The effects of water depth, seasonal exposure, and substrate orientation on microbioerosion were studied by means of a settlement experiment deployed in 15, 50, 100, and 250 m water depth south-west of the Peloponnese Peninsula (Greece). At each depth, an experimental platform was exposed for a summer period, a winter period, and about an entire year. On the up- and down-facing side of each platform, substrates were fixed to document the succession of bioerosion traces, and to measure variations in bioerosion and accretion rates. In total, 29 different bioerosion traces were recorded revealing a dominance of microborings produced by phototrophic and organotrophic microendoliths, complemented by few macroborings, attachment scars, and grazin...
Estimation of prokaryotic growth rates is critical to understand the ecological role and contributio...
The colonization of epilithic diatoms on artificial hard substrates (marble, quartzite and slate) wa...
Biological erosion is a key process for the recycling of carbonate and the formation of calcareous s...
The effects of water depth, seasonal exposure, and substrate orientation on microbioerosion were stu...
The effects of water depth, seasonal exposure, and substrate orientation on microbioerosion were stu...
The effects of water depth, seasonal exposure, and substrate orientation on microbioero-sion were st...
Bioerosion, the degradation of hard substrate by living organisms, is an integral process of the mar...
Attachment to surfaces represents an important life strategy for microbial communities as indicated ...
Bioerosion, the degradation of hard substrate by living organisms, is an integral process of the mar...
Biochemical composition of sedimentary organic matter (OM), vertical fluxes and bacterial distributi...
Estimation of prokaryotic growth rates is critical to understand the ecological role and contributio...
Bacterial abundance, biomass and cell size were studied in the oligotrophic sediments of the Cretan ...
Tagus intertidal microphytobenthos (MPB) assemblages were characterized over a wide range of sedimen...
Biogenic fluxes from two sediment traps in the Ionian sea (35°13'N, 21°30'E) at 500 and 2800. m wate...
The relationship between phytoplankton distribution and dynamics, and the resident water masses in t...
Estimation of prokaryotic growth rates is critical to understand the ecological role and contributio...
The colonization of epilithic diatoms on artificial hard substrates (marble, quartzite and slate) wa...
Biological erosion is a key process for the recycling of carbonate and the formation of calcareous s...
The effects of water depth, seasonal exposure, and substrate orientation on microbioerosion were stu...
The effects of water depth, seasonal exposure, and substrate orientation on microbioerosion were stu...
The effects of water depth, seasonal exposure, and substrate orientation on microbioero-sion were st...
Bioerosion, the degradation of hard substrate by living organisms, is an integral process of the mar...
Attachment to surfaces represents an important life strategy for microbial communities as indicated ...
Bioerosion, the degradation of hard substrate by living organisms, is an integral process of the mar...
Biochemical composition of sedimentary organic matter (OM), vertical fluxes and bacterial distributi...
Estimation of prokaryotic growth rates is critical to understand the ecological role and contributio...
Bacterial abundance, biomass and cell size were studied in the oligotrophic sediments of the Cretan ...
Tagus intertidal microphytobenthos (MPB) assemblages were characterized over a wide range of sedimen...
Biogenic fluxes from two sediment traps in the Ionian sea (35°13'N, 21°30'E) at 500 and 2800. m wate...
The relationship between phytoplankton distribution and dynamics, and the resident water masses in t...
Estimation of prokaryotic growth rates is critical to understand the ecological role and contributio...
The colonization of epilithic diatoms on artificial hard substrates (marble, quartzite and slate) wa...
Biological erosion is a key process for the recycling of carbonate and the formation of calcareous s...