- Yarding Distance Analysis for Cable Systems Using a Digital Elevation Model
- Journal of Forest Engineering 111 TheauthorisaProfessorofForestry,DepartmentofFor-
- Random Distance Parameters; Their Analytic Computation and
- Airtanker initial attack: a spreadsheet-based modeling procedure
- An algorithm for optimal centralized landing location: rectilinear yarding operations on flat
- The calculation of average yarding distance to a centralized landing, given a polygonal mesh approximation of the setting surface
- Estimation of Tum Location Parameters for Cable Settings
- ______________________________ Journal ofForest Engineering 57 " (\'): 51-bO :s-....\y \ <:jg '-\
- EXPECTED VALUES OF SOME fUNCTIONS OF SLOPE AND DISTANCE ON A SETTING IN THE SHAPE OF A CIRCULAR SECTOR
- HARVESTING ECONOMICS Francis E. Greulich
- CALCULATION AND USE OF EFFECTIVE EXTERNAL BOUNDARY AND RELATED SETTING PARAMETERS IN CABLE YARDING PRODUCTION ESTIMATION
- Proc. Int. Seminar on New Roles of Plantation Forestry Requiring Appropriate Tending and Harvesting Operations Transportation Networks in Forest Harvesting: Early Development of the Theory
- THINNING OPERATIONS IN JAPAN: DESCRIPTION AND MODELING Edwin Miyata, Francis Greulich, Kazuhiro Aruga, Koki Inoue
- Wildfire Experience in the Western United States: A Current Perspective (The published Japanese version of this pre-translation draft may differ slightly)
- Road Network Design: Optimal Economic Connection of
- Turn-location parameters for a continuous landing model. I. Road tangents FRANCIS E. GREULICH
- Modeles de recherche operationnelle et lltilisation d'avions contre les incendies
- Forest Sci.. Vol. 26, No.2, 1980, pp. 195-202 Copyright 1980, by the Society of American Foresters
- 1+1 National Research Council Canada
- Modeling AirtankerFlight Distance between Concurrent Fires: The Development and Use of Statistical Distribution Parameters
- Airtanker Flight Distance between Fires: Random Fire Starts on Line Segments
- A Primer for Timber Harvesting
- Optimal Economic Selection of Road Design Standards for Timber Harvesting
- Near Optimal Location of Two Landings on Flat, Uniform Terrain Francis E. Greulich
