Framework for petroleum activities on the Norwegian continental shelf, according to the management plans for Norwegian sea areas.

POP, pathogen, stable isotope data in walruses from Svalbard

The dataset PPARA.data contains following parameters -experiment and plate number - solvent used - name of the receptor the cells were transfected with - name of the species for receptor the cells were transfected with - test/control compound name - test/control concentration (uM) - luciferase activities, measured as luminescence, corrected for differences in transfection efficiencies by normalized β-galactosidase activities (A420 nm) for test compounds - luciferase activities, measured as luminescence, corrected for differences in transfection efficiencies by normalized β-galactosidase activities (A420 nm) for solvent controls (average per plate) - percentage of solvent used The dataset viability.data contains following parameters -experiment and plate number - test used - test compound concentration (uM) - fluoresence for test compounds - fluoresence for solvent (average per plate)

Direct Broadcast data received at MET NORWAY Oslo. Processed by standard processing software to geolocated and calibrated values in satellite swath in received instrument resolution.

Cq values, PCR effiencies, RNA quality, POP data ng/g ww, thyroid hormones, biological info in walruses

NO<br> Datasettet viser strandtyper over hele Svalbard. Tre ulike attributter er lagt inn på en kystlinje fra kart i 1:250.000: Kystgeomorfologi (landform) (FORM), kornstørrelse for strandmaterialet (MATR) og spesielle strandformer (SPES). Klassifiseringen er i hovedsak gjort ved hjelp av flyfotostudier. Metodikk og datagrunnlag er beskrevet i den medfølgende kartbeskrivelsen (pdf). For hoveddelen av området er klassifiseringsgrunnlaget bilder fra 1969-1971. Ellers er det brukt bilder fra andre tidspunkter, der de eldste stammer fra 1936 og de nyeste fra 1990. Kystlinjen er oppdatert i 2009. <br><br> EN<br> The dataset shows the coastal geomorphology of Svalbard. The geomorphology is classified by three different attributes on a 1:250000 scale coastline: Coastal geomorphology (landform) (FORM), grain size of the beach material (MATR) and special features (SPES). The classification is mainly based on aerial photography. Methodology and data are described in the accompanying map description (pdf, in Norwegian). For most of the area, the classification is based on aerial images from 1969-1971. Older or newer images have been used for the remaining areas; the oldest from as far back as 1936 and the newest from 1990. The coastline was updated in 2009.

Denne teksten kommer fra Delivery.Abstract i leveranseapplikasjonen. Informasjon om leveransen. project_223fe6bd-d51f-4486-8793-5be98ca969ef delivery_f95ec151-f4e4-4629-97e5-de54588f7e62

This dataset contains results from seawater column samples collected in Kongsfjorden (between 78°50' and 79°04'N and 11°20' and 12°30'E) and West-Spitsbergen shelf (Svalbard) during three years in July 2012-2014 using R/V Lance. Measured variables include seawater total alkalinity (AT), total dissolved inorganic carbon (DIC), salinity, and temperature.

In the period between the austral summers of 1982/83 to 1997/98, iceberg observations were recorded by most research vessels cruising Antarctic waters, under an international programme for systematic collection of Antarctic iceberg data initiated by The Norwegian Polar Institute (NPI) in 1981 with the endorsement of the Scientific Committee on Antarctic Research (SCAR). The resulting database contains records of 323 520 iceberg positions from 26 634 individual observations. Of these, 262 007 icebergs have been classified by size into five different length categories: 10-50, 50-200, 200-500, 500-1000 and ˃1000 m. The database also includes 8061 additional iceberg observations collected by the Australian National Antarctic Research Expeditions ships from 1984 (AAD), operating in the 50-150° E longitude sector. Some of these have been classified by slightly different size categories. For this reason, the complete database has been packaged in three separate csv files: - one file containing the entire NPI database, including AAD observations 1978-1984 - one file containing the 8061 additional AAD observations 1984-2010 - one file containing 970 AAD observations 1978-1984, also included in the NPI data file The dataset is described in detail in the attached data report, with an overview of the contents of the database and their potential use, the data quality and quality control process, and some concluding remarks on iceberg occurrence and distribution around Antarctica; drift patterns, dissolution rates, calving rates and their contribution to the mass balance of Antarctica. During the three decades of observations, most of the ocean around Antarctica has been observed, but there are large differences in data density, primarily because nearly all ship tracks follow repeated routes to the various research stations, and these are not evenly located around the continent.  Figure 1: The 34 695 individual observations in the SCAR database shown as blue dots for the NPI data collection scheme with 5 classes and red for the AAD data with 7 classes (described in subsequent sections). The red dots overprint and hide many blue dots.