Call Number (LC) Title Results
A 13.79:INT-372 Soil disturbance-tree growth relations in central Idaho clearcuts / 1
A 13.79:INT-373 Adaptive variation and seed transfer for ponderosa pine in central Idaho / 1
A 13.79:INT-374 A simple method for computing spotting distances from wind-driven surface fires / 1
A 13.79:INT-375 Susceptibility of inland Douglas-fir to Rhabdocline needle cast / 1
A 13.79:INT-376 Forest succession in western Montana : a computer model designed for resource managers / 1
A 13.79:INT-377 Improved streamflow and water quality monitoring using a microprocessor-based system / 1
A 13.79:INT-378 Soil temperatures and suckering in burned and unburned aspen stands in Idaho / 1
A 13.79:INT-379 Woodland volume equations for Arizona Fort Apache and San Carlos Indian Reservations / 1
A 13.79:INT-380 The Montana timber market model : a user's guide / 1
A 13.79:INT-381 Flammability reduction comparisons of four forest fire retardants / 1
A 13.79:INT-382 Relative suitabilities of regression models in electronic analysis of riparian vegetation / 1
A 13.79:INT-383 SCREEN(F) : a FORTRAN77 program to identify predictors of dichotomous dependent variables / 1
A 13.79:INT-384 Plant density and cover response to several seeding techniques following wildfire / 1
A 13.79:INT-385 A field guide for predicting snow damage to ponderosa pine plantations / 1
A 13.79:INT-386 Distribution of permanent plots to evaluate silvicultural treatments in the Inland Empire / 1
A 13.79:INT-387 Eight-year tree growth following prescribed underburning in a western Montana Douglas-fir/western larch stand / 1
A 13.79:INT-388 Dispersal of second-instar Western Spruce budworm above and below forest canopies in western Montana / 1
A 13.79:INT-389 Area of vegetation loss : a new index of campsite impact / 1
A 13.79:INT-390 Evolution of a research prototype expert system for endemic populations of mountain pine beetle in lodgepole pine forests / 1
A 13.79:INT-391 AUTOADJ : a computer program for entering constraints for polygons in IRAS and IRPM / 1