Change and diversity in smallholder rice-fish systems: Recent evidence and policy lessons from Bangladesh

Efforts to unlock the genetic potential of both rice and fish, when combined with improvements in the management of rice-fish systems, can potentially increase agricultural productivity and food security in some of the poorest and most populous countries in Asia. In Bangladesh, estimates suggest that the country’s potential rice-fish production system encompasses 2–3 million hectares of land.

CGIAR Research Program on Aquatic Agricultural Systems Roll-Out Handbook. Ver. 1.0. May, 2012

This handbook is a guide to procedures and practices that should be observed during hub roll-out by the teams coordinating the planning, implementation and reporting of the activities of the CGIAR Research Program on Aquatic Agricultural Systems (AAS-CRP). Given that the program promises to change the way research in development is planned, implemented and reported, it is important that similar practices be observed from the start. This will assist later cross-hub comparisons.

Can aquaculture benefit the extreme poor? A case study of landless and socially marginalized Adivasi (ethnic) communities in Bangladesh

The Adivasi Fisheries Project, aimed at diversifying livelihood options for resource-poor Adivasi (ethnic) communities in the North and Northwest of Bangladesh, was implemented during 2007–9. Aquaculture and related technologies were introduced to a total of 3,594 resource-poor Adivasi households. Baseline and end-line surveys were applied to assess the changes in their livelihoods following intervention.

Building coalitions, creating change: An agenda for gender transformative research in agricultural development

The CGIAR Research Program on Aquatic Agricultural Systems (AAS) has developed its Gender Research in Development Strategy centered on a transformative approach. Translating this strategy into actual research and development practice poses a considerable challenge, as not much (documented) experience exists in the agricultural sector to draw on, and significant innovation is required. A process of transformative change requires reflecting on multiple facets and dimensions simultaneously.

Assessment of capabilities, needs of communities, opportunities and limitations of weather forecasting for coastal regions of Bangladesh

This report is intended to provide a range of background material in relation to Bangladesh and weather event forecasting, forecast information dissemination, and the implications of weather events and forecasting for communities and their livelihoods. It identifies where institutional efforts and funds have been, and are presently being focused, and ultimately makes some recommendations about CCAFS and WorldFish potential involvement/investment in these areas.

Annual report

The program on aquatic agricultural systems (AAS) aims to change the way the CGIAR engages with aquatic agricultural systems and the poor and vulnerable communities who depend upon them.

Analysis of bio-resource utilization in integrated agriculture-aquaculture farming systems in Zomba District, Southern Malawi

A bio-resource flow analysis using participatory resource mapping was conducted in Chingale Area, west of Zomba District in southern Malawi. The analysis was aimed at providing the basis for designing an integrated agriculture-aquaculture system that would optimize utilization of on-farm resources for a cost effective aquaculture production system. Results showed that Chingale has over 18 crop species and five animal species that have potential for integration into the farming system.

AAS 2013 Annual report

The CGIAR Research Program on Aquatic Agricultural Systems (AAS) takes an innovative approach to improving the lives of poor and vulnerable rural households. It aims to directly benefit some 6 million people (in Asia’s mega deltas, the island systems of the Pacific and Southeast Asia, and Africa’s inland waters), and through scaling with partners to reach 15 million more. By sharing its learning, the program aims to extend the benefits of its approaches to many more people living in other complex systems.

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