Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

Researched, developed and commercialized: GreenFiber

Article number
1266_50
Pages
361 – 368
Language
English
Abstract
Wood is fundamentally suitable as a source material for horticultural growing media because it has a fibrous structure, is hydrophilic, is slowly biodegradable and it contains relatively small quantities of nutrients or growth-inhibiting substances compared to similar constituents such as bark.
It is also virtually free of contaminants.
The first industrially made wood fiber product was launched in 1983. A host of other such products followed, but their market acceptance was low to moderate and some are no longer available.
With regard to enhancement of growing media, our company’s rigorous sustainable-development policy is bound to result in measures that reduce the product carbon footprint.
Here, wood fiber is playing an increasingly important role at Klasmann-Deilmann.
Our wood fiber product GreenFiber® is currently being manufactured at three sites using the Retruder® (i.e., reverse extruder) system.
In practice, fine, medium or coarse grades of this product are used in combination with peat, the main growing media constituent, for a wide range of applications.
Utilization of PEFC-(Programme for the Endorsement of Forest Certification Schemes) certified wood chips as the raw material ensures that the wood is from sustainable sources and is untreated.
GreenFiber is also PEFC-certified.
Of low bulk density, this wood fiber product has both a very high air capacity and consistently high water capacity, as well as a low shrinkage value and acceptable rates of N fixation.
It meets all RHP (the Dutch quality assurance system) and RAL (the German quality assurance system) quality criteria for wood fiber, and is used in media for potted and container-grown crops and for cultivating young plants.

Publication
Authors
G. Schmilewski, B. Nordzieke
Keywords
wood fiber, growing media constituents, peat, sustainable development
Full text
Online Articles (61)
L.A. Judd | B.E. Jackson | D.L. Hesterberg | M.D. Boyette | M.R. Evans | W.C. Fonteno
J. Van Doren | K. Van den Hurk | D. Broekmeulen
G. Eudoxie | K. Grogan | M. Beckford | M. Martin
A. Braud | M. Sautel | S. Afonso | E. Beaudet | C. Grosbellet
B.J. Mulholland | K. Waldron | A. Watson | G. Moates | C. Whiteside | J. Davies | S. Newman | R. Hickinbotham
O. Doyle | C. Comerford | S. Tracy | R. O¿Haire | T. Moore | D. Ni Chualain
B.E. Whipker | H. Landis | K. Hicks | W.G. Owen | I. McCall
L.A. Judd | B.E. Jackson | W.C. Fonteno
P.L. Herring | A.C. Noah | H.T. Kraus
J.B. Henry | I. McCall | B.E. Whipker
C. Chemetova | S. Braga | A. Fabião | J. Gominho | H. Ribeiro
A. Miserez | E. Pauwels | B. Schamp | B. Reubens | W. De Nolf | L. De Nolf | V. Nelissen | O. Grunert | J. Ceusters | K. Vancampenhout
K.M. Vieira | D.C. Baitelle | M.V.S. Paixão | P.C. Santos | D.F. Baroni | A.J.C. Carvalho
C. Blok | B. Eveleens | A. van Winkel | A. Veeken
E.A. van Os | E.A.M. Beerling | C. Blok | J. Janse | R. Leyh | J.P.M. van Ruijven | M. van der Staaij | R. Kaarsemaker