References
313
Saralov AI (1988) Dark CO2 assimilation and efficiency of bacterial growth in lakes.
Trans Lithnanian Acad Sci B 2(10):9-22
Saralov AI, Krylova IN, Pashkauskas RA (1983) Nitrogen fixation and nitrification in
lakes of Lithuania. Trans Inst Freshwater BioI Borok Acad Sci USSR 51(54):164-175
(in Russian)
Saralov AI, Krylova IN, Kusnetsov SI (1984) Modification of Sorokin's method for
separation of dark CO2 uptake by heterotrophic and chelllu~ynthelic bacteria. wIil:1ubiologia, Moscow 53:989-996 (in Russian)
Saunders G W, Trama FB, Bachmann RW (1962) Evaluation of modified 14C-techniques
for shipboard photosynthesis estimation Great Lakes. Div Univ of Michgan, Ann
Arbor Pub I 8:1-61
Savidge G (1978) Variations in the progress of 14C uptake as a source of error in the
estimates of primary production. Mar Bioi 49:295-302
Scauen DM, Marshall N, Fragola RJ (1971) A liquid scintillation method for assaying
14C labelled benthic microfiora. J Fish Res Board Can 28:769-770
Scavia D, Laird G (1987) Bacterioplankton in Lake Michigan. Limnol Oceanogr
31:1017-1033
Scavia D, Laird GA, Fahnestiel GL (1986) Production of planktonic bacteria in Lake
Michigan. Limnol Oceanogr 31:612-626
Seivell H (1935) The annual organic production in the tropical Western North Atlantic.
J Cons Int Explor Mer 10:20-32
Sepers AB (1977) The utilization of dissolved organic compounds in aquatic environments. Hydrobiologia 52:39-54
Sepers AB, Van Es FB (1979) Heterotrophic uptake experiments with 14C-Iabelled
histidine. Appl Environ Microbiol 37:794-799
Sepers AB, Cahet G, Goossens H (1982) Compasition between 14C and O 2 consumption methods for determination of the heterotrophic activity in bacterial populations.
Mar BioI 66:237-242
Servais P, Martinez J, Billen G (1987) Determining thymidine incorporation into bacterioplankton: use of DNase. Appl Environ Microbiol 53:1977-1979
Sharp JH (1977) Excretion of organic matter by marine phytoplankton. Limnol
Oceanogr 22:381-385
Sheppard CW (1962) Basic principles of the radiotracer methodology. Wiley, New York
Sherr B, Sherr E (1983) Enumeration of heterotrophic microprotozoa by epifiuorescence microscopy. Estuarine Coastal Shelf Sci 16:1-17
Sherr EB, Sherr BF, Fallon RD, Newell SY (1987) Small aloricated ciliates as major
component of marine heterotrophic microplankton. Limnol Oceanogr 31 :177-183
Shindler DW (1966) A liquid scintillation for measuring 14-carbon uptake in photosynthesis, Nature (Lond) 211:844-845
Shindler DW, Schmidt RW (1972) Acidification and bubbling as alternative to filtration in determining primary production by 14C method. J Fish Res Board Can
29:1627-1631
Shindler DW, Moore I, Vollenveider RA (1974) Liquid scintillation technique. In:
Vollenveider RA (ed) Methods of measuring primary production in aquatic
environments. Backwell, Oxford, pp. 76-79
Shushkina EA, Sorokin Yu I (1969) On the use of 14C for estimation of zooplankton
production. Oceanology, Moscow 9:730-737 (in Russian)
Shushkina EA, Vinogradov ME, Glebov BS (1980) Use of 140-1 water bottles for
collecting zooplankton samples. Oceanology, Moscow 20:552-557 (in Russian)
Shushkina EA, Vinogradov ME, Vostokov SW (1984) Evaluation of primary production and decomposition in the epipelagic ocean. Oceanology, Moscow 24:130-137
(in Russian)
Silver MW, DavolI PJ (1978) Loss of 14C activity after chemical fixation of phytoplankton. Limnol Oceanogr 23:362-368
313
Saralov AI (1988) Dark CO2 assimilation and efficiency of bacterial growth in lakes.
Trans Lithnanian Acad Sci B 2(10):9-22
Saralov AI, Krylova IN, Pashkauskas RA (1983) Nitrogen fixation and nitrification in
lakes of Lithuania. Trans Inst Freshwater BioI Borok Acad Sci USSR 51(54):164-175
(in Russian)
Saralov AI, Krylova IN, Kusnetsov SI (1984) Modification of Sorokin's method for
separation of dark CO2 uptake by heterotrophic and chelllu~ynthelic bacteria. wIil:1ubiologia, Moscow 53:989-996 (in Russian)
Saunders G W, Trama FB, Bachmann RW (1962) Evaluation of modified 14C-techniques
for shipboard photosynthesis estimation Great Lakes. Div Univ of Michgan, Ann
Arbor Pub I 8:1-61
Savidge G (1978) Variations in the progress of 14C uptake as a source of error in the
estimates of primary production. Mar Bioi 49:295-302
Scauen DM, Marshall N, Fragola RJ (1971) A liquid scintillation method for assaying
14C labelled benthic microfiora. J Fish Res Board Can 28:769-770
Scavia D, Laird G (1987) Bacterioplankton in Lake Michigan. Limnol Oceanogr
31:1017-1033
Scavia D, Laird GA, Fahnestiel GL (1986) Production of planktonic bacteria in Lake
Michigan. Limnol Oceanogr 31:612-626
Seivell H (1935) The annual organic production in the tropical Western North Atlantic.
J Cons Int Explor Mer 10:20-32
Sepers AB (1977) The utilization of dissolved organic compounds in aquatic environments. Hydrobiologia 52:39-54
Sepers AB, Van Es FB (1979) Heterotrophic uptake experiments with 14C-Iabelled
histidine. Appl Environ Microbiol 37:794-799
Sepers AB, Cahet G, Goossens H (1982) Compasition between 14C and O 2 consumption methods for determination of the heterotrophic activity in bacterial populations.
Mar BioI 66:237-242
Servais P, Martinez J, Billen G (1987) Determining thymidine incorporation into bacterioplankton: use of DNase. Appl Environ Microbiol 53:1977-1979
Sharp JH (1977) Excretion of organic matter by marine phytoplankton. Limnol
Oceanogr 22:381-385
Sheppard CW (1962) Basic principles of the radiotracer methodology. Wiley, New York
Sherr B, Sherr E (1983) Enumeration of heterotrophic microprotozoa by epifiuorescence microscopy. Estuarine Coastal Shelf Sci 16:1-17
Sherr EB, Sherr BF, Fallon RD, Newell SY (1987) Small aloricated ciliates as major
component of marine heterotrophic microplankton. Limnol Oceanogr 31 :177-183
Shindler DW (1966) A liquid scintillation for measuring 14-carbon uptake in photosynthesis, Nature (Lond) 211:844-845
Shindler DW, Schmidt RW (1972) Acidification and bubbling as alternative to filtration in determining primary production by 14C method. J Fish Res Board Can
29:1627-1631
Shindler DW, Moore I, Vollenveider RA (1974) Liquid scintillation technique. In:
Vollenveider RA (ed) Methods of measuring primary production in aquatic
environments. Backwell, Oxford, pp. 76-79
Shushkina EA, Sorokin Yu I (1969) On the use of 14C for estimation of zooplankton
production. Oceanology, Moscow 9:730-737 (in Russian)
Shushkina EA, Vinogradov ME, Glebov BS (1980) Use of 140-1 water bottles for
collecting zooplankton samples. Oceanology, Moscow 20:552-557 (in Russian)
Shushkina EA, Vinogradov ME, Vostokov SW (1984) Evaluation of primary production and decomposition in the epipelagic ocean. Oceanology, Moscow 24:130-137
(in Russian)
Silver MW, DavolI PJ (1978) Loss of 14C activity after chemical fixation of phytoplankton. Limnol Oceanogr 23:362-368