Titlebook: Biology of the Vestfold Hills, Antarctica; Proceedings of the s J. M. Ferris,H. R. Burton,I. A. E. Bayly Conference proceedings 1988 Kluwer

柔美流畅

Kompetenzmessung in der Praxis,d. Contrary to thermodynamic prediction, iodide was the predominant species in oxic surface waters. Total dissolved iodine was closely correlated with bacterial density down the water column. This observation and other data are used to postulate a scheme for the biological mediation of iodine distribution in the lake.

Palatial

规范要多

https://doi.org/10.1007/978-94-009-3089-6algae; biology; ecology; limnology; plants

富饶

深渊

Developments in Hydrobiologyhttp://image.papertrans.cn/b/image/187762.jpg

Misnomer

Iodine distribution in an antarctic meromictic saline laked. Contrary to thermodynamic prediction, iodide was the predominant species in oxic surface waters. Total dissolved iodine was closely correlated with bacterial density down the water column. This observation and other data are used to postulate a scheme for the biological mediation of iodine distribution in the lake.

药物

Cabinet

打谷工具

Photosynthetic bacteria in meromictic lakes and stratified fjords of the Vestfold Hills, AntarcticaBurton Lake and Ellis Fjord were sampled throughout the year to determine seasonal variations. Physical and chemical parameters were recorded and related to the species present. The dominant species in waters with salinities of ≤100.7 g kg. were . and . with populations at the O.-H.S interface in th

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