Archive · 23 Jan 2026
Transplanting boosts pigeonpea yields by 20%
Farmers can grow more pigeonpea (also called redgram or tur) by using a simple method called transplanting.
Instead of planting seeds directly in the field, they first grow young plants in a small nursery and then move them to the main field.
This helps the plants grow stronger, use water better, and survive uneven rains.
The research from Icrisat shows that this method can increase the amount of pigeonpea grown by 20%, from 2.5 to 3 tonnes per hectare.
It also makes the plants mature faster, reducing the time they need to grow by about 12-18 days.
This method is good for the environment and helps farmers earn more money.
Icrisat is working with others to make sure farmers know how to use this method correctly.
Transplanting nursery-raised pigeonpea seedlings can boost yields by up to 20%, increasing productivity from 2.5 to 3 tonnes per hectare.
The method helps build stronger plants, conserve soil moisture, and protect harvests from erratic rainfall.
Field trials at Icrisat showed that transplanted crops consistently outperformed direct-seeded crops across varying climatic conditions.
Transplanting shortens crop duration by around 12-18 days, enabling earlier maturity and reducing exposure to low soil moisture.
Icrisat is promoting the adoption of this climate-resilient technology through multi-stakeholder consultations and standardizing protocols.
- Who
- Pigeonpea farmers and the International Crops Research Institute for the Semi-Arid Tropics (Icrisat)
- What
- Transplanting nursery-raised seedlings instead of direct sowing
- When
- Published on January 23, 2026
- Where
- Field trials at Icrisat
- Why
- To boost yields by up to 20%, reduce climate risks, and shorten crop duration
- Crop
- Pigeonpea (redgram or tur)
- Yield Increase
- 20%
- Productivity
- From 2.5 to 3 tonnes per hectare
- Research Institute
- International Crops Research Institute for the Semi-Arid Tropics (Icrisat)
- Crop Duration Reduction
- 12-18 days
- Benefits
- Stronger plants, soil moisture conservation, protection from erratic rainfall
- Location of Trials
- Icrisat fields
- Date Published
- January 23, 2026