CIRCADIAN PERIODICITIES I N PHY'I'OPLANKTON
389
Wood, E. .J. b
'
. tind Corcoran, R. F. (1906). Diurn~I variiition in phytoplankton.
l~idltetin of Marine Science. 16 ( 8 ) , 383 403.
Wurtmcui. It. .I. ( l W 7 ) . AiIitJIgilifi('H i i i tlio IIHU of (Iic torrn circadian. Science,
Wuwhirigttr~r, 156 (3771), 104.
Ynbiiki, ti. ( I !W). A conHidorrit8ioii o i i tlii. iiiidday tloprrxsiori of photosyntliesi~,
Jortntal .f .4qr':mltzcrccl MPteorolcyy, 19, 11 14.
~ ( ~ i i t + ~ c h ,
c'. s., Ihckiis, It. H. niid ki7iiiy, I\. (1Ufl4). ihctoizl nfkotiiip tho verticd
distribiitioii of bioluiiiirio~c~t~nrn iri tliv oupliotic. zone. Limnolcyy and Ocearb"fpuphy. 9 (4), 519 524.
Yoritwh, C'. S. i ~ i d r,t&id. .I. t'. (I!)GS). HoRnonnl wqtionce of bioluminewoncc
and tho occiirroiico of ~ W ~ O R W O U H rhythm8 i r i oceanic waters off Woods
Holo, M I L H X I L ~ ~ I I I B O ~ ~ R .
.Joitniul of Marine Heeearph, 26 (2), 127 133.
V w t ~ c h ,
( I . S. and ICoichort, C. A. (1!163). The O f f 4 W t 8 of prolongcd darknew on
pliotoayrith(rHin, mapirtrtioii c m l c*liloi*ophyll iri the merino flagellato I h n a -
lielta ewhlom. Limnolo!jy avid Oreanoqraphy, 8 (3). 338 342.
Ytmtwh, (1. H. aiid Rytlier, J . H. (1957). Short-terni variation8 in phytoplankton
chlorophyll Hiid their signifiranco. 7,hno2o!/y and Oceanograph,y, 2 (Z),
140 -142.
Yeritecli, C. S . rind Scagol, It. E'. (I!68). Diurnal study of phytoplankton pigIiioiit8. An i n Ritu study in Enst Soiind, Wwhington. Journal of Marine
He.4mrc.h, 17, 667 683.
Zacharim, 0. ( 1905). Beobaditungw i i l m das Luclitvermiigen von Ceratiutn
trip08 ( M U . ) . BioZ0qinche.v ZentralMutt, 25 ( l ) , 20-30.
Zeutlien, E., od. (1064). " Synchrony in Cell Division and Growth ". Pp. i-xi,
1 -630. Wiley-Intemiencv, Now York, Londoii and Sydney.
389
Wood, E. .J. b
'
. tind Corcoran, R. F. (1906). Diurn~I variiition in phytoplankton.
l~idltetin of Marine Science. 16 ( 8 ) , 383 403.
Wurtmcui. It. .I. ( l W 7 ) . AiIitJIgilifi('H i i i tlio IIHU of (Iic torrn circadian. Science,
Wuwhirigttr~r, 156 (3771), 104.
Ynbiiki, ti. ( I !W). A conHidorrit8ioii o i i tlii. iiiidday tloprrxsiori of photosyntliesi~,
Jortntal .f .4qr':mltzcrccl MPteorolcyy, 19, 11 14.
~ ( ~ i i t + ~ c h ,
c'. s., Ihckiis, It. H. niid ki7iiiy, I\. (1Ufl4). ihctoizl nfkotiiip tho verticd
distribiitioii of bioluiiiirio~c~t~nrn iri tliv oupliotic. zone. Limnolcyy and Ocearb"fpuphy. 9 (4), 519 524.
Yoritwh, C'. S. i ~ i d r,t&id. .I. t'. (I!)GS). HoRnonnl wqtionce of bioluminewoncc
and tho occiirroiico of ~ W ~ O R W O U H rhythm8 i r i oceanic waters off Woods
Holo, M I L H X I L ~ ~ I I I B O ~ ~ R .
.Joitniul of Marine Heeearph, 26 (2), 127 133.
V w t ~ c h ,
( I . S. and ICoichort, C. A. (1!163). The O f f 4 W t 8 of prolongcd darknew on
pliotoayrith(rHin, mapirtrtioii c m l c*liloi*ophyll iri the merino flagellato I h n a -
lielta ewhlom. Limnolo!jy avid Oreanoqraphy, 8 (3). 338 342.
Ytmtwh, (1. H. aiid Rytlier, J . H. (1957). Short-terni variation8 in phytoplankton
chlorophyll Hiid their signifiranco. 7,hno2o!/y and Oceanograph,y, 2 (Z),
140 -142.
Yeritecli, C. S . rind Scagol, It. E'. (I!68). Diurnal study of phytoplankton pigIiioiit8. An i n Ritu study in Enst Soiind, Wwhington. Journal of Marine
He.4mrc.h, 17, 667 683.
Zacharim, 0. ( 1905). Beobaditungw i i l m das Luclitvermiigen von Ceratiutn
trip08 ( M U . ) . BioZ0qinche.v ZentralMutt, 25 ( l ) , 20-30.
Zeutlien, E., od. (1064). " Synchrony in Cell Division and Growth ". Pp. i-xi,
1 -630. Wiley-Intemiencv, Now York, Londoii and Sydney.