In the Isotope Laboratory, stable isotopes of carbon, nitrogen, oxygen, and hydrogen are investigated by determining the ratio of individual isotopes (atoms of one element whose nuclei contain different numbers of neutrons) in the sample material. The isotopic composition of the sample allows conclusions about, for instance, the prevailing temperature and precipitation regime when the material was formed. In addition to paleoclimatology, stable isotopes are also utilized in geological, …

In the Micro-CT laboratory, biological, paleontological, and geological objects are analyzed using computer-assisted methods. The laboratory is a hub both for research at the museum and for the digitisation of the scientific collections. In addition to various devices for three-dimensional scanning (a Phoenix Nanotom S X-Ray tomograph, an Artec Spider and an Artec EVA hand-held scanner), the laboratory has 12 powerful workstations for processing and analyzing the raw data using special 3D …

The micropaleontology lab is equipped to conduct morphological analyses including extraction, microscopic preparation and taxonomic investigations of microfossils from terrestrial plants e.g. pollen grains and aquatic organisms e.g. diatom valves and chironomids from lake sediment archives or permafrost deposits. Microfossil analyses are used to investigate spatial and temporal changes and environmental reconstructions in Arctic terrestrial ecosystems.
The extraction of microfossil remains …

The palaeogenetics lab is a part of the larger molecular genetic facility specialized to analyse ancient sedimentary DNA and is placed in a separate building apart from the modern and recent environmental lab and Post-PCR areas. In the palaeogenetics lab we analyse ancient DNA from sediment cores (lakes or marine archives) or permafrost deposits.
We apply DNA metabarcoding and metagenomics (shotgun and hybridisation capture) to investigate spatial and temporal biodiversity with the aim of …