Page 11-12: Learning from the past to prepare for the future

Page 14-17: The physical Barents Sea

Page 18: Natural variability and climate change

Page 19: Using optical sensors to understand ecosystem processes

Page 20: Biodiversity: A few supported by thousands

Page 22: Physical processes fertilize the oceans surface

Page 23: Plankton production in open and sea-ice covered waters

Page 24-25: Times of dark and cold – Winter’s role in a sea of stark seasonality

Page 26-27: Disentangling the Barents Sea food web and the ripple effects of climate change

Page 28: Unravelling Fish Population Structure: Surprising Insights from Genomic Studies in the (Sub-) Arctic North Atlantic

Page 30: Mercury levels in the Arctic are increasing and vary with season

Page 31: The Barents Sea is a sink for CO2 – at the cost of zooplankton

Page 32: Multiple stressors in the Barents Sea – the impact of climate change on marine life

Page 33: A tale of two basins

Page 36: Leads – open windows in the sea ice

Page 37: Seasonal ice zones fuel pelgaic and benthic life

Page 38: Data archives and public availability

Page 40-41: Advancing technology for more cost-effective and integrated observations in the Arctic

Page 42-43: The Future Barents Sea

Page 46: Fun Facts

Page 54-55: From science journals to assessment reports

Page 56: The Nansen Legacy fact sheets and a new book on the Barents Sea system

Page 61: Understanding drivers of fish stocks

Page 62-63: How can research improve the safety of maritime activities and the ecosystem

Page 64: Implementing a data sharing culture

Page 69: Elevator pitch videos

Page 82-83: Outreach

Page 93: Models and their legacy

Page 94: Future scenarios can help future management

Page 95: A new generation of polar scientists