Fifteen logistic regression habitat-relationship models for forest birds have been developed by Weyerhaeuser biologists. The modeled species are: orange-crowned warbler, Bewick's wren, black-throated gray warbler, black-headed grosbeak, brown creeper, evening grosbeak, gray jay, hairy woodpecker, hermit warbler, red-breasted nuthatch, rufous hummingbird, song sparrow, Steller's jay, warbling vireo, and western tanager. These habitat-association models were developed to provide a basis for habitat assessment and diagnosis. The purpose of this study is to test the efficacy of the models to predict the presence or absence of species given particular habitat characteristics. Three approaches were used to evaluate the models: 1) evaluating the accuracy of prediction, 2) whether there was a significant positive linear relationship between the predicted probability of occurrence and the frequency of occurrence at the stand level, and 3) whether the variable coefficients resulting form our data fell within the confidence intervals of the coefficients in the Weyerhaeuser models.