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Fletta eftir höfundi "Klarenberg, Ingeborg J."

Fletta eftir höfundi "Klarenberg, Ingeborg J."

Röðun: Raða: Niðurstöður:

  • Klarenberg, Ingeborg J. (University of Iceland, School of Engineering and Natural Sciences, Faculty of Life and Environmental Sciences, 2021-10)
    Climate warming in sub-Arctic regions leads to shifts in plant communities and retreating glaciers. Mosses and lichens contribute to important ecosystem processes in these environments, including nitrogen fixation via their microbiome. The first objective ...
  • Gowers, Glen-Oliver. F.; Vince, Oliver; Charles, John-Henry; Klarenberg, Ingeborg J.; Ellis, Tom; Edwards, Arwyn (MDPI AG, 2019-11-07)
    Microbial communities in remote locations remain under-studied. This is particularly true on glaciers and icecaps, which cover approximately 11% of the Earth’s surface. The principal reason for this is the inaccessibility of most of these areas due ...
  • Klarenberg, Ingeborg J.; Keuschnig, Christoph; Russi Colmenares, Ana J.; Warshan, Denis; Jungblut, Anne D.; Jónsdóttir, Ingibjörg S.; Vilhelmsson, Oddur (Wiley, 2021-11)
    Bacterial communities form the basis of biogeochemical processes and determine plant growth and health. Mosses harbour diverse bacterial communities that are involved in nitrogen fixation and carbon cycling. Global climate change is causing changes in ...
  • Klarenberg, Ingeborg J.; Keuschnig, Christoph; Salazar, Alejandro; Benning, Liane G.; Vilhelmsson, Oddur; Salazar Villegas, Alejandro (2023-03-01)
    Mosses are among the first colonizing organisms after glacier retreat and can develop into thick moss mats during later successional stages. They are key players in N<jats:sub>2</jats:sub> fixation through their microbiome, which is an important process ...
  • Kopacz, Nina; Csuka, Joleen Mary; Baqué, Mickael; Iakubivskyi, Iaroslav; Guðlaugardóttir, Hrefna; Klarenberg, Ingeborg J.; Ahmed, Mahid; Zetterlind, Alexandra; Singh, Abhijeet; Kate, Inge L. ten; Hellebrand, Eric; Stockwell, Brent; Stefánsson, Árni B.; Vilhelmsson, Oddur; Neubeck, Anna; Schnürer, Anna; Geppert, Wolf (2022-05)
    Lava tubes on Mars hold exciting potential for the preservation of biosignatures, which may survive on geological timescales in these isolated, stable environments. To support the development of future astrobiological mission concepts, we turn to ...