Search publications of the members of the Royal Belgian institute of natural Sciences
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The effects of reproductive mode and multiple invasions on speciation in ancient lake ostracods: comparative molecular genetics of Baikalian Cytherissa
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Congruence of morphological and molecular variability in non-marine Ostracoda (Crustacea)
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Reproductive modes in non-marine ostracods: introduction to clonality
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The application of molecular techniques to the study of ostracods
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Die Beziehung zwischen Populationsdynamik und- genetik bei der Feldmaus
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Genetic variation of an isolated population of the common vole
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L’archéozoologie
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Techniques in Molecular Systematics and Evolution (Methods and Tools in Bioscience and Medicine)
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Molecular systematics and evolution: theory and practise
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Data Analysis in Molecular Biology and Evolution
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Marine Mammals
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Molecular Methods in Ecology (Methods in Ecology)
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Statistical Ecology
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Freshwater
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Books received
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Bestimmung und Ökologie der Mikrosaprobien nach DIN 38410
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Abgrabungsseen - Risiken und Chancen
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The Hautes Fagnes meteorite find: A new LL5 (S1) chondrite from Belgium
- Abstract Around 1965 a meteorite was found in the Hautes Fagnes region in eastern Belgium. It was made available for scientific investigation in 2007. The meteorite specimen has a mass of 185 g and a density of 3.56 g/cm(3). It is light grey with darker angular fragments, and a thin fusion crust. It contains specks of metal of submillimetre size that show little weathering. Submillimetre sized chondrules with blurred outlines make up ca. 40 % of the specimen, and consist mainly of olivine and orthopyroxene. Troilite, kamacite and taenite were found in the chondrules and in the matrix. Native copper was identified at the contact of troilite and iron-nickel grains. Minor minerals in the matrix include albitic plagioclase, clinopyroxene, chromite, and chlorapatite. The average molar fayalite content of olivine was estimated at 29.37 %, and the ferrosilite content of orthopyroxene was estimated at 23.75 %. Bulk chemical analysis with ICP-OES was carried out (I) after fusion with LiBO2 and (2) after microwave digestion in strong acids. The meteorite is distinctly magnetic, with a mass specific magnetic susceptibility logX of 3.83: This meteorite can be classified as a LL ordinary chondrite of petrologic type 5, and of shock classification stage S1 (unshocked).
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Taxonomy of the rodent genus Cricetomys: molecular and craniometirc evidence support an unexpected high species diversity.
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Phylogenetic relationships of the Utaka within the Lake Malawi cichlid flock: extensive introgression among ancestral mt DNA lineages. 'Special issue Evolutionary Biology' Cichlid Evolution: Lessons in Diversification 2012
