The dissertation summarises the result of the study of small terrestrial mammals (Eulipotyphla, Rodentia) along natural (watercourses) and anthropogenic (road, highway) landscape barriers. It points to an interesting phenomenon of road drainage ditches as a transitional migration environment, further it assesses the level of locomotion activity, the rate of structure of subpopulations and the frequency of crossing watercourses in the case of selected rodent species. It contributes with its results to solving problems concerning the effect of these landscape structures on the species diversity, ground mobility or genetic structure of small terrestrial mammals. ˙˙˙
We evaluated the effect of habitat and landscape characteristics on the population genetic structure...
The bachelor thesis is dealing with the influence of linear landscape elements on the biodiversity o...
Annotation The thesis deals with an influence of linear landscape elements and landscape heterogenei...
Riparian stands along streams are important landscape elements – biocorridors, allowing the dispersa...
Non-volant small mammals, which include small-bodied representatives from several mammal orders, hav...
Changes in the structure of small mammals’ communities (Eulipotyphla, Rodentia) along urban–rural gr...
This study investigated small mammal movements within and between semi isolated habitat islands. The...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
THE SPECIFIC STRUCTURE AND MIGRATION OF SMALL MAMMALS IN THE FLOODED MEADOWS OF THE NEMUNAS DELTA Ag...
This thesis creates a part of more extensive scientific study, which evaluates effects of different ...
Roads can block animal movement and reduce persistence of species living in road surroundings. Movem...
International audienceRoad construction creates new habitats for a variety of species. In intensive ...
<div><p>Road barrier effect is among the foremost negative impacts of roads on wildlife. Knowledge o...
Gene flow in natural populations may be strongly influenced by landscape features. The integration o...
We evaluated the effect of habitat and landscape characteristics on the population genetic structure...
The bachelor thesis is dealing with the influence of linear landscape elements on the biodiversity o...
Annotation The thesis deals with an influence of linear landscape elements and landscape heterogenei...
Riparian stands along streams are important landscape elements – biocorridors, allowing the dispersa...
Non-volant small mammals, which include small-bodied representatives from several mammal orders, hav...
Changes in the structure of small mammals’ communities (Eulipotyphla, Rodentia) along urban–rural gr...
This study investigated small mammal movements within and between semi isolated habitat islands. The...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
THE SPECIFIC STRUCTURE AND MIGRATION OF SMALL MAMMALS IN THE FLOODED MEADOWS OF THE NEMUNAS DELTA Ag...
This thesis creates a part of more extensive scientific study, which evaluates effects of different ...
Roads can block animal movement and reduce persistence of species living in road surroundings. Movem...
International audienceRoad construction creates new habitats for a variety of species. In intensive ...
<div><p>Road barrier effect is among the foremost negative impacts of roads on wildlife. Knowledge o...
Gene flow in natural populations may be strongly influenced by landscape features. The integration o...
We evaluated the effect of habitat and landscape characteristics on the population genetic structure...
The bachelor thesis is dealing with the influence of linear landscape elements on the biodiversity o...
Annotation The thesis deals with an influence of linear landscape elements and landscape heterogenei...