| A National Data Bank for Marketing Cotton Chess Howard
 | 554 | 
| How Cotton Producers Can Benefit from HVI Steve Verett
 | 554 | 
| The Growing Use of HVI Internationally L. Hunter
 | 556 | 
| Changing Cotton Quality Demands in Industry C.K. Bragg and C.L. Simpson
 | 556 | 
| Cotton for High-Tech Spinning - What Does the Spinner Expect from HVI? Helmut Deussen
 | 558 | 
| Advancements in Engineered Fiber Selection Charles H. Chewning, Jr.
 | 561 | 
| Improving the Between-Laboratory Agreement for High Volume Instrument Data Preston E. Sasser
 | 563 | 
| Video Trashmeters in Grading Cotton Fred S. Mullins
 | 566 | 
| Bark Removal in Textile Processing C.L. Simpson and C.K. Bragg
 | 568 | 
| Investigating Trash Shapes in Preparation for Measuring Bark and Grass in Cotton M.A. Lieberman
 | 571 | 
| Identification and Measurement of Bark in Seed Cotton by Image Analysis A.D. Brashears, R.V. Baker, and C.H. Stewart
 | 572 | 
| Some Observations on Cotton Lint Sugar Levels and Minicard Stickiness D.L. Shaw and H.H. Perkins, Jr.
 | 572 | 
| Development of a Computerized Cotton Strength/ Elongation Measurement to Evaluate Bundle Extension Speed L.C. Godbey, R.A. Taylor, and R.S. Brown
 | 574 | 
| Strength of Cotton Fiber Bundles at Different Extension Rates Roger S. Brown, Robert A. Taylor, and Luther C. Godbey
 | 581 | 
| An Update on the Evaluation of the Spinlab HVI Richard S. Krowicki and Devron Thibodeaux
 | 586 | 
| Single Fiber Strength at Different Extension Rates Preston E. Sasser and Frederick M. Shofner
 | 586 | 
| The Effects of Variation in Humidity on HVI Strength Values Geoffrey Wilde
 | 592 | 
| Role of Bundle Strength in Predicting Yarn Strength Moon W. Sun and Charles K. Bragg
 | 593 | 
| Elongation of Cotton Fiber Bundles at Different Extension Rates Robert A. Taylor, Roger S. Brown, and Luther C. Godbey
 | 599 | 
| Parameterizing Fiber Breakage by Comparison of Length Distributions Kearny Q. Robert and Lawrence J. Blanchard
 | 604 | 
| A Comparison of Yarn Tenacity Data Obtained Using the Using Tensorapid, Dynamat II, and Scott Skein Testers Lloyd B. De Luca and Devron P. Thibodeaux
 | 604 | 
| 1987-88 Cotton Color Grades as Related to Fiber Quality and Fabric Dyeability Oscar Hinojosa, Devron P. Thibodeaux, Harmon H. Ramey, and Steven M. Buco
 | 605 | 
| Predicting Dye Defects from Measurements of Single Fiber Maturity Distributions D.P. Thibodeaux, P.M. Shofner, and L. Cheek
 | 605 | 
| How Cotton Variety and Specimen Preparation Affect the Fineness of Fibers Selected for HVI Strength Testing Robert A. Taylor
 | 605 | 
| Linking the FMT III to HVI Systems Harvin R. Smith
 | 610 | 
| FMT Measurement in Mill Practice: Importance, Specific Problems and Corrective Action Chris Faerber
 | 611 | 
| The Development of a Computerized Instrument for Measuring Cotton Fineness and Immaturity K.E. Duckett, J.Cain, R.S. Krowicki, and D.P.Thibodeaux
 | 614 | 
| A Comparison of Computer Instrumented Cotton Fineness/Immaturity Measurements with Those from the Arealometer K.E. Duckett, J. Cain, R.S. Krowicki, and D.P. Thibodeaux
 | 617 | 
| Measurement of Cotton Fiber Maturity and Fineness by NIR Spectroscopy. Part II: Data Analysis Steven M. Buco, Joseph G. Montalvo, Jr., and Sherman E. Faught
 | 621 | 
| Measurement of Cotton Fiber Maturity and Fineness by NIR Spectroscopy. Part I: Spectral Simulation Joseph G. Montalvo, Jr., Sherman E. Faught, and Steven M. Buco
 | 621 |