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A complex interplay and fine-tuning of hormonal responses is therefore likely to determine the level of submergence tolerance.
This was not observed in IR64-Sub1 in this study, however, their downregulation in IR64 might at least partly explain a lower level of submergence tolerance.
Phenotyping of these SUB1A-2 varevealedrevealed a variable level of submergence tolerance ranging from about 4% to 40% plant survival after two weeks of submergence.
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The reevaluation of QTLs from FR13A and moderately tolerant varieties lacking SUB1A-1 may enable further improvement of submergence tolerance.
Fig. 8 Field plot test of submergence tolerance of Sub1 and non-Sub1 varieties.
Until the mid-1990s, the genetic control of submergence tolerance remained ambiguous.
The successful combination of submergence tolerance with other traits is likely to involve recognition of landraces with trait attributes that are unraveled at the genetic and molecular levels before their return to the farmer's field in improved varieties.
Genetic control of submergence tolerance was unknown until mid-1990s.
However, further investigations are required to find the exact mechanism of submergence tolerance in Porteresia.
Our focus here on underwater PN as related to the ecophysiology of submergence tolerance adds to the vast knowledge on root adaptations in wetland species.
To date, the most significant finding in flood-tolerance rice research is the identification of the SUB1A gene on chromosome 9, as the major determinant of submergence tolerance in FR13A and its derived progenies (Xu and Mackill 1996).
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