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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 →

2018

Authors

Lisa Karine Haugland

Abstract

No abstract has been registered

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Authors

Yupeng Zhang Guangxun Fan Tuomas Toivainen Igor A. Yakovlev Timo Hytönen Paal Krokene Paul Eivind Grini Carl Gunnar Fossdal

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No abstract has been registered

Authors

Siri Vatsø Haugum Liv Guri Velle Pål Thorvaldsen Vigdis Vandvik

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No abstract has been registered

Authors

Sunil Mundra Luis Neves Morgado O. Janne Kjønaas Håvard Kauserud

Abstract

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Authors

Håvard Steinshamn Karl-Christian Mahnert Inga Marie Aasen Berit Marie Blomstrand Sokratis Ptochos Spiridoula Athanasiadou Ian Woolsey Heidi L Enemark Kristin Sørheim

Abstract

No abstract has been registered

Authors

Nina Elisabeth Nagy

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No abstract has been registered

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Svein Solberg

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No abstract has been registered

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Svein Solberg Osama Youssif Henrik Persson

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No abstract has been registered

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Svein Solberg Harald Kvaalen Stefano Puliti

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No abstract has been registered

Authors

Marleen Pallandt Bernhard Ahrend Sönke Zaehle Marion Schrumpf Holger Lange Markus Reichstein

Abstract

Soil organic carbon (SOC) is the largest terrestrial carbon pool. Changes in the hydrological cycle affect C-cycle turnover, with potential effects on the global C balance’s response to global change. However, large scale model representations of the sensitivity of soil carbon to soil moisture, through decomposition and interactions with nutrient cycles, are largely empirical to semi-empirical and uncertain. To better represent these dynamics, the aims of this PhD project* are to: • Investigate the role of soil moisture on SOC decomposition over a vertical profile; • Assess which moisture controls are (most) important in a multi-layered, mechanistic soil biogeochemistry model, the Jena Soil Model (JSM, Fig 2); • Update and improve the representations of soil moisture dynamics in JSM and evaluate this model for multiple sites along a moisture gradient and global scale