Claim · model-written summary
Fiber strength increased by 13.07% in 2023.
GossypiumNot reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“Cotton (Gossypium spp.)”
e0“Fiber strength increased by 13.07% in 2023”
Title
Mashenene Malima; Orhan Kurt; Sikitu Kazungu; et al. International Journal of Applied Agricultural Sciences 2026. doi:10.11648/j.ijaas.20261202.15
Other claims from this paper (19)
- Association Plant height was significantly affected by a year × variety interaction in cotton.
- Observation Selin in 2023 and Sezener in 2022 had the tallest cotton plants.
- Association Leaf area was higher in 2022.
- Intervention effect An 800 cc. ha-1 MC dose enhanced cotton leaf expansion.
- Association Monopodial branches were significantly greater in 2023, at 9.59 per plant.
- Intervention effect Early MC application increased monopodial branch initiation.
- Observation Seed cotton yield peaked in Selin at 3623 (kg/ha).
- Observation Seed cotton yield of Selin was 25% greater than that of Sezener.
- Intervention effect Split MC application (400 + 400 cc) gave the highest seed cotton yield.
- Observation Boll number was higher in Selin.
- Observation Individual fiber weight was higher in Sezener.
- Intervention effect The 400 cc. ha-1 MC dose increased individual fiber weight by 48%.
- Association Seed index was significantly higher in Sezener.
- Association Fiber moisture increased in 2023 to 8.94%.
- Observation Fiber length peaked in Sezener at 30.33 mm.
- Observation Elongation reached 5.80%.
- Intervention effect Split MC application increased micronaire to 4.89.
- Intervention effect Later MC application maximized cotton uniformity at 85.62%.
- Association Short fiber content decreased by 14.81% in 2023.