Ábrahám Levente (szerk.): Válogatott tanulmányok VI. - Natura Somogyiensis 19. (Kaposvár, 2010)

SALAMON-ALBERT É., HORVÁTH F., & ORTMANN-AJKAI A.: Climatic conditions and habitats in Belső-Somogy, Külső-Somogy and Zselic as vegetation-based landscape regions II. Temperature and precipitation sensitivity of woodlands

60 NATURA SOMOGYIENSIS Fig. 4: Spatial patterns of temperature variables as the regional climate surface a) BIOCL1M-1 the mean annual temperature, b) BIOCLIM-4 the temperature seasonality, c) BIOCLIM-8 the mean temperature of wettest quarter, d) BIOCLIM-9 the mean temperature of driest quarter. More sign and abbreviation see in Material and methods occur at high precipitation (>110 mm), including two peaks as one habitat functional group. Mesic deciduous woodlands (K) have a three-peaked distribution, clustered into one habitat functional group also. Closed dry deciduous woodlands (L) and other tree dominated habitats (R) both have a four-peaked distribution with two habitat functional groups, properly fitted to multipeak of regional climate envelope by the precipitation of driest quarter. BIOCLIM18 displays a five-peaked regional climate envelope, containing two climate functional groups (ENV1-3, ENV4-5). Most of woody habitats (K, L, R) completely seize the range of this variable, but the exception of riverine and swamp woodlands with the absence at lower precipitation values. J habitats exclusively occur at medium and high precipitation values (>210 mm), including one peak as one habitat functional group. Mesic deciduous woodlands (K) have a three-peaked distribution, clustered into two habitat functional groups (Kl-2 and K3). Closed dry deciduous woodlands (L) have a four-peaked, other tree dominated habitats (R) have a five-peaked distribution, properly fitted to multipeak of regional climate envelope by the precipitation of warmest quarter. BIOCLIM-4 •no-TMV • 7W-M«*C • in •::•(•