Investigating and exploring the genetic bases of economically relevant traits is of outmost importance in enhancing grain yield potential for cereal crop breeding, and cereal agricultural genetics and genomics. Additionally, a better understanding of the effects of different source–sink ratios and stay-green or photosynthetic capacity measurements during the grain filling period on grain growth may be relevant in order to further increase cereal grain yield.
Liu, C., DE SARIO, F., Bozzoli, M., Forestan, C., MILNER SARA, G., Frascaroli, E., et al. (2023). The Grain number increase 2 (GNI-2) allele in Altar_C84 durum wheat and its derivatives as an additional option to genetically increase grain yield potential in wheat.
The Grain number increase 2 (GNI-2) allele in Altar_C84 durum wheat and its derivatives as an additional option to genetically increase grain yield potential in wheat
LIU C.;DE SARIO F.;BOZZOLI M.;FORESTAN C.;FRASCAROLI E.;SALVI S.;TUBEROSA R.;MACCAFERRI M.
2023
Abstract
Investigating and exploring the genetic bases of economically relevant traits is of outmost importance in enhancing grain yield potential for cereal crop breeding, and cereal agricultural genetics and genomics. Additionally, a better understanding of the effects of different source–sink ratios and stay-green or photosynthetic capacity measurements during the grain filling period on grain growth may be relevant in order to further increase cereal grain yield.| File | Dimensione | Formato | |
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The_Grain_number_increase_2_(GNI-2)_allele_in_Altar_C84_durum_wheat_and_its_derivatives_as_an_additional_option_to_genetically_increase_grain_yield_potential_in_wheat (2).pdf
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