(’I HCAI)[AN I ‘ ~ ~ l ~ l O l ~ l ~ ‘ I T l
RS I N 1’11 YTOPLANKTON
381
l’timwlte, IC. ( l!M8). Miiriito plttitktoii n1g:rio griifiii with Iiglit~-dtirk cyclcs. 11I’hpioloyia Piantarum, 21
(I), 60 77.
I’ru~kard, T . ‘l’., Hiiriitiiii, 1). nritl Ijoiiclii~r, J . ( i r i ~ I W H R ) . l t t q h t t o r y electroil
fmiispnrt wtivity in plunlctoii f i w n t i p w i 4 l c d W ~ ~ C I - H :
tlw distribution and
sigtiificnricw of t Iin iti(vtsiirCiiioiit. TPl11~8.
l’itdilln, C. M., Wltitsoii, G. L. urtd ( h i t w t o r t , I. L., cds. (1!)69). “ Tliu Coll Cycle.
(hicr-oiizyiric~ Intcwuctioiis ”. Yp. i-xvii, 1 399. Academic Press, New York
arid Londort.
l’dinw. .J. D., IAtviiigstoit, L. and Ziiny, P. 1). (1964). A persi&mt diurnal
rltytltin i t i pliotosyntliotic capai4ty. Nutiire, London, 203 (4940). 1087--1088.
l’aitoiim, M. (1 !)73). Vnriatioiis ditirncw do le production primaire du phytoplartctoti nri foiiction tin 1’6claircmoiit,. 1‘1~8x0 cie Doctorat de 36me Cycle,
UnivorsitC, do Parin VI, i-iii, 1 72. 1t6siiin6 in: Bulletin de Z’Union dea
OcEano!grirpken tle Prance, 10, 32 53 (I!U2).
L’iir~k, P. K., I~rndsltew, A. I,., Mrnzrl, U. W., Si:libiclicr, K. E. arid Curl, H. C .
J r ( l W 9 ) . Cltnrigos in c.loctmlytic coriductance of snawator diiring photosynthrsra iiitcl rcqxration. Journal of the Oceanographieal Society of Japan,
25 (3), 119 122.
I’ark, K. ant1 Curl, H. C. J r (1965). *!ffwtH of pttotosyrithosis and rospiration on
the olectrical condiictmico of sos-wator. Nature, London, 205 (4968), 274375.
Park, K., Hood, n. W. and Odurti, H. 1’. (1958). Diurnal pH variation in Texas
bays, arid it8 application to primary production estiination. Publication8
o j the Institute of Marine Science, 5, 47-64.
l’t~vlklia, T. ( l!)W). I’opulntionH of iri(erctctirig oncillators arid circadian rhythms.
Jotrrnal o j Tiwotetical Biology, 22 ( 3 ) . 418-436.
Potipa, T. H. (1958). “ The cliiirnal fi.orlirig rhytltrn of the copcpod cruatacean
Acartia clauai Uiosbr. ” [ICt~nsi~ii]. lhklady Akademii Natik 8.5.5. R., 120
(4), 8!M 899.
I’etipa, 9’. 8. &rid hIuksrciva, N. 1’ . (1 !)tW). I)rpt+ridenco ( I f phytoplankton production o i t rhytltiii aiid rnto of cliinirtatiori. Marine Biology, 3 (3), 181-195.
Pireon, A. aiid Loromen, H. ( 1958). Pltotosyuthetischo Sauerstoffentwicklung
von Chlorella nttch Synclironieatiort ditrclt I,icl-it-Duiikel-Rechsel. Naturu*~eeenachqften, 45 (20). 497.
l’irscirt, A . ~ n d Loreiizan, H. (1006). 8yrichroiiizod dividing algae. Annua2
Review of Plant Phyeioloyy, 17, 439 -458.
I’irson, A., Sclttiii, I%’. J. arid Dbriiig, H. ( 1054). Wmhsturne- iukd Stoffwcchaelperiodik b ~ i
Hyr7rdictyon. Zeitachrvt fur Natitrfor.9chung, 9b, 348 -363.
Plntt, T. and Coitovrr, R. J . (1071). Variability arid its effect on tho 24h chlorophyll btidgtrt o f R small basin. Marine Biology, 10 ( l ) , 62-86.
Pltttt. T. and Subba Rao, D. V. (1973). Sorne current problexns in marine phytoplankton productivity. Fhheriee Rmearch, Board of Canada, Tech&&
Report, 370, 1- 83, tables.
Poltl, R. (1948). Tngesrhythmus im phototaktischen Verhalten der Euglena
gracilia. Zeitnchrift fur Naturformktng, 3b, 367 -374.
&akin, 8. Z. and Gopinat,han, C. K. (1 969). ‘l’idel cycle and tho en\-ironmc.ntal
fnatures of Coahin backwater (a tropical estuary). Procedifiga of the Indian
dcadeiny of Sciencee, Section B, 69 (6). 330-348.
I)itp/tit?r br$tttid/ii ii rid Nilznchia titrgidiiiu.
RS I N 1’11 YTOPLANKTON
381
l’timwlte, IC. ( l!M8). Miiriito plttitktoii n1g:rio griifiii with Iiglit~-dtirk cyclcs. 11I’hpioloyia Piantarum, 21
(I), 60 77.
I’ru~kard, T . ‘l’., Hiiriitiiii, 1). nritl Ijoiiclii~r, J . ( i r i ~ I W H R ) . l t t q h t t o r y electroil
fmiispnrt wtivity in plunlctoii f i w n t i p w i 4 l c d W ~ ~ C I - H :
tlw distribution and
sigtiificnricw of t Iin iti(vtsiirCiiioiit. TPl11~8.
l’itdilln, C. M., Wltitsoii, G. L. urtd ( h i t w t o r t , I. L., cds. (1!)69). “ Tliu Coll Cycle.
(hicr-oiizyiric~ Intcwuctioiis ”. Yp. i-xvii, 1 399. Academic Press, New York
arid Londort.
l’dinw. .J. D., IAtviiigstoit, L. and Ziiny, P. 1). (1964). A persi&mt diurnal
rltytltin i t i pliotosyntliotic capai4ty. Nutiire, London, 203 (4940). 1087--1088.
l’aitoiim, M. (1 !)73). Vnriatioiis ditirncw do le production primaire du phytoplartctoti nri foiiction tin 1’6claircmoiit,. 1‘1~8x0 cie Doctorat de 36me Cycle,
UnivorsitC, do Parin VI, i-iii, 1 72. 1t6siiin6 in: Bulletin de Z’Union dea
OcEano!grirpken tle Prance, 10, 32 53 (I!U2).
L’iir~k, P. K., I~rndsltew, A. I,., Mrnzrl, U. W., Si:libiclicr, K. E. arid Curl, H. C .
J r ( l W 9 ) . Cltnrigos in c.loctmlytic coriductance of snawator diiring photosynthrsra iiitcl rcqxration. Journal of the Oceanographieal Society of Japan,
25 (3), 119 122.
I’ark, K. ant1 Curl, H. C. J r (1965). *!ffwtH of pttotosyrithosis and rospiration on
the olectrical condiictmico of sos-wator. Nature, London, 205 (4968), 274375.
Park, K., Hood, n. W. and Odurti, H. 1’. (1958). Diurnal pH variation in Texas
bays, arid it8 application to primary production estiination. Publication8
o j the Institute of Marine Science, 5, 47-64.
l’t~vlklia, T. ( l!)W). I’opulntionH of iri(erctctirig oncillators arid circadian rhythms.
Jotrrnal o j Tiwotetical Biology, 22 ( 3 ) . 418-436.
Potipa, T. H. (1958). “ The cliiirnal fi.orlirig rhytltrn of the copcpod cruatacean
Acartia clauai Uiosbr. ” [ICt~nsi~ii]. lhklady Akademii Natik 8.5.5. R., 120
(4), 8!M 899.
I’etipa, 9’. 8. &rid hIuksrciva, N. 1’ . (1 !)tW). I)rpt+ridenco ( I f phytoplankton production o i t rhytltiii aiid rnto of cliinirtatiori. Marine Biology, 3 (3), 181-195.
Pireon, A. aiid Loromen, H. ( 1958). Pltotosyuthetischo Sauerstoffentwicklung
von Chlorella nttch Synclironieatiort ditrclt I,icl-it-Duiikel-Rechsel. Naturu*~eeenachqften, 45 (20). 497.
l’irscirt, A . ~ n d Loreiizan, H. (1006). 8yrichroiiizod dividing algae. Annua2
Review of Plant Phyeioloyy, 17, 439 -458.
I’irson, A., Sclttiii, I%’. J. arid Dbriiig, H. ( 1054). Wmhsturne- iukd Stoffwcchaelperiodik b ~ i
Hyr7rdictyon. Zeitachrvt fur Natitrfor.9chung, 9b, 348 -363.
Plntt, T. and Coitovrr, R. J . (1071). Variability arid its effect on tho 24h chlorophyll btidgtrt o f R small basin. Marine Biology, 10 ( l ) , 62-86.
Pltttt. T. and Subba Rao, D. V. (1973). Sorne current problexns in marine phytoplankton productivity. Fhheriee Rmearch, Board of Canada, Tech&&
Report, 370, 1- 83, tables.
Poltl, R. (1948). Tngesrhythmus im phototaktischen Verhalten der Euglena
gracilia. Zeitnchrift fur Naturformktng, 3b, 367 -374.
&akin, 8. Z. and Gopinat,han, C. K. (1 969). ‘l’idel cycle and tho en\-ironmc.ntal
fnatures of Coahin backwater (a tropical estuary). Procedifiga of the Indian
dcadeiny of Sciencee, Section B, 69 (6). 330-348.
I)itp/tit?r br$tttid/ii ii rid Nilznchia titrgidiiiu.