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Wheat is world‟s largest cereal crop (Dumato et al., 2015). The species of Triticum has three ploidy levels i.e. diploid (2n=14), tetraploid (2n=24) and hexaploid (2n=42). There are sixteen different species, out of which only three species are cultivated throughout the world. Durum wheat (Triticum durum Desf., 2n=4x=28, AABB) is a tetraploid cereal crop grownup in a diverse range of climatic zones varying from warm and dry to cool and wet environments (Giraldo et al., 2016). Durum wheat is most important crop in the Mediterranean basin (Elias and Manthey, 2005), mainly in the Central and West Asia and North Africa (CWANA) region. It is serving as a naturally bi-fortified food and it is being used for “dual purpose” i.e., both for „nutritive chapatti‟ and semolina required for fast food preparation, because of its high β-carotene, hectoliter The experimental material comprised of 10 genotypes and 45 crosses along with two checks (HI-8627 and MPO-1215) of durum wheat. The material was evaluated under three different environments at College of Agriculture, Bikaner, during Rabi 2018-19. Analysis of variance of stability revealed that mean sum of square due to genotypes, environments and environment (Linear) were found to be significant for all the characters. It also revealed that E+ (G × E) interaction components were significant for all the traits except flag leaf length and harvest index. Joint consideration of mean performance and stability parameters revealed that parent and crosses namely, NIDW-295, PDW-291 × RAJ-1555, WH-896 × NIDW-295 and HI-8663 × PDW-274 exhibiting unit regression and nonsignificant deviations suggesting average stability and wider adaptability for grain yield. However, RAJ-1555 × HI-8737 and HI-8663 × HI-8737 showed their performance in favourable environments, while PDW-274 × PDW-233, HI-8498 × RAJ-1555 and HI-8498 × PDW-274 were suitable for late sown conditions for grain yield per plant. K e y w o r d s

Phenotypic Stability Analysis on Macaroni Wheat (Triticum durum desf.) Under Normal and Stress Environments