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Wheat (Triticum aestivum L.) is among the major food crops world-wide and Iran produces about 14 million a great deal of wheat yearly. Effective interpretation of breeding applications data is essential at all levels of plant improvement. The genotype by trait (GT) biplot utilized for two-method wheat dataset as genotypes with multiple characteristics. Because of this propose, 13 wheat cultivars with specific features (were examined under organic developing environment. The GT biplot for wheat dataset described 65% of the full total variation of the standardized data. The polygon watch of GT offered for 18 different characteristics of wheat genotypes demonstrated six vertex genotypes as G3, G4, G5, G9, G11, and G12. The genotype G4 had the best values for the majority of the measured traits. Predicated on vector view generally, ideal genotype and ideal tester biplots, it had been demonstrated that selecting high grain yield will end up being performed via thousand seed weight, spike duration, and grain size. These traits is highly recommended concurrently as effective selection requirements evolving high yielding wheat genotypes due to their large contribution to grain yield. The genotypes G4 and G3 could possibly be considered for developing attractive progenies in selection technique of wheat improvement applications. INTRODUCTION Wheat (Triticum aestivum L.) is among the major meals crops worldwide which can be used to produce different foods and broadly consuming cereal of Iran. Iran produces about 14 million a great deal of wheat each year; with mean yield two tons per hectares, and 90% being loaf of bread wheat (FAO, 2012). The particular region under wheat cultivation in globe during 2012 was 216 million hectares; production 675 million tones and average yield 3100 kg ha-1 (USDA, 2012) where as Iran area under this crop was 7 m...