Maize being the highest yielding cereal crop in the world is of
significant importance for countries like Pakistan, where rapidly
increasing population has already out stripped the available food
supplies. In Pakistan maize is the third important cereal crop after
wheat and rice. It accounts for 5.44% of the total cropped area and 3.5%
of the value of agricultural output. It is planted on an estimated area
of 1.02 million hectares with an annual production of 3.1 million tons.
This concept of stability is useful for quality traits, disease
resistance and for stress characters like winter hardiness . A stable
genotype has the ability to show good adaptability in a wide range of
environments. In breeding for wide adaptation, the aim is to obtain a
variety, which performs well in nearly all environments; and breeding
for specific adaptation. The present project was therefore aimed to
evaluate 13 maize genotypes for their adaptability and stability of
performance for yield and yield components at four different locations
in North Western Pakistan.