Claim · model-written summary
ATR did not differ significantly among genotypes in the third cycle.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingValue
Verbatim
e0“there were no significant differences between the genotypes in the third cycle”
e1“It was observed for the variable ATR”
t0“Sugarcane”
Title
Genotype x Harvest Cycles Interaction in Sugarcane on the South Coast of Pernambuco
Paulo Rocha Machado; Francisco José De Oliveira; Gheysa Coelho Silva; et al. Journal of Experimental Agriculture International 2019. doi:10.9734/jeai/2019/v33i630158
Other claims from this paper (18)
- Observation TCH significantly fell from the first to second harvest cycle.
- Observation Only UFRPE11 had a significant TCH decrease in the third cycle.
- Observation Seven named genotypes exceeded all commercial varieties in TPH.
- Observation Simple GxC interaction predominated for TCH between C1 and C2 at 67.91%.
- Observation Simple GxC interaction predominated for TPH between C1 and C2 at 69.35%.
- Observation Complex GxC interaction predominated for ATR between C1 and C2 at 56.42%.
- Observation Simple interaction predominated for TCH between C2 and C3 at 62.85%.
- Observation Simple interaction predominated for TPH between C2 and C3 at 62.41%.
- Observation The C2 by C3 interaction was not significant for ATR.
- Observation Complex interaction predominated for TCH between C1 and C3 at 50.42%.
- Observation Complex interaction predominated for TPH between C1 and C3 at 52.20%.
- Observation Complex interaction predominated for ATR between C1 and C3 at 59.66%.
- Observation The authors interpret simple GxC interaction as enabling genetic gain from selection across subsequent harvest cycles.
- Observation The authors interpret complex GxC interaction as reducing predictability of genetic gain.
- Observation The authors conclude local selection favors genetic gain in a few cycles.
- Observation The authors conclude local selection does not favor high adaptability and phenotypic stability.
- Recommendation The authors recommend testing in several environments.
- Recommendation The authors recommend UFRPE06 and UFRPE10 for further selection under southern coastal conditions.