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Irrigation sequence regulates root-zone water-salt dynamics, growth kinetics, and yield formation of greenhouse tomato under saline-fresh water rotation
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DOI：10.1016/j.agwat.2026.110624.png)
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Abstract
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• Saline–freshwater rotation altered the timing of root-zone salt accumulation. • Early saline-water application reduced tomato growth rates and yield formation. • The two-freshwater-our-saline-two-freshwater schedule delayed major salt stress. • Final freshwater irrigation reduced residual salinity in the sampled root zone. • Morphological traits mediated the water–salt effects on tomato yield formation.
Keywords:
Tomato
Saline-freshwater rotation
Root-zone water-salt dynamics
Logistic model
Yield
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