YIIFSWA developed new strategies for improved propagation of quality yam planting materials and increased the multiplication ratio from 1:3 to 1:300 using leaf-bud cuttings.

YIIFSWA developed new strategies for improved propagation of quality yam planting materials and increased the multiplication ratio from 1:3 to 1:300 using leaf-bud cuttings.

YIIFSWA developed new strategies for improved propagation of quality yam planting materials and increased the multiplication ratio from 1:3 to 1:300 using leaf-bud cuttings.

YIIFSWA developed new strategies for improved propagation of quality yam planting materials and increased the multiplication ratio from 1:3 to 1:300 using leaf-bud cuttings.

YIIFSWA developed new strategies for improved propagation of quality yam planting materials and increased the multiplication ratio from 1:3 to 1:300 using leaf-bud cuttings.

The data is from an investigation of the influence of planting different minisett sizes at different periods on yield. The trial was carried out on the experimental field at...

An experiment was conducted to investigate the effects of using whole tubers versus minisetts to produce seed yams. Six treatments were combinations of whole tubers and...

Multi location trial to identify best clones (by evaluating 4 Discorea rotundata clones) expressing good tuber appearance , user acceptable quality and superiority agronomic...

Multi location trial to identify best clones (by evaluating 4 Discorea rotundata clones) expressing good tuber appearance , user acceptable quality and superiority agronomic...

Multi location trial to identify best clones (by evaluating 4 Discorea alata clones) expressing good tuber appearance , user acceptable quality and superiority agronomic...

Multi location trial to identify best clones (by evaluating 4 Discorea alata clones) expressing good tuber appearance , user acceptable quality and superiority agronomic...

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations

Third re-evaluation of 2nd set of 16 D. rotundata clones including 2 checks with lattice design in multi-location.

Third re-evaluation of 2nd set of 16 D. rotundata clones including 2 checks with lattice design in multi-location.

Repeat of 2019TDrMLT1 trial in a multi-locations