv inririiicr food d i ~ i i i . I n “ (~Iiorni(!al Oceatiography ”. (J. 1’. Hiluy arid
U. Hkirrow, (ds.), Vol I, pp. 477 810. Asadi-inic l’rcsw, hridori arid New
York.
Stricklarid. .1. 1). tr. (lM8). Syrichroriy i t i inltrino ~ihytoplarikton growth, aorrio
phywiologicvd nnd trcological (hsmvat ions. B idletin of tlte Misaki Marine
Hiolo!jim! Institute, ligoto IJnlvewity, 12, 1 2.
Strickland, .I. I). H. (1972). 12sNunrch on the mariiic. planktonic food web at ttic
Institute of marine rt)xources: a roviow of tho p m t sevon years of work.
Oceanography and Marine Biology, Aitnztal Revdew, 10, 340-414.
Strosx, 12. (I., Cliixholni, S. W. mid Downing. T. A. (1 973). Carism of daily rhythms
in photosyiit Iintic ratos of phytoplankton. Biological Bdletin of the Marine
Rioloyird Laboratory, Wood8 Hole, 145 ( I ) , 200-200.
On the cell-division and mitosis in some SouthIndian diatoinw. Proceeding8 of the Indian Academy of Sciences, Section B,
Kirgiura, Y. (1953). On tho diurnal veriation of oxygen content in surface layem
of the hydroxpheiw. I’apem in Meteorology and Geophy&%, 4 ( I ) , 79- 89.
Sugiura, Y. fl!l60). Exporiinontd study on the time variation of oxygen content
of riaturd water. Paper8 i n Meteorology and (leophyskra, 7 (1). 42-48.
Swcenoy, 13. M. (1 959). Endogenou~ diurnal rhytlims in marine Dinoflagellates.
I n “ Intorncttional Oceanographic Congress: Prepdnts ”. (M. Sears, ed.),
pp. 204 - 207. Ainoricari Association for the Advancement of Science.
Swctonny, H. M. (1960). ‘rho photowynthotic rhythm i n singlo cells of G o n y a u h
polyedra. Cold Spring Harbor Synpoeia o n Quantihtive Riology, 25, 145-1 4H.
Swsonny, 13. M. (1M13). Biolrrniint~woorit Ihioflagellatc~. Iliological fidletin of
the Marine IWoZoqi*d hboratory, Wood# Hole, 125 (I), 17’7 181.
Swoeney, 13. M. (1966). Rhythmicity in t h t 9 biochemistry of p1iott)~yntti~li~ in
Qowyaulax. 111 “ C!ircatiiari (Jloclts ”. 1.J. Aechoff, en.), pp. 180-194. NorthHolland, Arnstnrdam.
Sweaney, B. M. ( 1 9 6 9 ~ ) . ‘‘ lihytliiiiio Phonomtwa i n Plants ”. Pp. i-ix, 1-147.
Acaderiiic Press, London and New York.
Swenney, 13. M. (1 909b). TrariRdiicing mrchaniwms between circadian clock and
ovort rhythms in ffonyaulax. Canudian Journal of Botany, 47 (Z), 299-308.
Kwtwney, R . M. ( I 971 ). Laboratory rJtiidie8 of a yrwn Noctiluca from New Guinea.
Journal o j I’?q&ogy, 7 ( I ) , 63 58.
Sweenvy, H. M. ( 1 974). Circadian rhythms in ~inicollulsr organisms. I n “ PIYJCeedinps of nri internat ional eympoxium on circadian rhythmicity, Wageningen
1971 ”. Piidoc, M’ttgeningc*n, pp. 137 156.
Swoenny, H. M. and Hsstings, J. W. (1967). C‘liaracteristics of the diurnal rhythm
of lumitiewcaiirtt in #onya?dan: polyedra. Journal of Cellular a& Comparative
Subrahrnaiiymi, tt. (1945).
22 (B), 331- 354, PI. 29.
P h ~ ~ e ~ / o ~ y ,
49 ( I ) , 11 6- 128.
386
Htoomnriri Ninlsori. E. r i i i d Jmypistm. k : . (i. (1962). ‘ l h physiological background
for ii~iiig c:liloropliyIl rrii.asiir’i,iiiCIiilw in IiydroIJiology arid H. theory explainiiig dtdy vwriatioiis iri cliloi~o~~liyll coiic?eritrat,ic,iis. Archie fiir Hydrobiologie,
58 ( 3 ) . 149 367.
Stoeinnnn Nitbcw, E. ciiicl Jurgenwii, IC. ( :. ( 1 968). The adaptation of plankton
algm. I l l With sperisl c.i)rinidcr.i~tiori to the importaiico in naturo.
I’hywir,lnyia I’lantarwr~, 2 1 ( 3 ) . 047 654.
Stricklarid, ,I. I). tl. ( 1 !loti). l’rodiirtiori of‘ organic, inattor in tho primary t3tagi.R
of tliv inririiicr food d i ~ i i i . I n “ (~Iiorni(!al Oceatiography ”. (J. 1’. Hiluy arid
U. Hkirrow, (ds.), Vol I, pp. 477 810. Asadi-inic l’rcsw, hridori arid New
York.
Stricklarid. .1. 1). tr. (lM8). Syrichroriy i t i inltrino ~ihytoplarikton growth, aorrio
phywiologicvd nnd trcological (hsmvat ions. B idletin of tlte Misaki Marine
Hiolo!jim! Institute, ligoto IJnlvewity, 12, 1 2.
Strickland, .I. I). H. (1972). 12sNunrch on the mariiic. planktonic food web at ttic
Institute of marine rt)xources: a roviow of tho p m t sevon years of work.
Oceanography and Marine Biology, Aitnztal Revdew, 10, 340-414.
Strosx, 12. (I., Cliixholni, S. W. mid Downing. T. A. (1 973). Carism of daily rhythms
in photosyiit Iintic ratos of phytoplankton. Biological Bdletin of the Marine
Rioloyird Laboratory, Wood8 Hole, 145 ( I ) , 200-200.
On the cell-division and mitosis in some SouthIndian diatoinw. Proceeding8 of the Indian Academy of Sciences, Section B,
Kirgiura, Y. (1953). On tho diurnal veriation of oxygen content in surface layem
of the hydroxpheiw. I’apem in Meteorology and Geophy&%, 4 ( I ) , 79- 89.
Sugiura, Y. fl!l60). Exporiinontd study on the time variation of oxygen content
of riaturd water. Paper8 i n Meteorology and (leophyskra, 7 (1). 42-48.
Swcenoy, 13. M. (1 959). Endogenou~ diurnal rhytlims in marine Dinoflagellates.
I n “ Intorncttional Oceanographic Congress: Prepdnts ”. (M. Sears, ed.),
pp. 204 - 207. Ainoricari Association for the Advancement of Science.
Swctonny, H. M. (1960). ‘rho photowynthotic rhythm i n singlo cells of G o n y a u h
polyedra. Cold Spring Harbor Synpoeia o n Quantihtive Riology, 25, 145-1 4H.
Swsonny, 13. M. (1M13). Biolrrniint~woorit Ihioflagellatc~. Iliological fidletin of
the Marine IWoZoqi*d hboratory, Wood# Hole, 125 (I), 17’7 181.
Swoeney, 13. M. (1966). Rhythmicity in t h t 9 biochemistry of p1iott)~yntti~li~ in
Qowyaulax. 111 “ C!ircatiiari (Jloclts ”. 1.J. Aechoff, en.), pp. 180-194. NorthHolland, Arnstnrdam.
Sweaney, B. M. ( 1 9 6 9 ~ ) . ‘‘ lihytliiiiio Phonomtwa i n Plants ”. Pp. i-ix, 1-147.
Acaderiiic Press, London and New York.
Swenney, 13. M. (1 909b). TrariRdiicing mrchaniwms between circadian clock and
ovort rhythms in ffonyaulax. Canudian Journal of Botany, 47 (Z), 299-308.
Kwtwney, R . M. ( I 971 ). Laboratory rJtiidie8 of a yrwn Noctiluca from New Guinea.
Journal o j I’?q&ogy, 7 ( I ) , 63 58.
Sweenvy, H. M. ( 1 974). Circadian rhythms in ~inicollulsr organisms. I n “ PIYJCeedinps of nri internat ional eympoxium on circadian rhythmicity, Wageningen
1971 ”. Piidoc, M’ttgeningc*n, pp. 137 156.
Swoenny, H. M. and Hsstings, J. W. (1967). C‘liaracteristics of the diurnal rhythm
of lumitiewcaiirtt in #onya?dan: polyedra. Journal of Cellular a& Comparative
Subrahrnaiiymi, tt. (1945).
22 (B), 331- 354, PI. 29.
P h ~ ~ e ~ / o ~ y ,
49 ( I ) , 11 6- 128.