Folia Historico-Naturalia Musei Matraensis - A Mátra Múzeum Természetrajzi Közleményei 6. (1980)
Suba, J.–Légrády, Gy.–Pozsár, B.–Szarvas, T.: A fotoszintetikus 14CO2 fixálás és C:N viszony évszakos változásai a „Síkfőkúti Project” cseres-tölgyes fajainál
IRODALOM ATKINS, С. A.—D. T. CANVIN (1971): Photosinthesis and 14 C evolution by leaf discs: Gaz exchange, extraction and ion-exchange fraction of 14 C labelled photosynthetic products. —Ganad. Jour. Bot. 49:1225—1234. AUSTIN, R. В.—LONGDEN, P. С (1967): A rapid method for the measurement of rates of phitosynthesis using 14 C0 2 . — Ann. Bot. 31:245 —253. BOARDMAN, N. K. (1977): Comparative photosynthesis of sun and chade plant. — Annu. Rev. Plant Physiol 28:355— 377. CHARLES—EDWARDS, D. A. (1978): An analysis of the photosynthesis and productivity of vegetative crops in the United Kingdom — Ann. Bot. 42:717—731. FELIPPE, G. M.—DALE, J. E. (1972): The uptake of 14 C0 2 by developing first leaves of barley and partition of the labelled assimilates. — Ann. Bot. 36:411 —418. HELMS, J. A. (1976): Factors influencing net photosynthesis in trees: an ecological viewpont — In CANNEL, M. G. R, — LAST, F. T. (ed.): Tree Physiology and Yield Improvement, Pp. 55 — 78 — Academic Press, London —New York — San Francisco. HUZULÁK, J.— MASAROVIÖOVÁ, E.: 1977): Fotosyntéza a Vodny Rezim Drevin — Morda-Piesky. KIRA, T. —SHIDEI (1967): Primary production and turnover of organic matter in different forest ecosystems of western Pacific Japanese J. — Ecology, 17:70—87. KRAMER, P. I- — KOZLOWSKI, T. T. (1979): Physiology of Woody Plants. — Academic Press New York, San Franisco, London. LANDSBERG, J. J.—CUTTING, С V. (ed): 1977) Enviromental Effects on Crop Physiology. — Academic Press, London, New York, San Francisco. LIETH, H. (1975): Primary productiviti of the major vegetation unit of the world. — In LIETH, H.—WHITTAKER, R. H. (ed.): Primary Productivity of the Biosphere. Pp. 203—215. —SpringerVerlag, Berlin —Heidelberg —New York. LIETH, H (1975): Historical of primary productivity- research — In LIETH, H. — WHITTAKER, R. H..(ed.): Primary Productivity of the Biosphere, Pp. 7—16. Springer-Verlag, Berlin—Heidelberg —New York. MALKINA, J. S. (1978): Opredelenie intensivnosti fotosinteza v krone vzroslikh derev'ev (Determination of the photosvnthetic rate in the crown of oak trees) — Fiziol. Rast. 25:792—797. NELSON, R. E. (1977): A technique for measuring photosinthesis in comfort by 14 C0 2 uptake. —Photosinthetica 11:241—250. OVINGTON, J. D. (1956): The form, weights and productivity of tree species grown in close stand — iVew phytologist 55:289—403. RYMAN, R. G.—POWELL, D. E.—RYLE, G. J. A. (1977): A comparison of three methods of measuring 14 C incorporated in plant material. — Int. J. appl. Rad. Izotopes 28:346—439. SCHMIDT, W. (1976): Experimental ecology — In ELLENBERG, H.— ESSER, К.— MERXMÜLLER, H., SCHNAPF, E.— ZIEGLER, H. (ed.): Progress in Botany. 38:352—366. — SpringerVerlag, Berlin —Heidelberg —New York. SHIMSGI, D. (1969): A rapid field method for measuring photosinthesis with labelled carbon dioxides — Jour, Expit. Bot. 20:381—401. SPECTOR, W. S. (1958) : Handbook of biological data — Philadelphia, Saunders. TREBST, A.—AVRON, M. (1977): Photosynthesis I. (Encycl. Plant Physiol. N. S. 5:266—282. — Springer-Verlag, Berlin —Heidelberg —New York. VOZNESENSKII, V. L.—ZALENSKII, O. V.—AUSTHIN, R. B.(1971): Methods of measuring rates of photosynthesis using carbon — 14 dioxid — In SESTAK, 97
