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Research ArticleArticles

Growth of OAK Seedlings with Specific Ectomycorrhizae in Urban Stress Environments

L. M. Anderson, A. L. Clark and D. H. Marx
Arboriculture & Urban Forestry (AUF) June 1983, 9 (6) 156-159; DOI: https://doi.org/10.48044/jauf.1983.038
L. M. Anderson
Research Social Scientist, Urban Forestry Research in the South Forestry Technician, Urban Forestry Research in the South and Chief Plant Pathologist and Director, Institute for Mycorrhizal Research and Development, USDA Forest Service, Southeastern, Forest Experiment Station, Athens, Georgia
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A. L. Clark
Research Social Scientist, Urban Forestry Research in the South Forestry Technician, Urban Forestry Research in the South and Chief Plant Pathologist and Director, Institute for Mycorrhizal Research and Development, USDA Forest Service, Southeastern, Forest Experiment Station, Athens, Georgia
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D. H. Marx
Research Social Scientist, Urban Forestry Research in the South Forestry Technician, Urban Forestry Research in the South and Chief Plant Pathologist and Director, Institute for Mycorrhizal Research and Development, USDA Forest Service, Southeastern, Forest Experiment Station, Athens, Georgia
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    Table 1

    Ectomycorrhizal development on container grown sawtooth and pin oak seedlings immediately prior to outplanting.

    Seedling no.Pisolithus tinctorius (Pt)Inocuated with Telephora terrestris (Tt)Naturally inoculated
    Sawtooth oaks
    160 + 5 = 65a40b10b
    270 + 0 = 904015
    390 + 0 = 70505
    440 + 10 = 50655
    54 + 10 = 50455
    670 + 5 = 75400
    780 + 0 = 806510
    840 + 15 = 553520
    970 + 5 = 756010
    1060 + 5 = 655510
    X62 + 6 = 685010
    Pin oaks
    15 + 20 = 25a——c15b
    260 + 0 = 60——20
    35 + 10 = 15——20
    420 + 5 = 25——20
    540 + 5 = 45——10
    610 + 20 = 30——10
    750 + 5 = 55——20
    830 + 0 = 30——10
    940 + 10 = 50——10
    1010 + 10 = 20——10
    X27 + 9 = 36——15
    • ↵a First number is percent of feeder roots with Pt ectomycorrhizae, the second number is percent of feeder roots with naturally occurring ectomycorrhizae, and the last number is the total ectomycorrhizal development.

    • ↵b Since Tt and natural ectomycorrhizae appear the same to the unaided eye, only an estimate of percent feeder roots infected is possible. We must assume that a certain percent of ectomycorrhizae on the Tt seedlings are from natural sources.

    • ↵c The development of Tt ectomycorrhizae on pin oak was so poor that these analyses were not undertaken and the condition was dropped.

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    Table 2 Survival rates and mean height and diameter of seedlings.a
    Species and treatment cm cmHeight percent1981 Diameter cmSurvivalbcmHeightc percent1982 Diameterc percentSurvivalb
    Sawtooth Oak
       Pt44.0.428259.5.8569
       Tt45.4.427349.8.5940
       Control41.5.386451.3.6247
    Pin Oak
       Pt35.9.567750.1.9668
       Control36.8.577546.1.8566
    • ↵a Height and diameter values include only seedlings surviving unmowed to March, 1982. Survival figures include only unmowed trees surviving in each year.

    • b Pt significantly enhanced survival for sawtooth oak in 1981 (X2 = 8.26, p .02) and in 1982 (X2 = 15.35, p .001).

    • c Between 1981 and 1982, Pt treated sawtooth oak seedlings grew significantly more in height (F = 16.16, p .001) and diameter (F = 15.20, p .001) than Tt and control seedlings. Pin oak seedlings treated with Pt also grew significantly more in height (F = 11.28, p .01) and diameter (F = 14.20, p .005).

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Arboriculture & Urban Forestry (AUF)
Vol. 9, Issue 6
June 1983
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Growth of OAK Seedlings with Specific Ectomycorrhizae in Urban Stress Environments
L. M. Anderson, A. L. Clark, D. H. Marx
Arboriculture & Urban Forestry (AUF) Jun 1983, 9 (6) 156-159; DOI: 10.48044/jauf.1983.038

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Growth of OAK Seedlings with Specific Ectomycorrhizae in Urban Stress Environments
L. M. Anderson, A. L. Clark, D. H. Marx
Arboriculture & Urban Forestry (AUF) Jun 1983, 9 (6) 156-159; DOI: 10.48044/jauf.1983.038
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