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Publications

NIBIOs employees contribute to several hundred scientific articles and research reports every year. You can browse or search in our collection which contains references and links to these publications as well as other research and dissemination activities. The collection is continously updated with new and historical material.

NIBIO's Scientific Publications →

2022

Authors

Jennifer Mildenberger Janne Kristin Stangeland Céline Rebours

Abstract

No abstract has been registered

Authors

Katja Karppinen Charlotte Bour Muhammad Furqan Ashraf Hilary Edema Amos Samkumar Rajan Premkumar Teemu H. Teeri Kirsten Krause Laura Jaakola

Abstract

No abstract has been registered

To document

Authors

Declan J. Lafferty Richard V. Espley Cecilia H. Deng Andrew P. Dare Catrin S. Günther Laura Jaakola Katja Karppinen Murray R. Boase Lei Wang Henry Luo Andrew C. Allan Nick W. Albert

Abstract

No abstract has been registered

To document

Authors

Camilla Risvoll Diego Galafassi Siri Veland Mats Pavall Tom Lifjell Aase-Kristine Aasen Lundberg Svein Eilertsen

Abstract

No abstract has been registered

Authors

Kristina Bringedal Gedde Anders Qvale Nyrud Tormod Aurlien

Abstract

No abstract has been registered

Authors

Bente Føreid

Abstract

No abstract has been registered

To document

Authors

Thomas Roitsch Kristiina Himanen Aakash Chawade Laura Jaakola Ajit Nehe Erik Alexandersson

Abstract

No abstract has been registered

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Authors

Tomas Persson Victor Rueda-Ayala

Abstract

No abstract has been registered

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Authors

Seyedbehnam Hashemi Svein Jarle Horn Jacob Joseph Lamb Kristian Myklebust Lien

Abstract

No abstract has been registered

To document

Authors

Rylee Isitt Bjørn Økland Paal Krokene Jon Sweeney Stephen B. Heard Deepa S. Pureswaran

Abstract

Invasive species are leading causes of biodiversity loss and economic damage. Prevention and management of invasions requires risk assessments based on ecological knowledge for species of potential concern. Interactions between introduced species and heterospecifics in the recipient community may affect the likelihood of establishment through biotic resistance and facilitation and are therefore important predictors of invasion risk. Experimentally exposing one species to another to observe their interactions is not always safe or practical, and containment facilities offer artificial environments which may limit the number of species and the types of interactions that may be tested. To predict biotic resistance and facilitation in a more natural setting, we deployed traps with pheromone lures in the field to mimic the presence of two potentially invasive spruce bark beetles, the European Ips typographus (tested in eastern Canada), and the North American Dendroctonus rufipennis (tested in Norway). We identified and counted possible predators, competitors, and facilitators that were captured in the traps. In eastern Canada, possible predators and competitors responded strongly to I. typographus lures, suggesting the potential for considerable biotic resistance. In Norway, D. rufipennis lures prompted little response by predators or competitors, suggesting that D. rufipennis may experience reduced biotic resistance in Europe. Dendroctonus rufipennis was also attracted to I. typographus pheromone, which may encourage facilitation between these species through cooperative mass attack on trees. Our findings will inform invasive-species risk assessments for I. typographus and D. rufipennis and highlight useful methods for predicting interactions between species that rely heavily on semiochemical communication.