386
A I.AIN ROIIlENIA
Swoenoy. 1%. M . ~ i n c l
b l l l H t i l l ~ H , J . W . (1958). ltltyttttiiic cdl divitrtori in populations
of ( / o t i ? j f d f i I pdyediia. .lorti i d (I/ f’iotoxoologc/, 5 (3), 21 7 224.
Swwnf.y, 13. M r i t d Hnntttigs, .I. \Y. (I!M2). Hhytltnia. I n “ I’hy~irdoyy and
t3ioc.lioiwdry o f Algtit‘ *’. (It. A . I A c a \ r HI, od.), 1)p. G87 700. Academic Presh,
New York tlritl Lotidon.
TIM. iise of elcrtronto cell counter
t t i ~titdtos of nytic~tiroti~iiis ~-011 c l t v ~ n t o r i iri Ditioflt@laten. In Synchrony in
C‘oll Divtsioii tlticl Growt4t ”. (14;. Zorithen, ed.), pp. 579- 587. Wiloy-Interscieric(*, Now Yor k, l m i c l o i t tiiid Sydrioy.
Hwnoiicy, 13. M. r ~ i i c l Htrxo. 1’. ‘1’. ( i!)Ol). I’twsistonw of n pltotosyrithetic rhythrn
111 c ~ n i i c ~ l o t i t c ~ t
Acelahitlaria. ,Si.ieiv.e, W a n h g t o n , 134 (3487), 1361 -1363.
Swecrtc*y, 13. M., Haxo, 14’ . T. c m l Hwtttigs, J . W. (1959). Actiori spectra for
t w o cffcbcfja of light OII iiiiniiiiwnw 111
photosyntliosis in Acetubiilaiia i n tho presence of actinornyciir D, puromycin
arid chloramplionicol. Journal of Cleneral Phyxiology, 50 (3), 647-1159.
Swift, E. and Diirbin, E. G. (1971). Similarities in the asexual reproduction of
tho oceatiic Dinoflagdlatt, Pyrocyxtie jusijomis, Pyrocyatis lztnula and
I’yrorptiti viortilma. Joiimal of Phycology, 7 (2). 89-96.
Swift, E. and Diirhtii, E. G . (1!172). ‘I’lie phased divisiori and cytological characteristics of Py~ocystix ~ p p .
can t)o i i w d to ostimate doubling tirnes of their
pnpulations in tho son. Ikep-Sen ftuseawh, 19 (3), 189-198.
Swift, F. 5t,li a i d ‘fhylor, W. R. (1966). ‘I’ll0 effect of pH on tho division rate of
t tw Coccolrtliop~io~~id Cricoxp/taep.a tlongata. Joirrnal of Phycology, 2 (3),
121- 125.
Swift, E. t ~ n d ‘raylor, W. 1%. (1 967). Biolitniiiioscencc~ m d chloroplast movement
t i 1 tho Uiiioflagollato l’yrocyxtix lunzih. Journal i f I’hycoloyy, 3 (2), 77-81.
Swift, E. c~ncl Wti11, L). (1972). A H ~ ~ x u ~ I
reproduction through a thecato stage
‘l’dltng, J . F. (1955). W i n rdativt. growth retw of tlrreo plankton diatoms in
roititiori to uiitlorwtttcr riwhtion uritl terriprwttiirc*. ,4nvtaZ.~ of Botany, New
Snrios, 19 (78), 32!) -341.
‘l’tillitig, .J. F. (1987). Diurnal chuiigfw of Htratific.trtiorr and ph1oHyntttwiH i n
somo t ropicd African takcvt. l’rocvedanp of the Itoyd So-iety, lor id or^,
S t ~ i e u R, 147 (StLti), 67 83.
‘I‘rLlllng, J . b’. (1!)(II ). Yhoto8yrtthiws under natural conditions. Annual Eeoiezo
of 1’1ant 13hyxiology, 12, 133-154.
‘Vamiyct, H. (ID(i4). Growth and cell division of Chlorella. I n “ Spchroriy i n
(”ell Divisioti arid Growth ”. (E. Zimthen, ed.), pp. 247-305. \Viley-Intersciniicfb, New York, Londori and Sydney.
Annual Hewiew of Plant
Physiology, 17, 1- 26, platn.
Prirnary prriduotivity 111 the Chtwipouko bny (hiring thc htiinrnor of 1 !M4. C’henapeake Bay Institicte, Technical
J?epott. 34, 1 31.
’I‘Hylor, W. &., Solrgc~, H. H., E’tistic, \V. C. nncl MeKlroy, \i‘. I). (1966). Hio.
logical mid physical obxwvittioiics on a phospiiorescent hay i n Falmoiitlt
IitLrbot., . J t ~ t i i t ~ i ~ t l .
Journal of Muritie Research, 24 ( l ) , 2% 43.
Swtrtrttc3y. I{. M. niicl Hitsttrip, -1. \if. (I!)ti.t).
rcd l’liyvinloyy, 43 (2), 286 2!W.
i t 1 P,~/Yoc@~.s ~ C U & Kofotd 1907 (Dttiophycew). Z’hycologia, 11 ( I ) , 57-85.
‘f‘ttniiya. H. (19fi6).
‘I’iLylor, C\ . It t i t i d Hrrght’s, J . 13. (1907).
SiynchronouR ciiltims of algae.
A I.AIN ROIIlENIA
Swoenoy. 1%. M . ~ i n c l
b l l l H t i l l ~ H , J . W . (1958). ltltyttttiiic cdl divitrtori in populations
of ( / o t i ? j f d f i I pdyediia. .lorti i d (I/ f’iotoxoologc/, 5 (3), 21 7 224.
Swwnf.y, 13. M r i t d Hnntttigs, .I. \Y. (I!M2). Hhytltnia. I n “ I’hy~irdoyy and
t3ioc.lioiwdry o f Algtit‘ *’. (It. A . I A c a \ r HI, od.), 1)p. G87 700. Academic Presh,
New York tlritl Lotidon.
TIM. iise of elcrtronto cell counter
t t i ~titdtos of nytic~tiroti~iiis ~-011 c l t v ~ n t o r i iri Ditioflt@laten. In Synchrony in
C‘oll Divtsioii tlticl Growt4t ”. (14;. Zorithen, ed.), pp. 579- 587. Wiloy-Interscieric(*, Now Yor k, l m i c l o i t tiiid Sydrioy.
Hwnoiicy, 13. M. r ~ i i c l Htrxo. 1’. ‘1’. ( i!)Ol). I’twsistonw of n pltotosyrithetic rhythrn
111 c ~ n i i c ~ l o t i t c ~ t
Acelahitlaria. ,Si.ieiv.e, W a n h g t o n , 134 (3487), 1361 -1363.
Swecrtc*y, 13. M., Haxo, 14’ . T. c m l Hwtttigs, J . W. (1959). Actiori spectra for
t w o cffcbcfja of light OII iiiiniiiiwnw 111
photosyntliosis in Acetubiilaiia i n tho presence of actinornyciir D, puromycin
arid chloramplionicol. Journal of Cleneral Phyxiology, 50 (3), 647-1159.
Swift, E. and Diirbin, E. G. (1971). Similarities in the asexual reproduction of
tho oceatiic Dinoflagdlatt, Pyrocyxtie jusijomis, Pyrocyatis lztnula and
I’yrorptiti viortilma. Joiimal of Phycology, 7 (2). 89-96.
Swift, E. and Diirhtii, E. G . (1!172). ‘I’lie phased divisiori and cytological characteristics of Py~ocystix ~ p p .
can t)o i i w d to ostimate doubling tirnes of their
pnpulations in tho son. Ikep-Sen ftuseawh, 19 (3), 189-198.
Swift, F. 5t,li a i d ‘fhylor, W. R. (1966). ‘I’ll0 effect of pH on tho division rate of
t tw Coccolrtliop~io~~id Cricoxp/taep.a tlongata. Joirrnal of Phycology, 2 (3),
121- 125.
Swift, E. t ~ n d ‘raylor, W. 1%. (1 967). Biolitniiiioscencc~ m d chloroplast movement
t i 1 tho Uiiioflagollato l’yrocyxtix lunzih. Journal i f I’hycoloyy, 3 (2), 77-81.
Swift, E. c~ncl Wti11, L). (1972). A H ~ ~ x u ~ I
reproduction through a thecato stage
‘l’dltng, J . F. (1955). W i n rdativt. growth retw of tlrreo plankton diatoms in
roititiori to uiitlorwtttcr riwhtion uritl terriprwttiirc*. ,4nvtaZ.~ of Botany, New
Snrios, 19 (78), 32!) -341.
‘l’tillitig, .J. F. (1987). Diurnal chuiigfw of Htratific.trtiorr and ph1oHyntttwiH i n
somo t ropicd African takcvt. l’rocvedanp of the Itoyd So-iety, lor id or^,
S t ~ i e u R, 147 (StLti), 67 83.
‘I‘rLlllng, J . b’. (1!)(II ). Yhoto8yrtthiws under natural conditions. Annual Eeoiezo
of 1’1ant 13hyxiology, 12, 133-154.
‘Vamiyct, H. (ID(i4). Growth and cell division of Chlorella. I n “ Spchroriy i n
(”ell Divisioti arid Growth ”. (E. Zimthen, ed.), pp. 247-305. \Viley-Intersciniicfb, New York, Londori and Sydney.
Annual Hewiew of Plant
Physiology, 17, 1- 26, platn.
Prirnary prriduotivity 111 the Chtwipouko bny (hiring thc htiinrnor of 1 !M4. C’henapeake Bay Institicte, Technical
J?epott. 34, 1 31.
’I‘Hylor, W. &., Solrgc~, H. H., E’tistic, \V. C. nncl MeKlroy, \i‘. I). (1966). Hio.
logical mid physical obxwvittioiics on a phospiiorescent hay i n Falmoiitlt
IitLrbot., . J t ~ t i i t ~ i ~ t l .
Journal of Muritie Research, 24 ( l ) , 2% 43.
Swtrtrttc3y. I{. M. niicl Hitsttrip, -1. \if. (I!)ti.t).
rcd l’liyvinloyy, 43 (2), 286 2!W.
i t 1 P,~/Yoc@~.s ~ C U & Kofotd 1907 (Dttiophycew). Z’hycologia, 11 ( I ) , 57-85.
‘f‘ttniiya. H. (19fi6).
‘I’iLylor, C\ . It t i t i d Hrrght’s, J . 13. (1907).
SiynchronouR ciiltims of algae.