STATE OF THE ART REVIEWS

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COST ACTION E22: Environmental optimisation of wood protection • Influence of different climates on the performance of biocides in lap-joints and stakes • Control of the dry-rot fungus in buildings Dr. Ina Stephan • Development of more objective assessment methods for wood specimens in field tests and tests using terrestrial microcosms • Environmental impact of biocidal emissions into soil ecosystems • Tolerance of wood destroying micro-organisms against biocidal components Dr. Ute Schoknecht • Analytical methods for wood preservatives • Development of emission and exposure scenarios for wood preservatives in service • Biochemical characterization of wood destroying organisms Bundesforschungsanstalt für Forst- und Holzwirtschaft Institut für Holzbiologie und Holzschutz Dir. u. Prof. Dr. Rolf-Dieter Peek E-mail: rpeek@holz.uni-hamburg.de Web: http://www.dainet.de/bfh/ Research themes Dr. Hans Leithoff • Lap-joint tests using wood based materials (ENV 12037 ENV12038) • Performance of particleboards with tall-oil additives • Serpula lacrymans: Documentation and viability tests • Durability of plantation-grown Teak • Durability of Bamboos • Heat treatment of Bamboo • Heat treatment of Poplar veneers for the production of laminated wood Dr. Eckhard Melcher • Ecotoxicological investigations of wood preservatives and leachates • Environmental behaviour of HDO-containing wood preservatives • Development of qualitative and quantitative methods of analysis for the detection of wood preservatives in different matrices • Investigations concerning the dimension of lysimeters • Migration studies using wood preservatives and corresponding leachates • Phytotoxicological studies • Disposal of waste wood • Remaining concentrations of wood preservatives during testing 64
COST ACTION E22: Environmental optimisation of wood protection Dr. Andreas Rapp • Durability of wood under typical conditions in EHC 3 • Durability of different Larix sp. in ground • Biological variation within test-sites • Heat treatment e.g. oil-heat treatment • Monitoring of modified wood in service • Field performance of melamin resins • Hydrophobation of wood in EHC 3 using vegetable oils Carl von Ossietzky Universität Oldenburg ICBM, Dept. of Geomicrobiology Dipl.-Biol. Susanne Schröder (main contact address) E-mail: susanne.schroeder@mail.uni-oldenburg.de University of Agricultural Sciences Department for Applied Microbiology Dr. habil. Katja Sterflinger (co-worker) E-mail: ksterf@edv2.boku.ac.at Dipl.-Holzwirt Johann Müller (co-worker) E-mail: j.mueller.doerpen@t-online.de Research themes • Bioprotection of logs and lumber • Investigation and monitoring of sapstain fungi • Supervision of biocontrol field trials using Cartapip (colourless mutant of Ophiostoma piliferum) as antisapstain agent Aim: To develop monitoring strategies for Cartapip → monitoring with classical cultivation techniques → design of molecular markers targeting the beta-tubulin gene and their application on wood • Investigation of the genetic relatedness of Cartapip and Ophiostoma piliferum wild type strains to facilitate the registration of Cartapip as biocontrol agent → Investigation of genetic variation of the ribosomal region, including ITS1and ITS2-region and the β-tubulin gene • Investigation of the natural sapstain fungi community in Germany Wilhelm-Klauditz-Institut Fraunhofer-Institut für Holzforschung Prof. Dr. Rainer Marutzky (main contact address) E-mail: mar@wki.fhg.de Web: http://www.wki.fhg.de/ 65
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