Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ]
In a lake the nitrogen compounds are liable to regular cycling in which nitrate is reduced and ammonium oxidised. As a nitrate maximum is regularly established in the upper part of the hypolimnion of a stratified summer lake, the authors have dealt in particular with the oxidising side of the nitrogen cycle. Described here are partial results of the nitrification in Plusssee. The Plusssee was chosen, since it is almost entirely without inflows, and, lying in a wooded basin, is well protected from the wind, and therefore stably stratified. In order to determine the number of autotrophic nitrificants the distribution of the Nitrosomonas and Nitrobacter spores in the lake were analysed. From the estimates on the determination of spore numbers of the heterotrophic nitrificants, 14 species in the pure culture were isolated and examined from morphological, biochemical and taxonomic viewpoints.
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Format: | monograph biblioteca |
Language: | English |
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Freshwater Biological Association
1974
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Subjects: | Ecology, Limnology, Bacteria, Ammonia, Freshwater lakes, Nitrification, Nitrogen cycle, |
Online Access: | http://hdl.handle.net/1834/22413 |
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dig-aquadocs-1834-224132021-07-06T02:58:23Z Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] Gode, P. Overbeck, J. Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle In a lake the nitrogen compounds are liable to regular cycling in which nitrate is reduced and ammonium oxidised. As a nitrate maximum is regularly established in the upper part of the hypolimnion of a stratified summer lake, the authors have dealt in particular with the oxidising side of the nitrogen cycle. Described here are partial results of the nitrification in Plusssee. The Plusssee was chosen, since it is almost entirely without inflows, and, lying in a wooded basin, is well protected from the wind, and therefore stably stratified. In order to determine the number of autotrophic nitrificants the distribution of the Nitrosomonas and Nitrobacter spores in the lake were analysed. From the estimates on the determination of spore numbers of the heterotrophic nitrificants, 14 species in the pure culture were isolated and examined from morphological, biochemical and taxonomic viewpoints. Translated from German into English 2021-06-24T16:01:48Z 2021-06-24T16:01:48Z 1974 monograph http://hdl.handle.net/1834/22413 en FBA Translations (New Series) http://www.fba.org.uk/fba-translations http://www.fba.org.uk application/pdf application/pdf Freshwater Biological Association Windermere, UK http://aquaticcommons.org/id/eprint/4850 1256 2011-09-29 15:48:48 4850 Freshwater Biological Association |
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Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle |
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Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle Gode, P. Overbeck, J. Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
description |
In a lake the nitrogen compounds are liable to regular cycling in which nitrate is reduced and ammonium oxidised. As a nitrate maximum is regularly established in the upper part of the hypolimnion of a stratified summer lake, the authors have dealt in particular with the oxidising side of the nitrogen cycle. Described here are partial results of the nitrification in Plusssee. The Plusssee was chosen, since it is almost entirely without inflows, and, lying in a wooded basin, is well protected from the wind, and therefore stably stratified. In order to determine the number of autotrophic nitrificants the distribution of the Nitrosomonas and Nitrobacter spores in the lake were analysed. From the estimates on the determination of spore numbers of the heterotrophic nitrificants, 14 species in the pure culture were isolated and examined from morphological, biochemical and taxonomic viewpoints. |
format |
monograph |
topic_facet |
Ecology Limnology Bacteria Ammonia Freshwater lakes Nitrification Nitrogen cycle |
author |
Gode, P. Overbeck, J. |
author_facet |
Gode, P. Overbeck, J. |
author_sort |
Gode, P. |
title |
Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
title_short |
Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
title_full |
Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
title_fullStr |
Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
title_full_unstemmed |
Studies on heterotrophic nitrification in a lake. [Translation from: Z.allg.Mikrobiol. 12 567-574, 1973. ] |
title_sort |
studies on heterotrophic nitrification in a lake. [translation from: z.allg.mikrobiol. 12 567-574, 1973. ] |
publisher |
Freshwater Biological Association |
publishDate |
1974 |
url |
http://hdl.handle.net/1834/22413 |
work_keys_str_mv |
AT godep studiesonheterotrophicnitrificationinalaketranslationfromzallgmikrobiol125675741973 AT overbeckj studiesonheterotrophicnitrificationinalaketranslationfromzallgmikrobiol125675741973 |
_version_ |
1756077627403141120 |