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Raneri, Jessica E.Turmel, M.Zonneveld, M. vanDzomeku, B.M.Termote, C.Bellon, M.R.Chandrabalan, D.Zheng, S.Ocimati, W.Attwood, S.Staver, Charles[Agrobiodiversity 4-Cell Method: a rapid system diagnosis tool]Agrobiodiversity 4-Cell Method: a rapid system diagnosis tool

The doubling of global food demand by 2050 is driving resurgence in interventions for agricultural intensification. Globally, 700 million people are dependent on floodplain or coastal systems. Increased productivity in these aquatic agricultural systems is important for meeting current and future...


Joffre, Olivier M.Castine, S.A.Phillips, M.J.Senaratna Sellamuttu, SonaliChandrabalan, D.Cohen, P.[Increasing productivity and improving livelihoods in aquatic agricultural systems: a review of interventions]Increasing productivity and improving livelihoods in aquatic agricultural systems: a review of interventions

Raneri, Jessica E.Turmel, M.Zonneveld, M. vanDzomeku, B.M.Termote, C.Bellon, M.R.Chandrabalan, D.Zheng, S.Ocimati, W.Attwood, S.Staver, Charles[Agrobiodiversity 4-Cell Method: a rapid system diagnosis tool]Agrobiodiversity 4-Cell Method: a rapid system diagnosis tool

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