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Virus‐related degeneration constrains production of quality sweet potato seed, especially under open field conditions. Once in the open, virus‐indexed seed is prone to virus infection leading to decline in performance. Insect‐proof net tunnels have been proven to reduce virus infection under rese...


Ogero, K.O.Kreuze, J.F.Mcewan, M.A.Luambano, N.D.Bachwenkizi, H.Garrett, K.A.Andersen, K.F.Thomas-Sharma, SaraVlugt, R.A.A.[Efficiency of insect‐proof net tunnels in reducing virus‐related seed degeneration in sweet potato.]Efficiency of insect‐proof net tunnels in reducing virus‐related seed degeneration in sweet potato.
Thomas-Sharma, SaraAndrade-Piedra, J.L.Carvajal-Yepes, MonicaHernández Nopsa, J.F.Jeger, MichaelJones, RogerKromann, P.Legg, J.P.Yuen, JonathanForbes, G.Garrett, K.A.[A risk assessment framework for seed degeneration: Informing an integrated seed health strategy for vegetatively-propagated crops]A risk assessment framework for seed degeneration: Informing an integrated seed health strategy for vegetatively-propagated crops

Seed systems are critical for deployment of improved varieties, but also can serve as major conduits for the spread of seed-borne pathogens. As in many other epidemic systems, epidemic risk in seed systems often depends on the structure of networks of trade, social interactions, and landscape con...


Andersen, K.F.Buddenhagen, C.Rachkara, P.Gibson, R.Kalule, S.Phillips, D.Garrett, K.A.[Modeling epidemics in seed systems and landscapes to guide management strategies: The case of sweetpotato in Northern Uganda.]Modeling epidemics in seed systems and landscapes to guide management strategies: The case of sweetpotato in Northern Uganda.

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