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The Gabgachhia village is located in the coastal region of Bangladesh’s Khulna district. The population is rising and living with high levels of poverty and food insecurity. Local resources that are not critically strained from climate change and poor resource management are few, beyond mosques, ...


Shrestha, KRahman, AKhadka, LAcharya, GaneshRayamajhi, AratiBelayat, AReza, O[Village Baseline Study: Site Analysis Report for Khulna - Morrelganj, Bangladesh]Village Baseline Study: Site Analysis Report for Khulna - Morrelganj, Bangladesh

The baseline effort consists of three components – a household survey, village study and organisational survey. The household baseline survey, a quantitative questionnaire on basic indicators of welfare, information sources, livelihood/agriculture/natural resource management strategies, needs and...


Shrestha, KSingh, YUpraity, VarshaAcharya, GaneshGharti, IKumar, S.Gunja, S[Village Baseline Study: Site Analysis Report for Vaishali, Mukundpur Village, India]Village Baseline Study: Site Analysis Report for Vaishali, Mukundpur Village, India

This is the report of the village baseline study of Madhuri Village in the CCAFS benchmark site of Rupandehi, Nepal conducted from June 5-9, 2011 to complement an earlier household baseline survey done in the same village. Madhuri is located in the fertile area of the Indo-Gangetic Plain in Nepa...


Shrestha, KAcharya, GaneshKhadka, LNeupane, PGharti, IChaudhary, N.Chaudhary, P.[Village Baseline Study: Site Analysis Report for Rupandehi, Madhuri Village, Nepal]Village Baseline Study: Site Analysis Report for Rupandehi, Madhuri Village, Nepal

International Center for Tropical Agriculture[Improved rice germplasm for Latin America and the Caribbean Annual Report 1996 Project 3]Improved rice germplasm for Latin America and the Caribbean Annual Report 1996 Project 3

International Center for Tropical Agriculture[Integrated Pest and Disease Management in major agroecosystems: Project-PE1 Annual Report 2000]Integrated Pest and Disease Management in major agroecosystems: Project-PE1 Annual Report 2000

Crop diversification has a long history in Africa, as a foundation for more resilient and sustainable farming systems. However, success has often been mixed. Variable weather and changing climate requires a focus on supporting farmer capacity to adapt and innovate. Participatory research and simu...


Snapp, Sieglinde S.Kerr, R.B.Smith, A.Ollenburger, M.H.Mhango, W.Shumba, L.Gondwe, T.N.P.Kanyama-Phiri, G.Y.[Modeling and participatory farmer-led approaches to food security in a changing world: A case study from Malawi.]Modeling and participatory farmer-led approaches to food security in a changing world: A case study from Malawi.

CGIAR Systemwide Program on Participatory Research and Gender Analysis for Technology Development and Institutional InnovationBiermayr Jenzano, PatriciaGarcía, Claudia XimenaManners, Guy[Final Report of the PRGA Program (1997–2011)]Final Report of the PRGA Program (1997–2011)

Demand for livestock products has been increasing through much of the semi-arid tropics and will likely continue to increase along with the use of purchased feedstuffs. As smallholder livestock systems evolve and become more market oriented, the type of diets fed to livestock may change and the i...


Grings, Elaine E.Tarawali, Shirley A.Blümmel, MichaelMusa, A.Fatokun, C.A.Hearne, S.Boukar, O.[Cowpea in evolving livestock systems]Cowpea in evolving livestock systems

Endrie, B.Schmitter, Petra S.Haileslassie, AmareDessalegn, YigsawChali, A.Tilahun, S.Barron, Jennie[Feeding hungry and thirsty soils increases yield and protects the environment: Some results of WFD experiments in LIVES]Feeding hungry and thirsty soils increases yield and protects the environment: Some results of WFD experiments in LIVES
Bai, K.Jarvis, Devra I.Wang, Y.Long, C.Lu, C.Zhang, E.Peng, H.Wu, J.Yang, Y.Zhang, Z.Murray, T.D.Colangeloj, P.Brown, A.H.D.[The use of crop genetic diversity as an alternative solution to pest and disease management and sustainable agriculture in Southwest of China]The use of crop genetic diversity as an alternative solution to pest and disease management and sustainable agriculture in Southwest of China

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