Abstract
Inheritance studies and relationship of morphological traits in wheat (Triticum aestivum L.)
Highlights
AABBDD) and durum tetraploid wheat in Pakistan but throughout the (AABB)
The Anmol-91 surpassed rest of genotypes with maximum plant height (94.53 cm), and V-11005 Advance line surpassed in tillering capacity (15.00) and spikelets spike-1 (23.00), while longer spikes (15.02), higher seed index (51.33 g) and higher grain yield (23.53 g) were produced by genotypes TD-1 (15.02 cm) and Benazir (14.49 cm)
Genotype Imdad-2005 was most promising for grains spike-1 (86.03), and seed index was higher in TD-1 (51.33 g), Benazir (48.97 g) and V-11005 (48.53 g)
Summary
AABBDD) and durum tetraploid wheat in Pakistan but throughout the (AABB). In present majority the grown worlds (Triticum aestvum L.) is consider as cultivars of pasta and bread wheats are important crop. The Anmol-91 surpassed rest of genotypes with maximum plant height (94.53 cm), and V-11005 Advance line surpassed in tillering capacity (15.00) and spikelets spike-1 (23.00), while longer spikes (15.02), higher seed index (51.33 g) and higher grain yield (23.53 g) were produced by genotypes TD-1 (15.02 cm) and Benazir (14.49 cm).
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