STATE OF THE ART REVIEWS

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COST ACTION E22: Environmental optimisation of wood protection • FACT: Evaluation of the European Lap-joint method and investigation on its comparability - Investigations on the colonization of lap-joints by micro-organisms - loss of biocides from wood after different periods of exposure • Influence of different climates on the performance of biocides in lap-joints and stakes • Development of more objective assessment methods for wood specimens in field tests and tests using terrestrial microcosms • Tolerance of wood destroying micro-organisms against biocidal components • Analytical methods for wood preservatives • Biochemical characterization of wood destroying organisms BFH • Lap-joint tests using wood based materials (ENV 12037 ENV12038) • Performance of particleboards with tall-oil additives • Durability of plantation-grown Teak • Durability of Bamboos • Heat treatment of Bamboo • Heat treatment of Poplar veneers for the production of laminated wood • 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 Uni Göttingen • wood attack • wood durability Uni Oldenburg • Investigation and monitoring of sapstain fungi Optimum bio-effective life BAM • Termite control using baiting systems • FACT: Evaluation of the European Lap-joint method and investigation on its comparability - Investigations on the colonization of lap-joints by micro-organisms - loss of biocides from wood after different periods of exposure 68
COST ACTION E22: Environmental optimisation of wood protection • Influence of different climates on the performance of biocides in lap-joints and stakes • Development of more objective assessment methods for wood specimens in field tests and tests using terrestrial microcosms • Biochemical characterization of wood destroying organisms • Durability of plantation-grown Teak Creosote and creosote based products BAM • Tolerance of wood destroying micro-organisms against biocidal components Field performance using soil BAM • Influence of different climates on the performance of biocides in lap-joints and stakes • Development of more objective assessment methods for wood specimens in field tests and tests using terrestrial microcosms BFH • Performance of particleboards with tall-oil additives • Durability of plantation-grown Teak • Durability of Bamboos • Heat treatment of Bamboo • Remaining concentrations of wood preservatives during testing • Durability of different Larix sp. in ground • Biological variation within test-sites • Monitoring of modified wood in service • Field performance of melamin resins Insects in Europe, climatic conditions BAM • Biochemical characterization of wood destroying organisms 69
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COUNTRY AUTHOR COST ACTION E22: Env
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Working Group 2: IMPACTS COST ACTIO
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5. ANNEXES COST ACTION E22: Environ
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Industrial R&D Departments Research
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4. CONCLUSIONS COST ACTION E22: Env
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2. RESEARCH ACTIVITIES Current line
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Contact person(s): COST ACTION E22:
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Contact person: Prof. Kai Ödeen E-
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SHR Hout Research (SHR) Waldemar Ho
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4. CONCLUSIONS COST ACTION E22: Env
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SHR Timber Research Section Wood Te
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Research themes COST ACTION E22: En
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2. PARTICIPANTS COST ACTION E22: En
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Wood Technology Institute - CNR Dr
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STATE OF THE ART REVIEWS

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