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Comparative analysis of different hydroponics substrates for quality seed yam...
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. -
Assessment of direct-planted nodal cuttings of yam at different plant populat...
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. -
Comparative study on direct-planted and transplanted yam nodal 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. -
Field performance of various sizes of yam minitubers derived from vine cuttin...
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 evaluation of minitubers produced from hydroponics substrates for growth ...
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 influence of minisett size and time of planting on the yield of seed yam ...
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... -
Seed yam (Dioscorea rotundata Poir.) production from whole tubers versus mini...
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... -
TDrMLT.MAFF 2021 2020..Umudike
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT.MAFF 2021 2020..Ubiaja
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT.MAFF 2021 2020..Igbariam
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT.MAFF 2021 2020..IBN
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT.MAFF 2021 2020..Abuja
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT.MAFF 2021 2020..Abakaliki
2nd re-evaluation of 16 D. rotundata clones including 3 checks with lattice design in multiple locations -
TDrMLT2 2021 2019..Abuja
Third re-evaluation of 2nd set of 16 D. rotundata clones including 2 checks with lattice design in multi-location. -
TDrMLT2 2021 2019..Abakaliki
Third re-evaluation of 2nd set of 16 D. rotundata clones including 2 checks with lattice design in multi-location. -
TDrMLT1 2021 19IBN
Repeat of 2019TDrMLT1 trial in a multi-locations -
TDrGeneticGain 2021..Ikenne
Repeat evaluation of 81 accessions of D. ritundata -
TDrGeneticGain 2021..IBN
Repeat evaluation of 81 accessions of D. ritundata -
TDrAPTset1 UB 2021
Evaluation of 25 D. rotundata candidates including 6 checks for superior performance at advanced stage in multiple environments -
TDrAPTset1 IK 2021
Evaluation of 24 D. rotundata candidates including 4 checks for superior performance at advanced stage in multiple environments