Claim · model-written summary
75 % N with potassium silicate gave the highest grain weight per head in sorghum
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.

Verbatim
t0“SORGHUM”
e0“The treatment (75 % N + potassium silicate) achieved the earlier inflowering”
e1“the highest values of grain weight / head”
Title
Salwa Hassanen; H Abotaleb; J Katyal; et al. Egyptian Journal of Applied Science 2021. doi:10.21608/ejas.2021.183466
Other claims from this paper (12)
- Intervention effect Foliar ascorbic acid and potassium silicate significantly increased the studied characters of sorghum compared with untreated plants
- Intervention effect 75 % N with potassium silicate achieved earlier flowering in sorghum
- Intervention effect 75 % N with potassium silicate gave the highest grain yield (22.55 ardab / fed) in sorghum
- Intervention effect 75 % N with potassium silicate gave higher grain protein content of sorghum compared with 100 % N without spray
- Intervention effect 75 % N with potassium silicate gave higher grain P content of sorghum compared with 100 % N without spray
- Intervention effect 75 % N with potassium silicate gave higher grain K content of sorghum compared with 100 % N without spray
- Intervention effect 100 % N with potassium silicate increased days to 50 % flowering of sorghum compared with 100 % N without spray
- Intervention effect 100 % N with potassium silicate gave the highest plant height and stem diameter of sorghum
- Intervention effect 100 % N with potassium silicate gave the highest number and area of leaves of sorghum
- Intervention effect 100 % N with potassium silicate gave the highest 1000-grain weight of sorghum
- Intervention effect 100 % N with potassium silicate gave the highest green yield (12.40 ton / fed) of sorghum
- Recommendation Using organic compositions such as potassium silicate allows mineral fertilizer to be reduced by 25 % for sorghum