Abstract
The present work was carried out at four waterbodies in the Estonian SSR where seven different habitats ofPhragmites australis were selected. The paper gives the results of the study of clones from essentially different sites: the characteristics of the habitat of the species (soil profile, soil analyses, pH of water), morphological features of shoots, the nutrient content in plant parts, the production of clones, and also relations between these characteristics.
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Literature cited
Allen S. E.. etPearsall W. H. (1963): Leaf analysis and shoot production inPhragmites.— Oikos, Kobenhaven, 14: 176–189.
Arinuškina E. V. (1965): Rukovodstvo po chimičeskomu analizu počv. [Instruction for the chemical analysis of soil.]—Moskva, 492 p. (Russian.)
Bengtsson B. (1983): Regulation of Ca2+ uptake and transport in cucumber (Cucumis sativus) and wheat (Triticum aestivum). Doctoral dissertation.—Lund, 11p.
Bergmann W. (1983): Ernährungsstörungen bei Kulturpflanzen. Entstehung und Diagnose.— Jena, 614 p.
Bittmann E. (1953): Das Schilf (Phragmites communis Trin.) und seine Verwendung im Wasserbau. —Angew. Pflanzensoziologie, 7.—44 p.
Björk S. (1967): Ecologic investigations ofPhragmites communis.—Folia Limn. Scand., No.14, p. 1–248.
Boyd C. E.. etHess L. W. (1970): Factors influencing shoot production and mineral nutrient levels inTypha latifolia.—Ecology, Durham, 51: 296–300.
Branke Ju. V. (1935): O chimizme kormovych rastenij dalnevostočnoj flory. (On the chemical composition of fodder plants of the Far East flora).—Vest. Dalnevost. Filiala AN SSSR 12: 13–28 (Russian.)
Davis C. B.. etvan der Valk A. G. (1983): Uptake and release of nutrients by living and decomposingTypha glauca Godr. tissues at Eagle lake, Iowa.—Aquatic Botany, Amsterdam, 16: 75–89.
Dykyjová D. (1973): Specific differences in vertical structures and radiation profiles in the helophyte stands.—In:S. Hejný [ed.], Ecosystem study on wetland biome in Czechoslovakia.— Czechoslovak IBP/PT-PP. Report No. 3. Třeboň, p. 121–131.
Dykyjová D. (1978): Nutrient uptake by littoral communities of helophytes.—In:Dykyjová D. etKvět J. [eds.]: Pond littoral ecosystems, Ecol. Studies 28, p. 257–277, Heidelberg, Berlin, New York.
Dykyjová D. (1979): Selective uptake of mineral ions and their concentration factors in aquatic higher plants.—Folia Geobot. Phytotax., Praha, 14: 267–325.
Dykyjová D., Hejný S.. etKvět J. (1973): Proposal for international comparative investigations of production by stands of reed (Phragmites communis).—Folia Geobot. Phytotax., Praha, 8: 435–442.
Dykyjová D.. etHradecká D. (1976): Production ecology ofPhragmites communis. 1. Relations of two ecotypes to the microclimate and nutrient conditions of habitat.—Folia Geobot. Phytotax., Praha, 11: 23–61.
Evans J. R. (1983): Photosynthesis and nitrogen partioning in leaves ofTriticum aestivum and related species. Doctoral dissertation.—Canberra, 200 p.
Fiala K. (1976): Underground organs ofPhragmites communis, their growth, biomass and net production.—Folia Geobot. Phytotax., Praha, 11: 225–259.
Haslam S. (1969): The development and emergence of buds inPhragmites communis Trin.— Ann. Bot., Oxford, 33: 289–301.
Haslam S. (1970): The development of the annual population inPhragmites communis Trin.— Ann. Bot., Oxford, 34: 571–591.
Haslam S. (1971): Community regulation inPhragmites communis Trin. I. Monodominant stands.—J. Ecol., Oxford, 59: 65–73.
Haslam S. (1972): Biological flora of the British Isles.Phragmites communis Trin.—J. Ecol., Oxford, 60: 585–610.
Haslam S. (1973) Some aspects of the life history and autecology ofPhragmites communis Trin. A review.—Pol. Arch. Hydrobiol., Warszawa, 20: 79–100.
Hürlimann H. (1951): Zur Lebensgeschichte des Schilfes an den Ufern den Ufern der Schweizer Seen.— Beitr. Geobot. Landesaufn., Bern, 30, 232 p.
Järvekülg A. (1970): Väinamere pôhjaloomastik. (The bottom fauna of the Väinameri.)—In: Lääne—Eesti rannikualade loodus. [Nature in the West-Estonian Coastal Areas.] Tallin, p. 42–60. (Estonian, with Russian and English summ.)
Järvekülg A. (1982): Muutustest Matsalu lahe pôhjaloomastikus aastail 1962–1975 seoses eutrofeerumisega ja soolsuse suurenemisega. (On changes in the bottom fauna of Matsalu Bay in the years 1962–1975 due to eutrophication and rise in the level of salinity.)—In: Eesti NSV riiklike looduskaitsealade teaduslikud tööd. [Scientific papers of the State Nature Reserves of the Estonian S. S. R.] Tallinn, vol. 3, p. 43–53 (Estonian, with Russian and English summ.).
Květ J. (1971): Growth analysis approach to the production ecology of reedswamp plant communities. —Hidrobiologia, Bucuresti, 12: 15–40.
Květ J. (1973): Mineral nutrients in shoots of reed (Phragmites communis Trin.).—Pol. Arch. Hyrobiol., Warszawa, 20: 137–147.
Mäemets A. (1968) [ed.]: Eesti järved. [The Lakes of Estonia.] Tallinn, 548 p. (Estonian, with Russian and English summ.)
Mäemets A. (1974): On Estonian lake types and main trends of their evolution.—In: Estonian wetlands and their life. p. 29–62, Tallinn.
Mardiste H. (1970): Väinameri. [The Väinamere—the straits of Muhu.]—In: Lääne-Eesti rannikualade loodus. [Nature in the West-Estonian Coastal Areas.]—Tallinn, p. 42–60. (Estonian, with Russian and English summ.)
Mardiste H. (1974): Kassari lahe hüdroloogilisest režiimist. [Hydrological regime of the Kassari Bay.]—In: Eesti Geograafia Seltsi Aastaraamat, 1973 [Yearbook of the Estonian Geographical Society, 1973.] p. 91–102, Tallinn. (Estonian, with Russian and English summ.)
Mengel K. (1979): Ernährung und Stoffwechsel der Pflanze.—Stuttgart, New York. 466 p.
Meteorologičeskij ježemjesjačnik 1982 [The monthly meteorology].—Vyp. 4, part 2, No. 5, 6, 7, Obninsk.
Moçhnacka-Ławacz H. (1974): Seasonal changes ofPhragmites communis Trin. Part II. Mineral contents.—Pol. Arch. Hydrobiol., Warszawa, 21: 369–380.
Niine H. (1978): Uproščenij metod opredelenija soderžanija fosfora, kalija i kalcija v kormach. [Simplified method of phosphorus, potassium and calcium determination in fodder.]—Nauč. Trudy Estonskogo NII zemledelija i melioraciji 43: 84–88. (Russian, with English summ.)
Porgassar V. etViik M. (1982): Biogeenide sisaldus Matsalu lahe vees 1979–1980 a. [The biogenes in the water of Matsalu Bay in 1979–1980.]—Loodusevaatlusi 1980 [Nature Observations 1980], 1. Tallinn, p. 166–177. (Estonian, with Russian and English summ.)
Rodewald-Rudescu L. (1974): Das Schilfrohr (Phragmites communis Trinius).—Stuttgart 302 p.
Ross J. K. (1975): Radiacijonnyj režim i architektonika rastitelnogo pokrova. [Radiation regime and structure of plant cover.]—Leningrad, 344 p.
Rudescu L. (1969): Der Einfluss der Umweltsbedingungen auf die Produktivität (Photosynthesenintensität) des Schilfrohres (Phragmites communis Tr.) aus dem Donaudelta, Dněpr- und Wolgadelta, Mesopotamien, Pakistan (Phr. karka) und Nildelta.—Hidrobiologia, Bucuresti, 10: 77–86.
Szczepańska W. etSzczepański A. (1973): Emergent macrophytes and their role in wetland ecosystems.—Pol. Arch. Hydrobiol., Warszawa 20: 41–50.
Timm T. (1973) [ed.]: Vôrtsjärv. [The Lake Vôrtsjärv.]—Tallinn, 284 p. (Estonian, with Russian and English summ.).
Úlehlová B. (1978): Decomposition processes in the fishpond littoral.—In:Dykyjová D. etKvět J. [eds.]: Pond Littoral Ecosystems. Ecol. Studies 28., Heidelberg, Berlin, New York, p. 341–353.
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Ksenofontova, T. Morphology, production and mineral contents inPhragmites australis in different waterbodies of the Estonian SSR. Folia geobot. phytotax. 23, 17–43 (1988). https://doi.org/10.1007/BF02853293
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DOI: https://doi.org/10.1007/BF02853293