Sustaining biodiversity as well as taking advantage of the natural environment’s resistance are the key elements which should be considered when designing integrated plans for the protection of hazelnut groves. An effort has been made in this study to analyse the impact of different soil cultivation methods in hazelnut groves, on the species composition and number of individuals in carabid assemblages (Coleoptera: Carabidae). Another aim was to determine which method of inter-row soil management had the least negative effect on assemblages of these beetles. Because of the type of habitat, the xerothermic species characteristic for southeastern Europe, i.e. Calathus ambiguus, Poecilus lepidus, Harpalus calceatus, and H. griseus, were the mos...
Soil disturbance is recognised as an important restoration measure for conserving biodiversity in sa...
Cover cropping and soil disturbance are common weed management practices in agroecosystems of the No...
fauna in newly created habitats. Baltic J. Coleopterol.: 8(2): XX – XX. Removal of topsoil on former...
Sustaining biodiversity as well as taking advantage of the natural environment’s resistance are the ...
The variations in ground beetles (Coleoptera: Carabidae) assemblages across the three types of farml...
Conventional cultivation is costly in both man hours and fuel energy, and tends to increase the rate...
The primary aim of this research was to classify ground beetle species, collected from farmland habi...
The presented study concerns the effect of the methods of soil preparation on the changes in the num...
Background and purpose: Carabid beetles are among the most important elements of the natural environ...
Ground beetles (Col., Carabidae) are common predators in agrocenoses. A number of plant pests occurr...
Controversy exists over the impact of soil cultivation on soil macro-arthropods. Inappropriate sampl...
This study describes differences in species richness, diversity and composition of Carabidae in grad...
One of the main aims of sustainable agriculture is to reduce the risk of disease in cropping systems...
Ground beetles (Coleoptera: Carabidae) are important in agro-ecosystems as generalist predators of i...
Ground beetle assemblages were compared in two oilseed rape fields with different management practic...
Soil disturbance is recognised as an important restoration measure for conserving biodiversity in sa...
Cover cropping and soil disturbance are common weed management practices in agroecosystems of the No...
fauna in newly created habitats. Baltic J. Coleopterol.: 8(2): XX – XX. Removal of topsoil on former...
Sustaining biodiversity as well as taking advantage of the natural environment’s resistance are the ...
The variations in ground beetles (Coleoptera: Carabidae) assemblages across the three types of farml...
Conventional cultivation is costly in both man hours and fuel energy, and tends to increase the rate...
The primary aim of this research was to classify ground beetle species, collected from farmland habi...
The presented study concerns the effect of the methods of soil preparation on the changes in the num...
Background and purpose: Carabid beetles are among the most important elements of the natural environ...
Ground beetles (Col., Carabidae) are common predators in agrocenoses. A number of plant pests occurr...
Controversy exists over the impact of soil cultivation on soil macro-arthropods. Inappropriate sampl...
This study describes differences in species richness, diversity and composition of Carabidae in grad...
One of the main aims of sustainable agriculture is to reduce the risk of disease in cropping systems...
Ground beetles (Coleoptera: Carabidae) are important in agro-ecosystems as generalist predators of i...
Ground beetle assemblages were compared in two oilseed rape fields with different management practic...
Soil disturbance is recognised as an important restoration measure for conserving biodiversity in sa...
Cover cropping and soil disturbance are common weed management practices in agroecosystems of the No...
fauna in newly created habitats. Baltic J. Coleopterol.: 8(2): XX – XX. Removal of topsoil on former...