Matskási István (szerk.): A Magyar Természettudományi Múzeum évkönyve 87. (Budapest 1995)

Erdei, B.: The Sarmatian flora from Erdőbénye-Ligetmajor, NE Hungary

THYMELAEACEAE Daphne oehningensis (A. BRAUN 1851) WEYLAND 1938 1985 Daphne oehningensis (A. BRAUN) WEYLAND: HABLY, p. 114, PI. 32, Figs 1-4. Two fragmented leaves the base of which has not remained. They are symmetrical and their shape is obovate. Lamina length 3-3.5 cm, width 1-1.1 cm. Apex rounded, base presumably decurrent. Margin is entire. Their venation is hardly observable only the midvein is recognizable. Its course is straight and does not reach the apex. Material: No. 134, unnumbered. ACERACEAE Acer integerrimum (VIVIANI 1833) MASSALONGO 1858 (Fig. 15) 1959 Acer decipiens A. BR.: ANDREÁNSZKY, p. 164, Tafel 52, Fig. 3 1971 Acer integerrimum (Vív.) MÁSSAL.: BÖZEK, p. 79, PI. 37, Figs 1-8, PI. 38, Figs 1-10 1986 Acer integerrimum (VIVIANI) MASSALONGO: KNOBLOCH & VELITZELOS, p. 14, Tafel I, Fig. 1. Symmetrical leaves which are composed of 3 or 5 lobes and have petiole. Lamina length 2.9-7.2 cm, width 3.8-10.2 cm. Apex attenuate, base cordate. Margin entire. Venation is basal actinodromous; namely, 3 or 5 primary veins run into the apex of the lobes. The angle of divergence of the secondaries is acute. The tertiary venation is reticulate. Material: No. 205, 206a, 207-209a, 210a, 273c, 367a, 368, 371, 524, 525, 526b, 528a. Acer sp. (fruit) (Fig. 16) Some disamara fruits, unfortunately their parts have not remained together. Length 4-4.5 cm. Some curved veins running from the upper margin toward the lower part of the fruit are observable. M a t e r i a 1: No. 202-204, 554. VITACEAE Vitis teutonica A. BRAUN 1845 1959 Vitis teutonica A. BR.: ANDREÁNSZKY, p. 171, Tafel 53, Fig. 1. One fragmented, symmetrical leaf. Its petiole has not remained. Base is cordate, margin is lobed. Venation is basal actinodromous with 5 primary veins running into the teeth. The secondary veins arise at acute angle (60°-70°) from the lower sides of the primaries (except the middle vein) and run into the lobes. The tertiary venation is thin reticulate. Material: No. 523. JUGLANDACEAE Engelhardtia orsbergensis (WESSEL et WEBER 1856) JÄHNICHEN, MAI et WALTHER 1977 1976 Engelhardia détecta SAPORTA: KNOBLOCH & KVACEK, p. 27, Tafel 11, Figs 3, 11, Tafel 12, Figs 1, 2, 8, Tafel 19, Fig. 6, Tafel 20, Fig. 2. 1984 Palaeocarya orsbergensis (WESSEL et WEBER) JÄHNICHEN, FRIEDRICH et TAKAC: JÄHNICHEN, FRIEDRICH & TAKAC, p. 110, Pl. 1, Figs 1-6, Pl. 3, Fig. 1, Pl. 4, Figs 1-4, PI. 5, Figs 1-5.