The persistent food insecurity, low crop productivity and mono-cropping under rain-fed farming practice have become the perennial challenge for the farming community of East India Plateau (EIP). Relatively new but largely practiced transplanting method of rice production has become increasingly risky in need of water for raising nursery and performing transplantation operation due to lack of irrigation and erratic nature of monsoon leaving the farmers more vulnerable. Additionally, with respect to the knowledge economy, for many, particularly women, access to knowledge is limited as is their capability to apply any new knowledge they are presented with.
This project was developed to improve the understanding of and address the above challenges to develop climate-resilient innovative cropping system on the EIP and to enhance the engagement and decision making of (women) farmers in farms, especially in research. An agricultural research for development project supported by the Australian Centre for International Agricultural Research (ACIAR) and the Department of Foreign Affairs and Trade (DFAT) was carried out in collaboration with PRADAN in the three research locations of Ramgarh, West Singhbhum and Purulia districts.
The detailed report is available. Dissemination was completed and papers are in the process of being written/published. ACIAR agreed that the project team could use these funds (no cost-extension) to conduct several ‘synthesis’ meetings in India and publish project results in relevant formats.
Smallholder farmers from three research locations as researchers, Researchers from Western Sydney University, who subsequently shifted to University of Queensland, Charles Sturt University (CSU), University of Adelaide, Bidhan Chandra Krishi Vishwavidyalaya (BCKV), World Vegetable Centre, ACWADAM, and researchers and development professionals from PRADAN.
The overall project aim was to improve livelihoods by enabling local smallholder farmers to develop flexible and responsive cropping systems that better utilise available water resources, thereby building resilience to climate change/variability at the household level. The project combined rural development objectives with agricultural research objectives to fulfil its aim.
The project being a complex one recognized the need for a plurality of methodologies which kept evolving. The project adopted a unique farmer-focused research methodology drawing complementary approaches such as Participatory Action Research (PAR), Agricultural Research for Development (AR4D), systems thinking, transdisciplinarity and collective or social learning theories.
Within the broad farmer-focused approach, appropriate methods were applied such as: groundwater research involved regular monitoring of a network of wells combined with automatic weather stations; agronomic research implemented a paired treatment experimental design; research on learning applied qualitative tools based on semi-structured interviews and focus group discussions to understand farmers’ and other stakeholders’ perspectives in depth.
Project outputs and outcomes can be placed into four broad categories:
Project impacts are long-lasting and are described in detail in the project report and the articles and papers published.
Learning, research and collaboration: challenges and opportunities
Creating space for smallholder farmer innovation: Reflections from Australian researchers