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In Nepal, in traditional rice farming systems many diverse landraces are grown in all of the rice agro-ecosystems from low to high altitude. Three case study sites were selected to represent the major rice agro-ecozones: Bara (100–150 m) for the low-altitude terai (plain); Kaski (700–1,206 m) for...


Bajracharya, J.Rana, R.B.Gauchan, D.Sthapit, B. R.Jarvis, Devra I.Witcombe, J.R.[Rice landrace diversity in Nepal. Socio-economic and ecological factors determining rice landrace diversity in three agro-ecozones of Nepal based on farm surveys]Rice landrace diversity in Nepal. Socio-economic and ecological factors determining rice landrace diversity in three agro-ecozones of Nepal based on farm surveys

In this chapter, we develop new indicators and statistical tests to characterize patterns of crop diversity at local scales to better understand interactions between ecological and socio-cultural functions of agroecosystems. Farms, where a large number of crops (species or landraces) is grown, ar...


Thomas, M.Verzelen, N.Barbillon, P.Coomes, O.T.Caillon, S.McKey, D.Elias, M.Garine, E.Raimond, C.Dounias, E.Jarvis, D.Wencelius, J.Leclerc, C.Labeyrie, V.Pham Hung CuongNguyen Thi Ngoc HueSthapit, B.R.Rana, R.B.Barnaud, A.Violon, C.Arias Reyes, L.M.Latournerie Moreno, L.Santis, P. deMassol, F.[A network-based method to detect patters of local crop biodiversity: validation at the species and infr-species levels]A network-based method to detect patters of local crop biodiversity: validation at the species and infr-species levels

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