Marine climate regulation mechanisms also drive terrestrial moth populations

Research output: Contribution to conferencesPosterContributed

Contributors

  • Julia Jasmin Janette Fält-Nardmann - , Chair of Forest Zoology (Author)
  • Heta E. Rousi - , University of Turku (Author)
  • Betty Marjamäki - , University of Turku (Author)
  • Ilmari Juutilainen - (Author)
  • Tommi Andersson - , University of Turku (Author)
  • Juhani Itämies - (Author)
  • Jari Hänninen - , University of Turku (Author)
  • Pekka Niemelä - , University of Turku (Author)

Abstract

- Regime shifts explain much of the change in mesozooplankton biomass as well as the biomass change in many subarctic moth guilds
- Other important environmental factors were Winter NAO and the decreasing number of ice days for zooplankton and previous summer’s temperatures affecting the parent generation for moths.
- The same climate regulation mechanisms affect invertebrates in water and on land, but often in contrasting ways
- Total invertebrate biomasses only tell a part of the truth: biomass trends of different functional groups vary considerably
- Regime shifts and the NAO-index are useful proxies for complex climatic phenomena

Details

Original languageEnglish
Publication statusPublished - 24 Jun 2024
Peer-reviewedNo

Conference

TitleXXVI World Congress of the International Union of Forest Research Organizations 2024
Abbreviated titleIUFRO 2024
Conference number26
Duration23 - 29 June 2024
Degree of recognitionInternational event
LocationThe Stockholm Exhibition and Congress Centre
CityStockholm
CountrySweden

External IDs

ORCID /0000-0002-6717-3286/work/166764242

Keywords

Sustainable Development Goals