EurekaMag.com logo
+ Site Statistics
References:
47,893,527
Abstracts:
28,296,643
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

Primary production and physiological characteristics of the phyto plankton of lake shartash russian sfsr ussr/






Ekologiya (Moscow) (4): 39-46

Primary production and physiological characteristics of the phyto plankton of lake shartash russian sfsr ussr/

Data were presented on the determination of water temperature and transparency, the concentration of chlorophyll a and suspended organic matter, as well as on the primary production and destruction of plankton in the mesotrophic lake. The possibility was discussed of using these data for evaluation of productivity and water quality. An explanation is given for the nonlinear nature of the correlation between the daily assimilation number and chlorophyll a content. Intense accumulation of organic matter was found in the lake, which is used for recreational purposes.


Accession: 006184140



Related references

Berdysheva G.V.; Vasil'chikova A.P., 1984: Primary production of plankton in lake shartash russian sfsr ussr. Information on the primary phytoplankton production given for Lake Shartash, characterizes it as a water body of high productivity.

Nakani, D.V.; Korsak, M.N., 1976: Primary production of the phyto plankton of the uchinskoye reservoir russian sfsr ussr. The primary production of the Uchinskoye Reservoir [Russian SFSR, USSR] phytoplankton, dominated by Asterionella formosa, Melosira italica, M. granulata, Stephanodiscus hantzschii, Microcystis aeruginosa, M. pulverea, ediastrum duplex, Scenedesmus...

Pyrina I.L.; Trifonova I.S., 1979: Phyto plankton productivity in lake ladoga russian sfsr ussr. Data on biomass and numbers of the phytoplankton [Melosira islandica helvetica, Stephanodiscus binderanus, Anabaena sp., A. lemmermannii, Aphanizomenon flos-aquae, Pediastrum duplex, Gomphosphaeria lacustris and Woronichinia naegeliana], pigments...

Shkundina F.B., 1983: Seasonal changes in the phyto plankton of lake kandry kul russian sfsr ussr. The seasonal fluctuation of numbers, species composition [including Ankistrodesmus angustus, Cosmarium asphaerosporum, C. asphaerosporum var. asphaerosporum, Elakatothrix lacustris, Glenodinium sp., Tetrachlarella alternans, Scenedesmus quadricaud...

Silina, N.I., 1979: Biological and production characteristics of zoo plankton from lake kyd'aiy yakutsk assr russian sfsr ussr. Zooplankton development dynamics for one of the lakes where Coregonidae farms will be constructed is described. The zooplankton production is estimated. Ichthyomass increase due to zooplankton utilization may reach 13 kg/ha.

Shkundina F.B., 1981: Diurnal dynamics of lake kandry kul russian sfsr ussr phyto plankton. The diurnal dynamics of phytoplankton groups (blue-green, pyrophytic, diatoms, protococcal and zygnemic) obtained for Lake Kandry-Kul in July 1979 are presented. The total biomass and number of certain taxonomic and morphological groups varied con...

Sadchikov A.P.; Chekryzheva T.A.; Kolosov V.R., 1983: Seasonal dynamics of phyto plankton in lake glubokoye russian sfsr ussr. Taxa (88) were identified in the present study. Green algae and diatoms were the most abundant forms (55 spp.); blue-greens and dinoflagellates accounted for the greatest part of the total plankton biomass. New forms were noticed. The blue-greens...

Kozlova I.V., 1974: Characteristics and production potentials of zoo plankton from lake shchelkun russian sfsr ussr in the middle urals. Gidrobiologicheskii Zhurnal 10(3): 31-38

Frank N.A.; Shchur L.A.; Aponasenko A.D.; Sid'ko F.Ya, 1980: Distribution of phyto plankton in the southern and central parts of lake baikal russian sfsr ussr. The horizontal and vertical chlorophyll a distribution, number, biomass and species composition of phytoplankton in the south and middle parts of the Lake Baikal.

Maksimov V.N.; Panasenkov Y.V., 1980: Carbon 14 di oxide uptake by pelagial phyto plankton in lake baikal russian sfsr ussr. The studies of dynamics of 14CO2 absorption by phytoplankton in the pelagic zone of Lake Baikal and its dependence on duration and conditions of exposure showed that phytoplankton absorbs 14CO2 more intensively in shaken flasks than in nonshaken o...