Early Season Factors and Their Impact on Emergence, Growth, and Yield
T.A. Kerby, S. Johnson, and M. Keeley |
14 |
Effects of Root-Knot Nematodes Alone and in Combination with Fungi on Cotton Seedling Disease
Raymond L. Shepherd |
14 |
Resistance in Cotton to Seed and Seedling Pathogens and its Relationship to Stand Establishment and Vigor
K. M. El-Zik |
16 |
Effects of Seed Fungicides and In-Furrow Pesticides on Plant Stands and Vigor of Cotton
Earl B. Minton |
17 |
The Development of a Pseudomonas fluorescens Product (DAGGER G™) for the Control of Pythium and rhizoctonia on Cotton
Thomas C. Currier, Jack Skwara, and John L. McIntyre |
18 |
Efficacy of Contemporary Fungicides in Controlling Seedling Diseases of Cotton
G.A. Panhwar, S.D. Lyda and J.L. Riggs |
20 |
Evaluation of Several Fungicides on Seedling Emergence and Stand Establishment of Texas High Plains Cotton
Norman Hopper, James Supak, and Harold Kaufman |
22 |
Seed and Soil Treatments for Control of Seed And, Seedling Diseases of Cotton in California
J.E. DeVay, R.H. Garberg, R.J. Wakeman, and E.J. Paplomatas |
23 |
Media for the Selective Isolation of Several Fungi Associated with the Seedling Disease Complex of Cotton
Donna P. Miller and W.E. Batson, Jr. |
26 |
Nematicidal Effects on Population Densities of the Reniform Nematode
G.W. Lawrence and W.E. Batson, Jr. |
28 |
NH3 Production by Enterobacter cloacae as a Possible Mechanism in the Biocontrol of Pythium Spp.incited Seedling Disease of Cotton
C.R. Howell, R.C. Beier, and R.D. Stipanovic |
28 |
Cotton Root Infection Ratings for Predicting Root-Knot Nematode Damage Potential to Succeeding Cotton Crops
P.A. Roberts and W.C. Matthews |
29 |
Field Performance of Selected Mid-South Cotton Cultivars in Verticillium dahliae Infested Soil in Mississippi
William E. Batson, Jr., and Donald J. Blasingame |
30 |
Developmental Changes in the Tannin Content of Cotton Leaves: Implication in Breeding for Pest Resistance
A.A. Bell |
31 |
Greenhouse Evaluation of Cotton Cultivar Susceptibility to Aflatoxin Contamination via Colonization of Wounds by Aspergillus flavus
P.J. Cotty |
31 |
Areas of Occurrence of Fiber with Bright Greenish Yellow-Fluorescing Spots, Associated with Aspergillus Flavus Infection, in the U.S. Cotton Crops of 982-1986
M.E. Simpson and P.B. Marsh |
33 |
Use of Ovule Culture as a Model for Cotton-Aspergillus Flavus Interactions
Jay E. Mellon |
35 |
Selection of Phymatotrichum Root Rot Resistance Through Tissue Culture Techniques
J.C. Mabellos and S.D. Lyda |
37 |
Applications of Restriction Fragment Length Polymorphisms in Studying Genetic Variation of Phymatotrichum omnivorum
C.H. Wu and S.D. Lyda |
39 |
Effect of Soil Amendments on Cotton Growth and Incidence of Phymatotrichum Root Rot
J.E. Matocha, S. Mostaghimi, and C. Crenshaw |
41 |
Laboratory and Field Tests with Triazole Fungicides to Control Phymatotrichum Root Rot of Cotton
J.L. Riggs and S.D. Lyda |
45 |
Environmental Influences on the Severity of Cotton Seedling Diseases
R.H. Garber |
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