Publications

Special Issue of Molecular Nutrition and Food Research: The Maillard Reaction in Food and Medicine

2009 | Action 927

Work Package 5 - Prediction of Lifetime under Stimulated Service Loads - Final Report

1994

Einfürung in die COST- Zusammenarbeit

1993 | Action null

Advanced Materials for Power Engineering Components: High Efficiency, Low Emission Systems

1997

Effective Solutions to Reduce the Impact of Waste arising from the Papermaking Process

2002 | Action E26

COST Social Sciences Update

1998 | Action null

Advanced Casting and Solidification Technology-annual Report

1990

WOOD & NATURAL FIBRES (Issue 13/Special Edition) - Proceedings of the COST Action E40 Conference : LARGE DIAMETER TIMBER - PROBLEM OR CHANCE?

2005 | Action E40

Conditions techniques et économiques de l'utilisation des véhicules routiers électriques-rapport final

1987 | Action 302

Special Issue of Molecular Nutrition and Food Research: The Maillard Reaction in Food and Medicine

2009 | Action 927

The main topics addressed in this issue are first novel analytical techniques for the evalution of heat-treated dairy foods and for quantification of heterocyclic amines in plasma and urine. The second part is focused on two putatively harmful compounds found in heat-treated foods: furanes and acrylamide (AA). One contribution is focused on the effect of dietary Maillard reaction products on iron bioavailability in male adolescents.

Effective Solutions to Reduce the Impact of Waste arising from the Papermaking Process

2002 | Action E26

Presentations from the meeting held in London, November 14 2002.

WOOD & NATURAL FIBRES (Issue 13/Special Edition) - Proceedings of the COST Action E40 Conference : LARGE DIAMETER TIMBER - PROBLEM OR CHANCE?

2005 | Action E40
  • Pages: 98
  • Author(s): A. Teischinger
  • Publisher(s): University of Natural Resources and Applied Life Sciences, Vienna
  • ISBN/ISSN: ISSN : 1681-2808 | 1681-2808

The current COST Action E40 “Innovative utilization and products of large diameter timber” deals with a very specific topic within the forestry-wood-chain. Once large diameter was a much appreciated raw material in order to produce various timber products. Huge changes in the sawmill and timber industries as well as new technologies of finger jointing, gluing etc. led to a shift in the round wood allocation from large diameter timber to small and medium diameters as the preferred raw material. The forestry could not follow these changes in the whole range due to the forest ownership situation, infrastructure and topography, traditions in silviculture, etc. Whereas small diameter timber already becomes a scarce raw material in some areas, the stock of large diameter timber is still increasing in many parts of Europe.