Titlebook: Jan Mayen Island in Scientific Focus; Stig Skreslet Conference proceedings 2004 Springer Science+Business Media New York 2004 Aerosol.Atmo

fibula

instill

Zooplankton Habitats of the Greenland Sea,nt, Arctic Front). They are subject to the same light regime which makes the Greenland Sea an ideal place to study physical-biological coupling on various spatial scales. As the three domains represent different marine provinces and climate zones, the effect of climate change on marine ecosystems ca

Mhc-Molecule

無情

Cyclic Variability of Climate and Fisheries Resources,ion of air mass transport, i.e. meridional or zonal (latitudinal). Both were found to be correlated with long-term fluctuations of commercial fish stocks and to exhibit roughly 55–60 years periodicity. It may be proposed that populations of Norwegian spring spawning herring and North East Arctic cod

Myocarditis

FRAX-tool

The Marine Fauna of Arctic Islands as Bioindicators,ne, the open sea expanses act as effective barriers for dispersal. The four scientific challenges that comes with the Arctic islands littoral studies are discussed in this paper: 1) the island biogeography theory, 2) larval drift and dispersal, 3) bio-indication of climate change and water masses di

諄諄教誨

Seabird Research and Monitoring on Jan Mayen,e contaminant levels in different seabird species at Jan Mayen. By examining data on the breeding population of major seabird species, together with data on energy expenditure and diet, we estimated the food consumption by these populations and the fluxes of energy and nutrients from marine prey thr

apropos

Dispersal of Plants in Remote Arctic-Alpine Habitats,ighlands of the Ukrainian Carpathians. The rates of plant colonization in Arctic and alpine areas are very slow and tangible changes take place after tens and hundreds of years. The ways of dispersal of diaspores for tens, hundreds and thousands kilometers has not yet been properly studied.