6 Wood Discoloration

78 3 Physiology
are only valuable if the test methods used are comparable and appropriate. It
is for example senseless to compare both species in Table 3.11 with respect to
the growth rate, if the experiment did not consider the different temperature
optima of the species.
Table 3.11. Examples for isolate variation within wood fungi (compiled from Schmidt et al.
2002; Schmidt and Moreth 2003)
Species Isolate with origin and year of isolation Temperature Maximum
optimum daily radial
growth at
optimum
temperature
( ◦C) (mm)
Antrodia FPRL 14, originally CBS 31 5.4
vaillantii FPRL 14a, fruit body, UK 1936 28–31 4.3
UK 14, via Denmark and BAM Berlin 28 5.5
DFPG 6911, New Zealand 1953 28 5.4
DFP 2375, BAM 28 5.8
Sweden R112, greenhouse, Stockholm ≈ 1952 28 5.1
Sweden R113 28–31 5.6
Ottawa 11740, USA? 28 5.1
BAM 65 25–28 4.9
BAM 486 28 6.1
Coniophora UK, FPRL 11e 22.5 2.5
puteana BK-C-50, Uppsala 25 6.3
74453-2, Uppsala 22.5 5.0
FORINTEK 9 0, fruit body, Ontario 1973 25 4.8
Eberswalde 15, ‘Normstamm I’ 1930 25 7.0
BAM 260, building, Berlin 1940 22.5 4.5
Zycha, München 1963 25 3.5
outdoor fruit body, Hamburg 1997 22.5 7.0
G 61, fruit body, cherry-tree, Karlsruhe 1985 22.5–25 4.8
G 98, building, Karlsruhe 1990 25 7.5
G 100, building, Karlsruhe 1990 22.5 9.3
G 107, building, Karlsruhe 1991 22.5 9.0
G 125, building, Karlsruhe 1993 22.5 7.8
G 135, building, Karlsruhe 1993 22.5 11.3
G 156, building, Karlsruhe 1994 25 6.8
G 219, building, Karlsruhe 1996 25 9.5
G 220, building, Karlsruhe 1996 22.5–25 10.0
fruit body, Ludwigslust Castle 1998 22.5 10.5
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