L. Forró szerk.: Miscellanea Zoologica Hungarica 13. 2000 (Budapest, 2000)
Horváth, Gy.; Pintér, V.: Small mammal fauna of two abandoned field habitats, and a spatio-temporal analysis of four rodent populations
Table 3. Capture and recapture numbers in the trapped species in habitat B, 1997 (N : number of captures, N : number of recaptures) Month September October November Species Capture parameter N rc Insectivora N. fodiens 1 2 1 1 N. anomalus 7 C. suaveolens 7 1 7 1 10 1 C. leucodon 7 3 25 14 IS 14 Rodentia M. arvalis 45 1 56 11 31 10 A. agrárius 103 27 162 100 218 173 A. flavicollis 12 4 16 6 9 9 A. sylvaticus 20 4 14 7 6 4 M. minutus 2 5 M. spicilegus Table 4. Capture and recapture numbers in the trapped species in habitat B, 1998 (N : number of captures, N : number of recaptures) Month May June July Aug. Sept. Species Capture parameter N rc N rc N re Insectivora N. fodiens 3 I N. anomalus 2 1 C. suaveolens 1 1 7 3 13 2 11 2 C. leucodon 1 11 6 21 10 12 7 Rodentia M. arvalis 1 1 35 4 40 8 A. agrárius 7 19 11 92 32 88 44 55 26 A. flavicollis 1 11 1 4 1 17 6 9 4 A. sylvaticus 2 1 11 2 3 2 1 M. minutus 1 M. spicilegus _ In the course of trapping, the relative frequency of A. agrárius grew so that it was the most frequent species (55.3% rel. fr.), followed by M. arvalis (20.3%) (Fig. 4). In 1998 the difference between the representation of the genera Apodemus and Microtus did not change considerably, and even the increase of capture rates of Crocidura species (+5%) was not that marked as in site A (Fig. 5). In this year too, both among the Apodemus species and among the entire small mammal fauna of the plot, A. agrárius was the most frequent species (with 49.68% of the total number of individuals). The relative frequency of A. flavicollis was 7.76%, while that of A. sylvaticus was 4.3%. While the proportion of species belonging to the order Rodentia was higher in both study plots, it must be noted that the ratio of Insectivora was higher in Páprád (B) than in Nagycsány (A) (Fig. 6).
