Storage Physiology - Deterioration
Texts
Accelerated Aging Techniques for Predicting the Relative Storability of Seed Lots, James C. Delouche and C. C. Baskin
Comparison of Methods for Evaluating Deterioration in Rice Seed, A.J.M.A. Islam, James C. Delouche, and C. C. Baskin
Deterioration of Crimson Clover Seed in Storage, James C. Delouche
Deterioration of seed Corn During Storage, Nirmal S. Gill and James C. Delouche
Effects of Mechanical Shelling on Storability of Peanut Seed, C. C. Baskin and James C. Delouche
Estimating Field Emergence of Grain Sorghum, C. C. Baskin, S. Paliwal, and James C. Delouche
Open Storage of Soybean Seed in Mississippi, Edgar R. Cabrera and H. Lansakara
Physiological Changes During Storage That Affect Soybean Seed Quality, James C. Delouche
Physiology of Seed Storage, James C. Delouche
Preliminary Evaluation of Tetrazolium Derivatives for Testing Seed Viability, Don F. Grabe
Test Show How Injury Lowers Quality of Seed, James C. Delouche
Tetrazolium Best Method for Evaluating Seed Life, R. P. Moore
Tetrazolium Evaluation of the Nature and Progress of Deterioration of Peanut (Arachis Hypogaea L.) Seed in Storage, C. E. Vaughn and R.P. Moore
The Case of The Missing Tap Root, R. P. Moore
The GADA Test for Seed Storability, Don F. Grabe
The Pattern of Glutamic Acid Decarboxylase (GADA) Degeneration and Its Relation with Rice Seed Deterioration, A.J.M.A. Islam and James C. Delouche