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The Effect of Predacious Fungus and Organic Matter Upon the Soil Population of Beet Eelworm, Heterodera Schachtii Schm. 1)

The Effect of Predacious Fungus and Organic Matter Upon the Soil Population of Beet Eelworm,... THE EFFECT OF PREDACIOUS FUNGUS AND ORGANIC MATTER UPON THE SOIL POPULATION OF BEET EEL- WORM, HETERODERA SCHACHTII SCHM. 1) BY C. L. DUDDINGTON, (Regent Street Polytechnic, London) F. G. W. JONES (Rothamsted Experimental Station) AND F. MORIARTY (School of Agriculture, University of Cambridge) In 1955, a microplot experiment (JONES 1956) was undertaken to assess the effect of predacious fungi (DUDDINGTON 1955), with and without organic matter, upon the beet eelworm population of heavily infested soil. Details of the experiments are set out in Table I. The microplot soil, which was obtained originally from Chatteris, TABLE I Details of the microplot experiment with predacious fungi. Treatments i. None 2. Organic matter only (bran) 3. Fungal mycelium only 4. Organic matter and fungal mycelium 5. Organic matter and two doses of fungal mycelium . 6. Organic matter and two fungi with different growing rates Fungus Treatments 3-6, 1 lb./plot of the mycelium of Dactylaria thaumasia. Treatments 5, second dose of D. thaumasia applied in mid-August. Treatment 6, io ml. of a culture of Dactylella doedycoides/plot in addition to D. thaumasia.. Organic matter : Treatments 2, 4-6, bran at 3 ib./plot. Lay-out : 6 X 8 randomised block. Initial eelworm http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Nematologica Brill

The Effect of Predacious Fungus and Organic Matter Upon the Soil Population of Beet Eelworm, Heterodera Schachtii Schm. 1)

Nematologica , Volume 1 (4): 5 – Jan 1, 1956

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Publisher
Brill
Copyright
Copyright © Koninklijke Brill NV, Leiden, The Netherlands
ISSN
0028-2596
eISSN
1875-2926
DOI
10.1163/187529256X00375
Publisher site
See Article on Publisher Site

Abstract

THE EFFECT OF PREDACIOUS FUNGUS AND ORGANIC MATTER UPON THE SOIL POPULATION OF BEET EEL- WORM, HETERODERA SCHACHTII SCHM. 1) BY C. L. DUDDINGTON, (Regent Street Polytechnic, London) F. G. W. JONES (Rothamsted Experimental Station) AND F. MORIARTY (School of Agriculture, University of Cambridge) In 1955, a microplot experiment (JONES 1956) was undertaken to assess the effect of predacious fungi (DUDDINGTON 1955), with and without organic matter, upon the beet eelworm population of heavily infested soil. Details of the experiments are set out in Table I. The microplot soil, which was obtained originally from Chatteris, TABLE I Details of the microplot experiment with predacious fungi. Treatments i. None 2. Organic matter only (bran) 3. Fungal mycelium only 4. Organic matter and fungal mycelium 5. Organic matter and two doses of fungal mycelium . 6. Organic matter and two fungi with different growing rates Fungus Treatments 3-6, 1 lb./plot of the mycelium of Dactylaria thaumasia. Treatments 5, second dose of D. thaumasia applied in mid-August. Treatment 6, io ml. of a culture of Dactylella doedycoides/plot in addition to D. thaumasia.. Organic matter : Treatments 2, 4-6, bran at 3 ib./plot. Lay-out : 6 X 8 randomised block. Initial eelworm

Journal

NematologicaBrill

Published: Jan 1, 1956

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