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The likelihood of interfer ence with very-high-freq uency networks in Alas ka from station s op erating on similar frequen cies in other parts of t he world , a s a function of sea son , sunspo t number, and t ime of day, is presented . This example serves as a model for simIlar camputations for other co mmunicat ion links. Calcula t ions are based upon regular reflect ion from t he F2 layer, and data are supplied fol' estimat ing the probabili ty of in tcrfe l'c nec from sporadic-E reflections.

Prediction of the likelihood of interference at frequencies of 30 to 42 megacycles in Alaska