As caves represent an extreme biotope with limited food sources, one might expect cave animal communities to exhibit low feeding specialization and to consume generally whatever organic matter is available. To test this hypothesis, we studied the feeding habits of several arthropod species in Slovakian and Romanian caves. A microanatomical approach utilizing histological methods was selected for this study. While saprophagous animals dominated, our study revealed variability within this nutritional group. Preferences ranged from fungal propagules (for the millipede Trachysphaera costata) to bacteria on bat guano (for the oribatid mite Pantelozetes cavaticus) and to cyanobacteria (for the microwhip scorpion Eukoenenia spelaea). The terrestri...
The trophic niche is a life trait that identifies the consumer's position in a local food web. Sever...
In this paper we present data not published, but yet cited in a previous work concerning with the su...
ABSTRACT Contrib. Nat. Hist. 12: 1029\u20131047. Cave and underground environments are dwelling plac...
As caves represent an extreme biotope with limited food sources, one might expect cave animal commun...
To date, only morphological and anatomical descriptions of microwhip scorpions (Arachnida: Palpigrad...
The most important source of organic detritus in Nova Scotia caves is feces of the porcupine, Erethi...
To date, only morphological and anatomical descriptions of microwhip scorpions (Arachnida: Palpigrad...
Understanding the drivers of diversity patterns in ecological communities remains a major challenge ...
The trophic structure and natural history of bat guano invertebrate communities in Brazilian caves w...
Every living things on our planet is adapted to the environmen it inhabitst, and a number of factors...
The role of microflora as food for soil invertebrates is well documented. However, data on interacti...
Cave beetles are endemic to one or few caves and live in a stable subterranean microclimate and perm...
Several studies have tried to elucidate the main environmental features driving invertebrate communi...
The understanding of how large populations of several mysids (Crustacea) species can co-exist and sh...
Here we describe the stomach contents of nine small mammal species (seven rodents and two didelphid ...
The trophic niche is a life trait that identifies the consumer's position in a local food web. Sever...
In this paper we present data not published, but yet cited in a previous work concerning with the su...
ABSTRACT Contrib. Nat. Hist. 12: 1029\u20131047. Cave and underground environments are dwelling plac...
As caves represent an extreme biotope with limited food sources, one might expect cave animal commun...
To date, only morphological and anatomical descriptions of microwhip scorpions (Arachnida: Palpigrad...
The most important source of organic detritus in Nova Scotia caves is feces of the porcupine, Erethi...
To date, only morphological and anatomical descriptions of microwhip scorpions (Arachnida: Palpigrad...
Understanding the drivers of diversity patterns in ecological communities remains a major challenge ...
The trophic structure and natural history of bat guano invertebrate communities in Brazilian caves w...
Every living things on our planet is adapted to the environmen it inhabitst, and a number of factors...
The role of microflora as food for soil invertebrates is well documented. However, data on interacti...
Cave beetles are endemic to one or few caves and live in a stable subterranean microclimate and perm...
Several studies have tried to elucidate the main environmental features driving invertebrate communi...
The understanding of how large populations of several mysids (Crustacea) species can co-exist and sh...
Here we describe the stomach contents of nine small mammal species (seven rodents and two didelphid ...
The trophic niche is a life trait that identifies the consumer's position in a local food web. Sever...
In this paper we present data not published, but yet cited in a previous work concerning with the su...
ABSTRACT Contrib. Nat. Hist. 12: 1029\u20131047. Cave and underground environments are dwelling plac...