e-Learning portal for Arctic Biology

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Want to learn about Arctic terrestrial biology?​

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360° Virtual Field Guides

Explore a variety of locations and learn about its biology, history and more. All in 360 degrees!

ArtsApp - Digital Key​

A digital key for Svalbard’s flora, with specific keys for vascular plants and grasses.

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What is a fungus?

The fungal kingdom (Fungi) is related to the animal kingdom. They separated approximately 1.5 billion years ago. Like animals and plants, fungi are eukaryotes, which

Invertebrate habitats in Svalbard

Invertebrates in Svalbard can be found just about anywhere, flying, under rocks, in the soil, crawling on the vegetation, in the streams and ponds, even

Fungi in Svalbard

A large number of mushroom species grow in Svalbard. Most are small, some are poisonous, while others are edible and tasty. Fungi have most of

Parasitic fungi

Parasitic and pathogenic fungi obtain their nutrition from other living organisms, and have a negative effect upon the individuals – hosts – they are parasites

Microbiology in the Arctic

Since the turn of the previous century, when Arctic explorers began to return samples of microbes for culture and study, our understanding of the microbiology

Climate change and polar invertebrates

Climate change is predicted to have a significant impact on invertebrate communities. Increases in temperature may increase development rates. This as well as changes in

Biogeography of invertebrates

The biogeography of the invertebrate fauna of the Arctic is poorly known but can be generally described as a Holarctic fauna but with local endemics

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Systematics of fungi

Modern fungal systematics is based upon genetic analysis. However, and structure of the hyphal cells are also important. Below you will find an overview of

Mutualistic fungi

Mutualistic fungi live on other organisms, however in contrast to parasitism, mutualism benefits all involved organisms. The fungi get nutrition, mainly carbohydrates, from their partners,

Fungi in the Arctic Environment

Fungi are heterotrophic organisms feeding by osmotrophy. Their ecology can be divided into saprotrophs, parasites and mutualists. However, transitions exist between all these groups. Most

Life cycle of bryophytes

Like other plants, bryophytes change between two generations with different morphology and function (heteromorphy). Unlike vascular plants, in bryophytes the haploid gametophyte (1n) is the dominating generation.

Diversity of bryophytes

Bryophytes are the second most diverse group among land plants after the flowering plants (Magnoliophyta, ~350 000 described species; Glime 2007). Defining the number of species of

Archaea

Compared to Bacteria and Eukaryotes, Archaean diversity, physiology and ecology is still very little explored. Many Archaea are extremophiles – living in extreme environments –

What are bryophytes?

Evolutionary origin Bryophytes belong to the embryophytes, which include all land plants. Evidence from structural, biochemical, and molecular data supports the view that bryophytes and all

Saprotrophic fungi

Saprotrophic fungi degrade dead organisms or their remains, such as litter or dung. Depending on their mode of breaking down cellulose or lignin, we recognise

Useful learning resources

bioCEED resource for learning statistics, tutorials for  the statistical computing language R and more!

How do you start with academic writing? This is the prefect resources for those who are about to write their first thesis/poster/essay etc. or looking for new tips when it comes to academic writing.

Svalbox is all about Svalbard geology. Svalbox aims to compile and acquire key data sets and publications to provide an interactive 3D geoscientific database of Svalbard.

The UNIS Executable Books page provides an overview of all eBooks available and/or used for teaching at the University Centre in Svalbard (UNIS).

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