Claim · model-written summary
Current NUE averaged 39% in upland soils
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorDirection
Verbatim
e1“During nearly 40 years of fertilization, NUE decreased when crops were fertilized with N and potassium fertilizers only, while the NUE increased when multi-nutrient or organic fertilizers were used”
e6“Current NUE equalled on average 30% in paddy soils, 39% in upland soils and 42% in paddy upland soils”
Title
Xingjuan Zhu; Gerard H. Ros; Minggang Xu; et al. European Journal of Agronomy 2023. doi:10.1016/j.eja.2023.126797
Other claims from this paper (11)
- Intervention effect NUE decreased when crops were fertilized with N and potassium fertilizers only
- Intervention effect NUE increased when crops were fertilized with multi-nutrient or organic fertilizers
- Intervention effect The highest NUE was found when 25-30% of the total N input was supplied in organic form
- Association Soil pH was the most important site factor controlling NUE, with an optimum around pH 6
- Association Phosphorus availability increased NUE
- Association Crop rotation, soil properties and fertilizer management together explained 46-85% of the variation in NUE
- Observation Current NUE averaged 30% in paddy soils
- Observation Current NUE averaged 42% in paddy upland soils
- Intervention effect Optimizing all fertilizer inputs and soil nutrient levels might raise NUE up to 40-47% in paddy soils
- Intervention effect Optimizing all fertilizer inputs and soil nutrient levels might raise NUE up to 40-77% in upland soils
- Intervention effect Optimizing all fertilizer inputs and soil nutrient levels might raise NUE up to 40-87% in paddy upland soils