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Marshlands are important ecosystems that provide valuable habitats for  wildlife communities. We investigated the small mammal community-level  response to different human disturbances and land use in the Kis-Balaton  Landscape Protection Area, which is an endangered marshland ecosystem of  Hungary. Land use, conservation management and other human disturbances  (burning, mowing) together with unfavorable weather conditions have caused  the degradation of the original homogeneous sedgy marshland on both sampled  areas. We measured the species turnover between the different periods  separated by the habitat changes. Our results suggest that populations of the  habitat-specialist species of marshland areas (e.g. endangered Hungarian  subspecies of root vole) are sensitive to the negative effects of environment  and human disturbances. The combined effect of human disturbances and the  stochastic processes of the environment can cause the disappearance and  substitution of character species stabilizing the communities, which in turn  leads to the modification of species composition and structure of small  mammal assemblages

Community-level response to different human disturbances and land use of small mammals in two marshland habitat patches in Hungary