pp. 265-291 Published by: Management Information Systems Research Center, University of Minnesota Stable URL: http://www.jstor.org/stable/249596 .

Optimum In-row **Distances** for Potato Minituber Production BielinskiM. Santos 1,3 and Persio R. Rodriguez 2 A DDITIONAL INDEX WORDS . Solanum tuberosum, plant spacing, planting density, economic analysis, marginal return rate, asexual propagation S UMMARY .

These hazard **distances** are for actinic ultraviolet radiation exposure to the skin and cornea. These are not safe viewing **distances** for viewing a bright light source.

**Distances** Between United States Ports 2009 (10th) Edition U.S. DEPARTMENT OF COMMERCE Gary F. Locke, Secretary National Oceanic and Atmospheric Administration (NOAA) Jane Lubchenco, Ph.D.,

ADVISORY CAUTIONARY NON-DIRECTIVE AIRPORT SAFETY AND OPERATIONS DIVISION AAS-300 Certalert 09-05, Reporting Declared **Distances** to Aeronautical Information Services, 6 March 2009

1 Computing the Inner **Distances** of Volumetric Models for Articulated Shape Description witha Visibility Graph Yu-Shen Liu, Karthik Ramani, Min Liu Abstract â€”Anew visibility graph based algorithm is presented for computing the inner **distances** of a 3Dshape represented by a volumetric model.

Why Ground Coordinates? Why Ground Coordinates? z GPS observations can result in a state plane coordinate grid. A state plane grid is an accepted mapping standard for many an accepted mapping standard for many applications z Surveying Challenge: 1 'onastateplane z Surveying Challenge: 1 on a ...

**Distances** - 1 Computer Lab - **Distances** Introduction In this lab you will re-create experiments done by past astronomers to determine **distances** within our solar system.

The Distribution of Robust **Distances** Johanna HARDIN and David M. R OCKE Mahalanobis-type **distances** in which the shape matrix is derived from a consistent, high-breakdown robust multivariate location and scale estimator have an asymptotic chi-squared distribution as is the case with those derived ...

Threat Description Explosives Capacity 1 (TNT Equivalent) Building Evacuation **Distance** 2 Outdoor Evacuation **Distance** 3 Pipe Bomb 5 LBS/ 2.3 KG 70 FT/ 21 M 850 FT/ 259 M Briefcase/ Suitcase Bomb 50 LBS/ 23 KG 150 FT/ 46 M 1,850 FT/ 564 M Compact Sedan 500 LBS/ 227 KG 320 FT/ 98 M 1,500 FT/ 457 M ...