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Littorina_population_and_speciation_genomics_
The Littorina saxatilis complex of species is a fascinating example of speciation in action, including elements of strong environmental selection gradients operating both within... -
Role of chromosomal inversions in adaptation and speciation in Littorina snails
With Illumina short reads and long-range genomic information from haplotagging barcodes, we aimed to identify inversions from Littorina snails to assess patterns of divergence... -
Species-specific proteins in the oviducts of sibling species: proteotranscrip...
Periwinkles of the genus Littorina have been used as a model organisms for microevolutionary, ecological, and physiological study. Nevertheless, the exact mechanisms which... -
Transcriptomic resources for evolutionary studies in flat periwinkles
We present transcriptomic data from eight specimens of two flat periwinkles species (L. fabalis and L. obtusata) . These resources will facilitate evolutionary studies,... -
Littorina fabalis transect WGS
Whole genome sequences of the marine snail Littorina fabalis, which include 12 samples sequenced at 15X coverage and the remaining 283 sequenced at 5X coverage. These samples... -
Periwinkles Genome sequencing and assembly
Comparative mitogenomic analysis of three species of periwinkles -
Seawater carbonate chemistry and body mass, shell mass, shell thickness and s...
Climate change and anthropogenic activities are producing a range of new selection pressures, both abiotic and biotic, on marine organisms. Although it is known that climate... -
Microhabitat distribution in sympatric populations of closely related species...
This dataset contains microhabitat distribution data. -
Macrozoobenthos mapped in the Königshafen (North Sea) tidal flats in August 1989
The intertidal area of "Königshafen" (4.5 km²) near the Island of Sylt was subdivided in to squares of 100x100 m each (n=450) and every second one was studied for... -
Species on seaweed clumps off Sylt, northern Wadden Sea, Germany
Entries: #999 = present; numbers = no. of individuals