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.
This study addresses five research questions about the nature of aquaculture development in Bangladesh. The questions are designed to test central narratives from the literature on aquaculture, poverty and food security, and to broaden the scope of debate beyond them An integrated quantitative-qualitative survey was conducted in six communities with contrasting patterns of aquaculture development.
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.
The CGIAR Research Program on Aquatic Agricultural Systems is a multi-year research initiative launched in July 2011. It is designed to pursue community-based approaches to agricultural research and development that target the poorest and most vulnerable rural households in aquatic agricultural systems. Led by WorldFish, a member of the CGIAR Consortium, the program is partnering with diverse organizations working at local, national and global levels to help achieve impacts at scale.
Aquatic Agricultural Systems (AAS) are widely distributed along the world's rivers and coasts. These are generally highly productive systems but multiple constraints limit the ability of poor smallholder families to harness this productivity in the form of improved food, nutrition and income. To help overcome these constraints and harness the full development potential of aquatic agricultural systems, a new action research program has been developed by the CGIAR. This research program brief highlights the key messages of this new initiative.
More than 700 million people depend on aquatic agricultural systems for their livelihoods. These are diverse farming systems that include a mix of cultivation, livestock, aquaculture, fishing, and gathering natural resources such as fruits, seeds, timber and wildlife. However, there are many constraints that prevent low income smallholders from fully benefitting from these naturally productive systems. The CGIAR Research Program on Aquatic Agricultural Systems starts from the premise that poverty is rarely caused solely by inadequate income or assets.
In this review we will discuss the potential for increasing production within natural lakes or manmade reservoirs based on the various enhancement concepts. Enhancements are interventions in natural aquatic resources, and combine attributes of aquaculture - intervention in the life cycle of aquatic organisms - and capture fisheries - exploitation of natural resources.
At WorldFish, we work with an extensive network of donors and partners to create change for the millions who depend on fish in the developing world. Partnerships are essential to bring technologies and innovations to scale and achieve development impact. By 2024, WorldFish and our donors and partners will improve the lives of 7 million direct beneficiaries and 23 million indirect beneficiaries.