Impact of Ridge-Furrow Planting in Pakistan: Empirical Evidence from the Farmers Field

Author:

Hussain Imtiaz1ORCID,Ali Akhter1,Ahmed Ansaar2,Nasrullah Hafiz3,Khokhar Badar ud Din4,Iqbal Shahid5,Aulakh Azhar Mahmood6,Khan Atta ullah7,Akhter Jamil8,Ahmed Gulzar9

Affiliation:

1. CIMMYT, CSI, NARC, Park Road, Islamabad, Pakistan

2. CIMMYT, Cereal Crop Research Institute, Nowshera, Pakistan

3. Agronomic Research Station, Bahawalpur, Pakistan

4. Wheat Research Institute Sindh, Sakrand, Pakistan

5. Agriculture Research Institute, DI Khan, Pakistan

6. Arid Zone Research Institute, Bhakkar, Pakistan

7. Arid Zone Research Institute, Umerkot, Pakistan

8. National Rural Support Program, Islamabad, Pakistan

9. Cereal Crop Research Institute, Nowshera, Pakistan

Abstract

Wheat is planted through the broadcast method on 7.8 million ha and irrigated through low-efficiency flood basin irrigation methods. With decreased water availability, there is a need to adopt water use efficient planting techniques. The current paper uses two-year trials data set as well as farmer survey data to demonstrate benefits of ridge-furrow planting wheat and farmer perception regarding the technology in Pakistan. During 2014–15 and 2015–16, ridge-furrow planting of wheat was compared with farmer practice of planting on flat surface through broadcasting at 162 sites located in 15 districts of Pakistan. In a survey, 134 farmers shared their experiences about ridge-furrow planting. Data collected from field trials and demonstrations showed that better tillering and crop growth contributed towards 12% higher wheat grain yield with ridge-furrow planting in comparison with the farmer practice of flat planting in all 15 districts during both years. Furrow-irrigated ridge planting of wheat helped farmers in saving of 30–35% water in comparison with farmer practice. Farmers adopting ridge-furrow wheat planting earned USD 100.63 per hectare more profit than nonadopter farmers. Adoption of this technology on one million hectare can help in saving 1 million acre foot of water and produce additional 0.36 million tons of wheat per year.

Funder

United States Agency for International Development

Publisher

Hindawi Limited

Subject

Agronomy and Crop Science

Reference24 articles.

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