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A CRITICAL ENQUIRY INTO THE ALLEGED FIXATION OF NITROGEN BY GREEN ALGAE1

1923; Wiley; Volume: 10; Issue: 3-4 Linguagem: Inglês

10.1111/j.1744-7348.1923.tb05685.x

1744-7348

B. Muriel Bristol, H. J. Page,

Chemical Reactions and Isotopes

Annals of Applied BiologyVolume 10, Issue 3-4 p. 378-408 A CRITICAL ENQUIRY INTO THE ALLEGED FIXATION OF NITROGEN BY GREEN ALGAE1 B. MURIEL BRISTOL D.Sc, B. MURIEL BRISTOL D.Sc Algologist (Department of Mycology), Rothamsted Experimental Station.Search for more papers by this authorHAROLD J. PAGE B.Sc, A.I.C., HAROLD J. PAGE B.Sc, A.I.C. Chemist, Rothamsted Experimental Station.Search for more papers by this author B. MURIEL BRISTOL D.Sc, B. MURIEL BRISTOL D.Sc Algologist (Department of Mycology), Rothamsted Experimental Station.Search for more papers by this authorHAROLD J. PAGE B.Sc, A.I.C., HAROLD J. PAGE B.Sc, A.I.C. Chemist, Rothamsted Experimental Station.Search for more papers by this author First published: December 1923 https://doi.org/10.1111/j.1744-7348.1923.tb05685.xCitations: 16 1 A grant in aid of publication has been received for this communication. AboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onEmailFacebookTwitterLinkedInRedditWechat SELECTED BIBLIOGRAPHY. 1 Bouilhac. R. (1896). Sur la fixation de I'azote atmosphéiique par ľassociation des algues et des baotéries. Comptes Rendus, cxx, 828–30. 2 Bouilhac et Giustiniani (1903). Sur une culture de sarrasin en presence ďun mélange ďalgues et de bactéries. Comptes Rendus, cxxxv, 1274–76. 3 Charpentier, P. G. (1903). Alimentation azotée ďune algue–Le Cystococcus humicola. Ann. Inst. Pasteur, 17, 321–334. 4 Denis, M. (1920). ľoptimum Iumineux pour le développement du Stichococcus bacillaris, Naeg. Rev. Gén. de Bot. xxx, 72. 5 Fischer, Hugo (1904). Ueber Symbiose von Azotobacter mit Oseillarien. CentmM. f. Bakt. X, 267–8. 6 Försteb, O. (1889). Zur Bestimmung des Salpetersaurestickstoffes na.ch Kjeldahl'sche Methode. Chem. Zeit. x, 1555. 7 Frank, B. (1889). Ueber den experimentallen Nachweis der Assimilation freien Stickstoffs durcb Erdbewohnende Algen. Ber. der d. bot. Oes. Bd. vn, 34–42. 8 Gautier et Drouin (1888). Recherches sur la fixation de I'azote par le sol et les vegetaux. Comptes Rendua, vi, 1174–76. 9 Heinze, B. (1906). Ueber die Stickstoffassimilation durch niedere Organismen Landw. Jahrb. xxxv, 889–910. 10 Hellriegel UND Wilfarth (1888). Untersuehungen über die Stiekstoffnahrung der Gramineen und Leguminosen. Zeitsch. des Vereins f. d. Rubenzucker-Industrie. 11 Jodlbaur, M. (1886). Die Bestimmung des Stickstoffs in Nitraten nach der Kjeldahl'schen Methode. Chem. Zentrbl p. 433. 12 Kossowttsch, P. (1894). Untersuehungen iiber die Frage, ob die Algen freien Stickstoff fixiren. Bot. Zeit. v, 98–116. 13 Krüger, W. Schneidewind (1900). Sind niedere ohlorophyllgrüne Algen imstande, den freien Stickstoff der Atmosphäre zu assimilieren und den Boden an Stickstoff zu bereichern Landw. Jahrb. xxix, 771–804. 14 Lawes, Gilbert AND Pugh (1861). On the Source of the Nitrogen of Vegetation with Special Reference to the Question whether Plants Assimilate Free or Uncombined Nitrogen. Phil. Trans. Phil. Trans. (1889) CLXXX, 1–107. 15 Lawes AND Gilbert The Sources of the Nitrogen of our Leguminous Crops. J own. Roy. Agric. Soc. Ser. 3, II, 657–702. 16 Mameli, E. E. Polacci, G. (1911). Su ľassimilazione diretta dell' azoto atmosferico libero nei vegetali. Atti Instit. Bot, Pavia, xv, 159–257. 17 Moore, Benjamin AND Webster, T. Arthur (1920). Studies of photosynthesis in fresh-water algae. I. The fixation of both Carbon and Nitrogen from the atmosphere to form organic tissue by the green plant cell. Proc. Roy. Soc. B. xci, 201–215. 18 Moore, Whitley AND Webster (1921). Studies of Photosynthesis in Marine Algae. I. Fixation of Carbon and Nitrogen from Inorganic Sources in Sea Water. II. Increase of Alkalinity of Sea Water as a Measure of Photosynthesis. Proc. Roy. Soc. B. XCII, 51–60. 19 Prantl (1889). Die Assimilation freien Stickstoffe und der Parasitismus von Nostoc. Hedwigia, xxv, 135–6. 20 Reinke, J. (1903). Symbiose von Volvos und Azotobacter, Ber. der d. bot. Oes 481. 21 Reinke, J. (1903). Die zur Ernährung der Meeresorganismen disponiblen Quellen an Stickstoff. Ber. der d. bot. Oes. Bd. xxi, 371. Ann. BioL x. 22 Sohloesing Fils, ET Laurent, E. (1892). Recherehes sur la. fixation de ľazote libre par les plantes. Ann. de ľInstitut Pasteur, vi, 65–115. 23 Schramm, J. R. (1914). The Relation of certain Graaa Green Algae to Ele-mentary Nitrogen. Ann. Mo. Bot. Gard. I, 2. 24 Ulsch, K. (1891). Die TJberfuhrung der freien Salpetersaure in Ammoniak dnrch Wasserstoff in statu nascendi. Zeitsch. anal. Chem. xxx, 175. 25 Wann, F. B. The fixation of nitrogen by green plants. Amer. Journ. Bot. 1921, viii, 1–29. Citing Literature Volume10, Issue3-4December 1923Pages 378-408 ReferencesRelatedInformation