Claim · model-written summary
Triticale showed the highest yield among all the studied cereal crops.
- Taxon
- Triticale
×Triticosecalee0 - Outcome
- highest yielde0
- Comparator
- all the studied cereal cropse0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentSettingDirectionValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“Triticale showed the highest yield among all the studied cereal crops, attributed to increased nitrogen use efficiency and uptake, especially under low fertilization conditions”
Title
Wheat, Barley, and Triticale Response to Nitrogen Fertilization in Pannonian Environment
Milan Mirosavljević; Vojislava Momčilović; Vladimir Aćin; et al. Agriculture 2025. doi:10.3390/agriculture15070683
Other claims from this paper (11)
- Intervention effect Grain yield of wheat was reduced by 1218 kg ha−1 (15.7%) at 0 N compared with 100 N, averaged across species.
- Intervention effect Grain yield of triticale was reduced by 1037 kg ha−1 (11.6%) at 0 N compared with 100 N, averaged across species.
- Intervention effect Grain yield of two-rowed barley was reduced by 1128 kg ha−1 (13.7) at 0 N compared with 100 N, averaged across species.
- Intervention effect Grain yield of six-rowed barley was reduced by 1340 kg ha−1 (17.1%) at 0 N compared with 100 N, averaged across species.
- Association Grain yield of triticale was closely related to nitrogen uptake, with R2 of 0.652.
- Association Grain yield of six-rowed barley was closely related to nitrogen uptake, with R2 of 0.956.
- Association Nitrogen use efficiency showed a positive relationship with nitrogen uptake efficiency.
- Association The relationship of nitrogen use efficiency with nitrogen utilization efficiency was insignificant.
- Association Two-rowed barley outperformed wheat in grain yield and nitrogen use efficiency.
- Association Wheat outperformed six-rowed barley.
- Mechanism The highest yield of triticale is attributed to increased nitrogen use efficiency and uptake, especially under low fertilization conditions.