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CALENDARS Project

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CALENDARS: Introduction to the project

The CALENDARS project empirically explored the ways people perceive and effect seasonal patterns in different communities and fields of activity, focusing mainly on places in New Zealand and Norway. A central concern was how peoples’ cultural calendars of seasons can support or hinder their adaptation to rapid changes in seasonal rhythms through climatic but also other environmental and social challenges. The overall objective of the project was:

To advance knowledge and understanding of how seasonal representations shape and are shaped by institutions, and to critically appraise the quality of these representations for contributing to successful adaptation to seasonal change.

 

 

EU-funded research

It's the time of the season

University of Bergen researcher Scott Bremer is on time with a new research path as his EU-funded project on seasons wraps up.

Book
Book cover for Changing Seasonality - a modernist house, several seasons in the back- and foreground

Seasons they are a-changing

A rich and accessible new book from University of Bergen researchers and collaborators asks readers from all backgrounds to rethink what seasons mean to them.

Documentary
Title card for documentary Tidelines

Film: Tidelines

Film-maker James Muir documented the CALENDARS research in New Zealand for over two years. See the Coromandel Peninsula’s seasonal rhythms in this film!
Blog post
A beehive frame

Changing seasons for New Zealand beekepers

As part of the CALENDAR project, several smaller research teams have investigated the seasons of beekeepers around the world, among them the New Zealand team.

CALENDARS method toolbox
Two primstavs (perpetual calendars) in wood on grass

Method toolbox and resources for understanding seasons

As a legacy to CALENDARS, we have collected different tools used during the project to facilitate reflections and conversations on seasons and seasonality.

An EU flag and the European Research Council logo

 

 

This project has received funding from the European Research Council (ERC), ERC-STG action, under the European Union's Horizon 2020 research and innovation programme Grant Agreement No 804150