International biodeterioration & biodegradation : official journal of the Biodeterioration Society and groups affiliated to the International Biodeterioration Association

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1. 2020

   • Vol. 154: Topochemical and light microscopic investigations of non-enzymatic oxidative changes at the initial decay stage of furfuryl alcohol-modified radiata pine (Pinus radiata) degraded by the brown rot fungus Rhodonia placenta

     Ehmcke, G.; Koch, Gerald; Richter, K.; Pilgard, Annica
2. 2019

   • Vol. 137: Natural durability of important European wood species against wood decay fungi. Part 2: Field tests and fungal community

     p. 118

     Jacobs, Kordula; Plaschkies, Katharina; Scheiding, Wolfram; Weiß, Björn; Melcher, Eckhard; Conti, Elena; Fojutowski, Andrzej; Le Bayon, Isabelle
3. 2016

   • Vol. 111: Study of the fungal decay of oil palm wood using TEM and UV techniques

     p. 37

     Schmidt, Olaf; Bahmani, Mohsen; Koch, Gerald; Potsch, Tanja; Brandt, Karin

   • Vol. 114: Assessing the destructive behaviors of two white-rot on beech wood

     p. 129

     Bari, Ehsan; Taghiyari, Hamid Reza; Naji, Hamid Reza; Schmidt, Olaf; Ohno, Katie M.; Clausen, Carol A.; Bakar, Edi Suhaimi
4. 2014

   • Vol. 90: Investigations on natural durability of important European wood species against wood decay fungi : Part 1: Laboratory tests

     p. 52

     Plaschkies, Katharina; Jacobs, Kordula; Scheiding, Wolfram; Melcher, Eckhard

   • Vol. 86: Durability of English oak (Quercus roburL.) - Comparison of decay progress and resistance under various laboratory and field conditions

     p. 79

     Meyer, Linda; Brischke, Christian; Melcher, Eckhard; Brandt, Karin; Lenz, Marie-Therese; Soetbeer, Arved

   • Vol. 86: In-situ measurement of microclimatic conditions and modeling of mechanical properties of timber structures - A case study on new church on Ruhnu Island, Estonia

     p. 158

     Pilt, Kalle; Teder, Marko; Süda, Ilmar; Noldt, Uwe
5. 2012

   • Vol. 75: Durability of oak timber bridges – Impact of inherent wood resistance and environmental conditions

     p. 115

     Brischke, Christian; Behnen, Christoph J.; Lenz, Marie-Therese; Brandt, Karin; Melcher, Eckhard
6. 2011

   • Vol. 65: Topochemical investigation of early stages of lignin modification within individual cell wall layers of Scots pine (Pinus sylvestris L. ) sapwood infected by the brown-rot fungus Antrodia vaillantii (DC.: Fr.) Ryv.

     p. 913

     Rehbein, Mathias; Koch, Gerald

   • Vol. 65: Characterization of main sulfur source of wood-degrading basidiomycetes by S K-edge X-ray absorption near edge spectroscopy (XANES)

     p. 1215

     Schmalenberger, A.; Pritzkow , W.; Ojeda , J. J.; Noll, M.
7. 2010

   • Vol. 64: Exothermic processes in industrial-scale piles of chipped pine-wood are linked to shifts in gamma-, alphaproteobacterial and fungal ascomycete communities

     p. 629

     Noll, M.; Naumann, Annette; Ferrero, F.; Malow, M.
8. 2008

   • Vol. 61: Ultrastructural characteristics of cell wall disintegration of Pinus spp. in the windows of an old Buddhist temple exposed to natural weathering

     p. 194

     Kim, Jong Sik; Singh, Adya P.; Wi, Seung Gon; Koch, Gerald; Kim, Yoon Soo
9. 2006

   • Vol. 57: On the changes of pinewood (Pinus sylvestris L.) chemical composition and ultrastructure during the attack by brown-rot fungi Postia placenta and Coniophora puteana

     p. 99

     Irbe, Ilze; Andersons, Bruno; Chirkova, J.; Kallavus, U.; Andersone, Ingeborga; Faix, Oskar
10. 1994

    • Vol. 33: Influence of carbone dioxide on lignin degradation and digestibility of lignocellulosics with Pleurotus sajor caju

      p. 237

      Zadrazil, Frantisek; Puniya, Anil Kumar