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Öborn, IngridVanlauwe, BernardAtta-Krah, KwesiThomas, R.Phillips, M.Schut, Marc[Integrated systems research for sustainable intensification of smallholder agriculture]Integrated systems research for sustainable intensification of smallholder agriculture
To Thi Thu HaSchreinemachers, P.Beed, Fen D.Jaw-Fen WangNguyen Thi Tan LocLe Thi ThuyDang Thi VanSrinivasan, R.Hanson, P.Afari-Sefa, Victor[Sustainable intensification of smallholder agriculture in Northwest Vietnam: Exploring the potential of integrating vegetables]Sustainable intensification of smallholder agriculture in Northwest Vietnam: Exploring the potential of integrating vegetables
Mutemi, M.Njenga, M.Lamond, G.Kuria, A.Öborn, IngridMuriuki, J.Sinclair, Fergus L.[Using local knowledge to understand challenges and opportunities for enhancing agricultural productivity in Western Kenya]Using local knowledge to understand challenges and opportunities for enhancing agricultural productivity in Western Kenya
Woomer, P.L.Omondi, B.Kaleha, C.Chamwada, M.[Improved grain legumes for smallholder maize-based systems in Western Kenya]Improved grain legumes for smallholder maize-based systems in Western Kenya
Chiwona-Karltun, L.Hambraeus, L.Bellin-Sesay, F.[Balancing agri-food systems for optimal global nutrition transition]Balancing agri-food systems for optimal global nutrition transition

Attwood, S.Estrada Carmona, NataliaDeClerck, Fabrice A.J.Wood, S.Beggi, F.Gauchan, D.Bai, K.Zonneveld, M. van[Using biodiversity to provide multiple services in sustainable farming systems]Using biodiversity to provide multiple services in sustainable farming systems
Timler, Carl J.Michalscheck, MirjaÁlvarez, S.Descheemaeker, KatrienGroot, Jeroen C.J.[Exploring options for sustainable intensification through legume integration in different farm types in eastern Zambia]Exploring options for sustainable intensification through legume integration in different farm types in eastern Zambia
Saruchera, D.Lautze, JonathanMwale, J.Chikozho, C.Shela, O. N.[Transboundary water cooperation: taking stock and looking forward]Transboundary water cooperation: taking stock and looking forward

Climate-smart agriculture (CSA) has three goals—productivity, resilience and mitigation. Rarely are these accounted for in CSA programming or the scientific evidence that supports it. Here, we evaluate the climate smartness of CSA-based agroforestry practices in Tabora and Dodoma, Tanzania using ...


Kimaro, Anthony A.Sererya, Ogossy G.Matata, PeterUckert, GötzHafner, JohanesGraef, FriederSieber, StefanRosenstock, Todd S.[Understanding the multidimensionality of climate-smartness: Examples from agroforestry in Tanzania]Understanding the multidimensionality of climate-smartness: Examples from agroforestry in Tanzania

The key hypotheses underlying ASB research in Indonesia has been intensifying land use as an alternative to slash and burn can simultaneously reduce deforestation and reduce poverty. The intensification hypothesis hinges on the existence of opportunities to raise the productivity of smallholder s...


Tomich, Thomas P.Noordwijk, Meine vanBudidarsono, S.Gillison, A.N.Kusumanto, T.Murdiyarso, DanielStolle, F.Fagi, A.M.[Agricultural intensification, deforestation, and the environment: assessing tradeoffs in Sumatra, Indonesia]Agricultural intensification, deforestation, and the environment: assessing tradeoffs in Sumatra, Indonesia

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