Collembola feed on a wide range of soil fungi, but possible interactions with other resources like algae, Cyanobacteria or seeds are poorly understood. The results of this thesis show that algae differ in their attractiveness and quality for Collembola and even euedaphic species benefit from them. Sympatric species of Collembola show differences in their food choice behaviour as well as in the utilisation of ingested food. The lipid analysis of consumers and their recourses assigned two new trophic biomarkers for Collembola reared on algal diets. Furthermore, this study provided proof that living algal cells can be detected in the faeces of Collembola. This confirms the assumption that Collembola contribute to the dispersal of algae. Simult...
Soil animals, of which micro-arthropods constitute a high proportion, do not merely play a subsidiar...
This study investigated the effect of Collembola on plant growth and competition between plant speci...
SUMMARY Soil organisms, in particular fungi and decomposer insects are primary drivers of organic ma...
The importance of diet in regulating the gut microbiome of globally distributed and functionally imp...
Soil food webs are characterised by complex direct and indirect effects among the organisms. Consump...
The introduction of white clover in grassland is a common practice to improve the quality of the pas...
Collembola display a variety of feeding habits, and prey on many types of food at different trophic ...
Soils contain highly diverse communities of microorganisms and invertebrates. The trophic interactio...
Trophic niche differentiation may explain coexistence and shape functional roles of species. In comp...
International audienceSoil processes such as decomposition are mainly performed by soil biota. Altho...
The trophic preferences of soil invertebrates such as Collembola are often determined by the analysi...
Preferences of six collembolans for eight species of microfungi grown in soil have been investigated...
Collembola are known to feed on a wide range of soil material, predominantly rhizosphere fungi and r...
Soil invertebrates are important in nutrient cycling in soils, but the degree to which mesofauna suc...
Collembola feed on a wide range of soil fungi, but possible interactions with other resources like a...
Soil animals, of which micro-arthropods constitute a high proportion, do not merely play a subsidiar...
This study investigated the effect of Collembola on plant growth and competition between plant speci...
SUMMARY Soil organisms, in particular fungi and decomposer insects are primary drivers of organic ma...
The importance of diet in regulating the gut microbiome of globally distributed and functionally imp...
Soil food webs are characterised by complex direct and indirect effects among the organisms. Consump...
The introduction of white clover in grassland is a common practice to improve the quality of the pas...
Collembola display a variety of feeding habits, and prey on many types of food at different trophic ...
Soils contain highly diverse communities of microorganisms and invertebrates. The trophic interactio...
Trophic niche differentiation may explain coexistence and shape functional roles of species. In comp...
International audienceSoil processes such as decomposition are mainly performed by soil biota. Altho...
The trophic preferences of soil invertebrates such as Collembola are often determined by the analysi...
Preferences of six collembolans for eight species of microfungi grown in soil have been investigated...
Collembola are known to feed on a wide range of soil material, predominantly rhizosphere fungi and r...
Soil invertebrates are important in nutrient cycling in soils, but the degree to which mesofauna suc...
Collembola feed on a wide range of soil fungi, but possible interactions with other resources like a...
Soil animals, of which micro-arthropods constitute a high proportion, do not merely play a subsidiar...
This study investigated the effect of Collembola on plant growth and competition between plant speci...
SUMMARY Soil organisms, in particular fungi and decomposer insects are primary drivers of organic ma...