Holrticw, It. \V. rjricl Hnxo, 14’ . T. ( I !68). Diurnal \ arintjioriw i n tlio photosynthesis
of iintiiriil ~~li~~topliiiilctcrit popirliitiorix iri tirtificiul li~fht. 1i.S. Fish and
Il’iltflift Srwice, ~Spcciul A‘ckttiijic Itrport: Fitiherieu. 279, 73 76.
I l o l i i i - t l t r i i n o t i , 0. (1!)73), I)iit(iriiiiii)Ltioii of total rnicrobial biomass by muasurnrnnnt, oftcloriosiiio triplicwplint(~. I,r ‘I lhtiiarino Microbial Ecology ”. (L. H.
Stc~vonsoii aiici It. 1C. C‘olwoll, tds.), pp. 73 -89. University of South Carolina
l’ross, Coluinbiii.
Horijo, T . arid Hanttokrt, ‘ 1’ . (1969). Diurnal flitctuations of photosynthetic rate
and pigiiinnt coiitentw in niaririt. ptiytloplankton. Jouriial ofthe Oceanographical Society of Japan, 25 (4), 182 -190.
Hopkins, J . T. (1 906). Homo liglit,-induced changes in behawour and cytology
of i t i t rxtiinrinc~ ind-flat ditxtorn. In ‘‘ Light as an Ecological Factor ”.
(It. lhinbridgc, G. C! . EVRIIH urid 0. Itacklmm, uds.), pp. 336-358, pl. 1.
Syrnpowiuin of the Dritisti Krological Society. 13lackwcl1, Oxford.
Hiirnplircy, C . 1’. ( 1 960). The concentration of plankton pigrnoritn in Australian
\vtxt,iw. t7.A’. I. R.O., IXvi8ion of Fitiheries and Oceanography, Technical Paper,
9, 1 27.
Huritsmnn, S. A. (1 972). Organic excretion by Dunaliella tertiolecta. Journal
Hutchinsori, G. l-1. (1967). “ A Treatise on Limnology ”. Vol. 11--Introduction
to lako biology and tho limnoplankton. Pp. i-xi, 1-1115. Chapman and
Hall, Londori.
Ichimiira, 8.-0. ( 1 058). On the photosynthesis of natural phytoplankton under
field conditions. Botanical Magazine, 71 (837), 110-1 18.
Ichimura, S.-o. (1 980). Diurnal fluctuation of chlorophyll content in lake water.
Rotai&al Magazine, 7 3 (864), 21 7 -224.
*James, T. W. (1964). Induced division synchrony in the Flagellates. I n “ Synctiroiiy 1ri Cell Division ancl Growth ”. (E. Zeuthen, ed.), pp. 323-349.
WiI~~~-Iiitor~ciCtric~~, Now York, h n d o n , Sydney.
Jnnkin. 1’ . M. ( 1937). Oxygen production by tho dicitom Coscinodkcu8 escentticczta
Ehr. in rcrlc~tiori to wubniaritin illiriniiint ion i n tho Knglislr channel. Journal
of the Mam’rLe Hiological A~~ociation of the United Kingdom, 22 ( I ) , 301- 348.
Jittw, H. H. (l!)BB). ‘l’tio Huinmtrr rlinracterintirs of primary productivity in ttrc
‘I’mmari and Coral WIR.
A ttatralian Journal of Marine and Frenhuater
Reseatck, 16 (2), 151 182.
Jittw, H. It. (1969). Seawonal vnriiition i r i the Jridiuri Ocoun along 110” 6. IV--primary product ion. A uatraliair .lortrnal of Marine and Freshwater Reaearch,
J ~ i i o w , J . A. (1963). E:cologiraI stiidicn of thr3 soiithemhrn Florida patch reefs.
Diuriinl aiid settsorial rliangm in thr environment. BuZletim of Marine
Eiric. kurze Monographie des Gattung
Intrr?tntioncde Recue der yeaamten Hydrohiologie und
. J c r r $ g i v i m i . JC. ( 2 . (IlMifi). Pliotos,yrit)ic-l ic iwtivity diiring tlic. Iifr: cyclr: of wyriIiitlff, J . (1960). A (1101 ponodicity in tho optirnurn light intensity for maximum
Jozcrnal of the
of f’hyCoZo~/~, 8 ( I ) , 59-83.
20 ( I ) , 65 75.
I
Rcienre of the Gulf ant1 Caribbean, 13 (2). 282- 307.
Ceratima Rchraii k.
H.ytitogrnphie. 4, Hiologiscliow Siipplrrmt.iit ( I ) , I 124, pi. 1 10.
c+r.c~ntriix A’kclrtoneina cdl. I’J~.y~w)loy.k~ l’lunturttm, 19 (3), 78!) -7f)f).
photosynthesis In natural phytoplankton populations.
Fisheries Re,rearch Board of Canada, 26 (2), 483-468.
.lOrK(+tIxeri, E. (191 1). 1110 (‘ortLtirit.
of iintiiriil ~~li~~topliiiilctcrit popirliitiorix iri tirtificiul li~fht. 1i.S. Fish and
Il’iltflift Srwice, ~Spcciul A‘ckttiijic Itrport: Fitiherieu. 279, 73 76.
I l o l i i i - t l t r i i n o t i , 0. (1!)73), I)iit(iriiiiii)Ltioii of total rnicrobial biomass by muasurnrnnnt, oftcloriosiiio triplicwplint(~. I,r ‘I lhtiiarino Microbial Ecology ”. (L. H.
Stc~vonsoii aiici It. 1C. C‘olwoll, tds.), pp. 73 -89. University of South Carolina
l’ross, Coluinbiii.
Horijo, T . arid Hanttokrt, ‘ 1’ . (1969). Diurnal flitctuations of photosynthetic rate
and pigiiinnt coiitentw in niaririt. ptiytloplankton. Jouriial ofthe Oceanographical Society of Japan, 25 (4), 182 -190.
Hopkins, J . T. (1 906). Homo liglit,-induced changes in behawour and cytology
of i t i t rxtiinrinc~ ind-flat ditxtorn. In ‘‘ Light as an Ecological Factor ”.
(It. lhinbridgc, G. C! . EVRIIH urid 0. Itacklmm, uds.), pp. 336-358, pl. 1.
Syrnpowiuin of the Dritisti Krological Society. 13lackwcl1, Oxford.
Hiirnplircy, C . 1’. ( 1 960). The concentration of plankton pigrnoritn in Australian
\vtxt,iw. t7.A’. I. R.O., IXvi8ion of Fitiheries and Oceanography, Technical Paper,
9, 1 27.
Huritsmnn, S. A. (1 972). Organic excretion by Dunaliella tertiolecta. Journal
Hutchinsori, G. l-1. (1967). “ A Treatise on Limnology ”. Vol. 11--Introduction
to lako biology and tho limnoplankton. Pp. i-xi, 1-1115. Chapman and
Hall, Londori.
Ichimiira, 8.-0. ( 1 058). On the photosynthesis of natural phytoplankton under
field conditions. Botanical Magazine, 71 (837), 110-1 18.
Ichimura, S.-o. (1 980). Diurnal fluctuation of chlorophyll content in lake water.
Rotai&al Magazine, 7 3 (864), 21 7 -224.
*James, T. W. (1964). Induced division synchrony in the Flagellates. I n “ Synctiroiiy 1ri Cell Division ancl Growth ”. (E. Zeuthen, ed.), pp. 323-349.
WiI~~~-Iiitor~ciCtric~~, Now York, h n d o n , Sydney.
Jnnkin. 1’ . M. ( 1937). Oxygen production by tho dicitom Coscinodkcu8 escentticczta
Ehr. in rcrlc~tiori to wubniaritin illiriniiint ion i n tho Knglislr channel. Journal
of the Mam’rLe Hiological A~~ociation of the United Kingdom, 22 ( I ) , 301- 348.
Jittw, H. H. (l!)BB). ‘l’tio Huinmtrr rlinracterintirs of primary productivity in ttrc
‘I’mmari and Coral WIR.
A ttatralian Journal of Marine and Frenhuater
Reseatck, 16 (2), 151 182.
Jittw, H. It. (1969). Seawonal vnriiition i r i the Jridiuri Ocoun along 110” 6. IV--primary product ion. A uatraliair .lortrnal of Marine and Freshwater Reaearch,
J ~ i i o w , J . A. (1963). E:cologiraI stiidicn of thr3 soiithemhrn Florida patch reefs.
Diuriinl aiid settsorial rliangm in thr environment. BuZletim of Marine
Eiric. kurze Monographie des Gattung
Intrr?tntioncde Recue der yeaamten Hydrohiologie und
. J c r r $ g i v i m i . JC. ( 2 . (IlMifi). Pliotos,yrit)ic-l ic iwtivity diiring tlic. Iifr: cyclr: of wyriIiitlff, J . (1960). A (1101 ponodicity in tho optirnurn light intensity for maximum
Jozcrnal of the
of f’hyCoZo~/~, 8 ( I ) , 59-83.
20 ( I ) , 65 75.
I
Rcienre of the Gulf ant1 Caribbean, 13 (2). 282- 307.
Ceratima Rchraii k.
H.ytitogrnphie. 4, Hiologiscliow Siipplrrmt.iit ( I ) , I 124, pi. 1 10.
c+r.c~ntriix A’kclrtoneina cdl. I’J~.y~w)loy.k~ l’lunturttm, 19 (3), 78!) -7f)f).
photosynthesis In natural phytoplankton populations.
Fisheries Re,rearch Board of Canada, 26 (2), 483-468.
.lOrK(+tIxeri, E. (191 1). 1110 (‘ortLtirit.