Foliar fungicides are often applied to wheat in Florida to decrease foliar diseases and increase yield of wheat. The variable, usually warm and wet, winter weather during the grain growing season in Florida creates an environment conducive to a number of foliar diseases of wheat. Septoria nodorum, Puccinia recondita, Erysiphe graminis tritici, and Helminthosporium sativum commonly attack winter wheat in Florida. With the present low crop value of wheat, growers often question whether it is economical to apply a fungicide. Fungicide treatments were found to influence grain yields and test weight in a study by Mascagni et. al. (1997) although there were significant cultivar X fungicide interactions. Seed treatments of fungicides have shown some lessening of wheat infection although, foliar fungicides used in conjunction with seed treatment may be necessary for a significant reduction in plant disease (Milus and Chalkley, 1997). New seed fungicide treatments like Gaucho and Dividend would be of interest to producers if seed treatments could effectively protect wheat from early season foliar infection and subsequent disease progression. Emergence of winter wheat when the seed was treated with a fungicide such as Dividend, improved seedling emergence significantly (Smiley et. al., 1996a,b) A recent study on various seed treatments had been conducted at the University of Georgia (Cumfer, 1998), with no effect on yield of wheat with seed treatments. Foliar fungicide applications did significantly affect wheat yields but was influenced by fungicide and timing of application. Only fungicide applications of Quadris, Folicur and Tilt had some influence on yield but was dependant on stage of growth and time of application. Little information on comparisons of seed treatments and foliar applications have been ascertained under North Florida growing conditions. Therefore, the objectives of the trial reported herein were i) to assess a fall seed treatment (Dividend) on wheat for control of diseases, ii) to compare foliar fungicide treatments for management of foliar diseases, and iii) to measure the interaction of nitrogen fertilization with fungicides and subsequent foliar diseases of wheat.