To be sustainable, production in the traditional yam cropping system, faced with declining soil fertility, could benefit from yam–arbuscular mycorrhizal (AM) symbiosis, which can improve nutrient uptake, disease resistance, and drought tolerance in plants. However, only limited information exists...
Dare, M.O.
,
Abaidoo, R.C.
,
Fagbola, O.
,
Asiedu, Robert
,
[Effects of arbuscular mycorrhizal inoculation and phosphorus application on yield and nutrient uptake of yam]
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Effects of arbuscular mycorrhizal inoculation and phosphorus application on yield and nutrient uptake of yam
New seed yam systems from minisetts, minitubers and vine cuttings have been developed for yam production to supplant the traditional systems, which have proven inefficient and costly. The new techniques provide producers in tropical countries with the opportunity to minimize production costs, red...
Mignouna, Djana B.
,
Abdoulaye, Tahirou
,
Alene, A.
,
Aighewi, B.A.
,
Pelemo, O.
,
Manyong, Victor M.
,
Asiedu, Robert
,
Akoroda, M.O.
,
[Economic analysis of seed yam production systems in Nigeria]
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Economic analysis of seed yam production systems in Nigeria
Plant reproduction is a core process in plant breeding. For decades, one can even say for centuries, plant reproductive biology has largely been a matter of observation, description, and philosophical speculation. Only in the last two decades has it entered the experimental phase, and it is in th...
Hahn, S.K.
,
Bai, K.V.
,
Asiedu, Robert
,
Dixon, Alfred G.O.
,
Tavoletti, S.
,
Mariani, A., Veronesi, F.
,
Tuyl, J.M. van
,
Creji, M.G.M. van
,
Dien, M.P. van
,
Kerckhoffs, D.M.F.Y
,
Laublin, G.
,
Brault, M.
,
Cappadocia, M.
,
Makoveychuk, A.
,
[Biotechnology in reproductive biology]
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Biotechnology in reproductive biology