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November 16, 2025Cogent Food & AgricultureOpen Access

Optimizing pulsed and continuous drip irrigation strategies to enhance yield and water productivity of silage maize in semi-arid regions

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Authors

IHIman Hajirad

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Overview

This study demonstrates enhanced water productivity in maize through optimized drip irrigation techniques in semi-arid regions, highlighting opportunities for sustainable agriculture.

Key Points

  • To evaluate the impact of pulsed and continuous drip irrigation on the yield and water productivity of silage maize.
  • Conducted in Varamin, Iran, using a split-strip plot design with three replications.
  • Examined four irrigation levels providing different percentages of water needs: 120%, 100%, 80%, and 60%.
  • Analyzed the effects of irrigation levels on biological and fresh yield as well as water productivity.
  • The highest biological yield was 26 ton ha⁻¹ under pulsed over-irrigation treatment.
  • Maximum water productivity reached 6.72 kg m³ with deficit pulsed treatment.
  • Pulsed irrigation reduced deep percolation by 30% compared to continuous methods.

Cite This Study

Iman Hajirad (2025) studied this question.

synapsesocial.com/papers/692509ffc0ce034ddc3533c1https://doi.org/10.1080/23311932.2025.2583753
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