The Nordic Borealization Network

The biome boundary between the boreal forest and tundra is rapidly shifting due to ongoing climate warming and changes in land use. As a result, many species typical of the forest are expanding into the tundra, a process known as borealization. These shifts in the forest-tundra biome boundary will have important consequences for the functioning of terrestrial Nordic ecosystems and ultimately, for their ability to provide valuable ecosystem services.

The Nordic Borealization Network (NordBorN) is a five-year project funded by NordForsk that will establish a collaboration platform across the Nordic countries to understand the implications of borealization in Nordic terrestrial ecosystems. The aim of NordBorN is two-fold: 1) to create a venue for research excellence in terrestrial ecology to understand the processes, drivers and consequences of borealization of Nordic ecosystems, and 2) to establish a training hub for the next generation of Nordic researchers.

To achieve this goal, NordBorN will bring together six Nordic universities and three associated partners, including 27 participants in different career stages and with complementary expertise, who will collaborate on research projects, jointly develop research funding applications and create opportunities for mobility and co-supervision of graduate students across Nordic universities.

About NordBorN

The Nordic Borealization Network (NordBorN) is a collaboration platform across the Nordic countries to understand the implications of borealization in Nordic terrestrial ecosystems.

The aim of NordBorN is two-fold:

  • to create a venue for research excellence in terrestrial ecology to understand the processes, drivers and consequences of borealization of Nordic ecosystems
  • to establish a training hub for the next generation of Nordic researchers. 

News

The ecological and socio-economic impact of herbivory in a pan-Arctic context

Arctic tundra ecosystems are changing fast. The cumulative pressures of accelerated warming, land use and demographic and economic tensions impose ...

High-resolution simulations reveal a large loss of Fennoscandian tundra

We used the high-emission RCP8.5 scenario to study vegetation dynamics in Northern Fenoscandia with focus on a few biodiversity hotspots ...

NordBorN has a Bluesky account!

We used to like Twitter as a way of quickly sharing information about exciting news, job opportunities and new papers ...

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