Abstract
For the study of water deficit in plants it is of importance to determine the changes in transpiration in the course of the day and in the course of the vegetation period. In our previous papers we have tried to solve these question of changes in the transpiration of certain irrigated and non-irrigated plants (Penka 1953aPenka 1953b, c, Penka 1956, Penka 1963; Penka et al. 1955, Penka 1960,1962; Srb et al. 1960, etc.). As most of our ejeperiments had been carried out in field conditions, we performed analogous earperiments in greenhouse conditions, in order to avoid possible errors.
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References
Čatský, J.: The role played by growth in the determination of water deficit in plants. Biol. Plant. 1: 277—286, 1959.
Čatský, J.: Determination of water deficit in disks cut out from leaf blades. Biol. Plant. 2 : 76—78, 1960.
Čatský, J.: K prohlematice vodniho deficitu rostlin. [On the problem of water deficit in plants.] In Czech. — Thesis, Biol. Inst., Czechoslovak Acad. Sci., Praha 1961.
Ceti, I.: Návrh jednoduohé metody ke zjištění odolnosti vuči suchu. [A new simple method for drought resistance determination.] In Czech. — Čs. Biologie 2: 361—369, 1953.
Ceti, I.: Odolnost polních plodin vuči suchu a možnosti jejího zvýšení [Drought resistance of field сгорв and possibilities of its increasing.] In Czech. — Rozpravy ČSAV, ř. MPV, 67 (8): 1—107, 1957.
Ivanov, L. A.: [On the method of the determination of transpiration of plants in natural conditions.] In Russian. — Lesn. Zhurn. 48: 1—7, 1918.
Livingston, B. E.: The relation of desert plants to soil moisture and to evaporation. — Carnegie Inst, of Washington Publ. 50: 1—77, 1906.
Maksimov, N. A.: [Comparative study of transpiration in xerophytes and mesophytes.] In Russian. — Zhurn. Russk. bot. Obsh. 1; 56—75, 1916.
Maksimov, N. A.: [On the problem of diurnal course and control of transpiration in plants.] In Russian. — Trudy Tin. bot. Sada 19: 23—108, 1917.
Maksimov, N. A.: [Selected studies on drought and winter resistance in plants. Water relations and drought resistance.] In Russian. — Publ. House Acad. Sci. U.S.S.R., 1952.
Penka, M.: Spotfeba vody polními plodinami v pruběhu jejich individuálního vývoje. [Water consumption by field crops during their ontogenesis.] In Czech. — Čs. Biol. 2: 133—190, 1953a.
Penka, M.: Odolnost lnu, jarní pšenice a prosa vuči suchu ve srovnání se spotřebou vody v prüběhu jejich individuálního vývoje. [Drought resistance in flax, spring wheat and millet in relation to water consumption during their ontogenesis.] In Czech. — Čs. Biol. 2: 370—376. 1953b.
Penka, M.: Hodnocení pudni vody s biologického hlediska metodou vysychacích křivek. [Soil water evaluation from biological point of view by means of dessiccation curves.] In Czech. — Folia biol. 2: 100—111, 1956.
Penka, M.: Intensita tranepirace některých odrud našich pšenic. [Transpiration rate in some wheat varieties,] In Czech. — Folia biol. 4: 290—298, 1958a.
Penka, M.: Spotřeba vody na transpiraci u některých odrud našich pšenic. [Water consumption for transpiration in some wheat varieties.] In Czech. — Folia biol. 4: 299—309, 1958b.
Penka, M.: Content of essential oils and water regime in some officinal plants growing in Czechoslovakia. — Acta Facult. Pharmaeeut. Brun, et Brat. 1 : 11—31, 1958c.
Penka, M.: Transpiration rates of leaf blades of irrigated and not irrigated plants of spring wheat. — Biol. Plant. 5 : 200—210, 1963.
Penka, M., Bacíková, A,: Vodní provoz a hromadění silie u rostliny Coriandrwrn sativum l. [Water relations and essential oils in Coriandrum sativum l.] In Czech. — Čs. Farmacie 9: 9—16, 1960.
Penka, M., Kocábová, A.: Příspěvek ke studiu změn obsahu silie u rostliny Levisticum officinale Koch. [On the changes of essential oil content in Levisticum officinale Koch.] In Czech. Čs. Farmacie 11: 299—233, 1962.
Nováček, M.: Vliv množství humusu v pudě na rust a transpiraci rostlin Linum usitatis-simmm L. [Influence of humus content in soil on growth and transpiration in flax.] In Czech. In press, 1963.
Nováček, M., Hloušková, D., Řezáč, K.: Vlivzávlah na vodní provoz rostlin a na obsah silie. [Influence of irrigation on water relations in plants and their content of essential oils.]In Czech. — Fol. biol. 1: 288—287, 1955.
Schratz, E.: Zum Vergleich der Transpiration xeromorpher und mesomorpher Pflanzen. — J. Ecol. 19: 292—296, 1931.
Schratz, E.: Beitrage zur Biologie der Halophyten. IV. Die Transpiration der Strand- und Dünenpflanzen. — Jb. wiss. Bot. 84: 593, 1937.
Slaviík, B.: K dynamice vodního deficitu rostlin. [On the dynamics of water deficit in plants.] In Czech. — Preslia 27: 124—153, 1955.
Srb, V., Klimešová, E., Klimešová, J.: Vliv závlah na rust a obsah silic u máty peprné (Mentha piperita Hudson ) J hohem Ontogenese. [Influence of irrigation on growth and essential oils, content in Mentha piperita Hudson during ontogenesis.] In Czech.— Čs. Farmacie 9: 49—55, 1960.
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Penka, M. (1965). Changes in the Transpiration of Plants in the Course of the Day. In: Slavík, B. (eds) Water Stress in Plants. Springer, Dordrecht. https://doi.org/10.1007/978-94-010-3593-4_26
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DOI: https://doi.org/10.1007/978-94-010-3593-4_26
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