Gender field work on “Dry-Season Irrigation for Marginal, Tenant and Women Farmers”

November 30th, 2018All Project UpdatesNo Comments

After the annual project meeting in Kolkata, Stephanie Leder, Swedish University of Agricultural Sciences (SLU) and Dipika Das, University of Southern Queensland (USQ), conducted field work in Koiladi and Khoksar Parbaha, Eastern Terai, Nepal. Stephanie conducted Focus Group Discussions (FGDs) with each of the five farmer groups as well as individual interviews and observations, applying a feminist lens on the functioning of farmer collectives and irrigation technology adoption. The outcomes for women and men within farmer collectives are ambivalent, as will be further detailed in a forthcoming article: on the one hand, several women are benefitting from project provisions such as solar irrigation technologies, agricultural and gender trainings, and seed provisions. On the other hand, the groups in Kanakpatti, in particular, have unequal power relations which threatens ‘technology grabbing’ and control over finances through private water selling by individuals which does not benefit other group members. Therefore, there is further need to strengthen institutionalization around the technologies and services provided. Regular social facilitation and monthly meeting support is still needed for the groups to function well. Similarly, documentation by project staff of market information and irrigation use need to be shared regularly with all groups as, currently, groups do not have access to this valuable information which is being collected by project staff.

Interview with women smallholder farmer in Kanakpatti village, Saptari

Dipika Das is a John Allwright PhD Fellow at USQ, who is using gender perspectives to explore women’s participation in agriculture focusing on women smallholder farmers’ bargaining power in agricultural value chains. Dipika conducted interviews with women farmers (both project participants and non-project participants) and conducted FGDs with the collective farmers group on their bargaining experience in Saptari. She is currently conducting similar studies in Madhubani sites in India.

CSIRO (Australia) will fund SLU’s student Sadiq Zafrullah to conduct master thesis research with the Bangladesh Rice Research Institute (BRRI) to follow up on Stephanie’s IWMI work on “Gendered groundwater technology adoption in Northwestern Bangladesh” in spring

After a FGD with a female collective farmer group

DSI4MTF-SIAGI Meeting

November 29th, 2018All Project UpdatesNo Comments

Useful meetings were held on 16 November 2018 between Mohammed Mainuddin, Michael Scobie and Erik Schmidt and members of the SIAGI team in Brisbane. DSI4MTF and SIAGI (“Promoting socially inclusive and sustainable agricultural intensification in West Bengal and Bangladesh”) have been working closely in West Bengal, where CDHI have a role in both projects.

The purpose of the meeting was to share progress and look at potential areas where we could work more closely in an extension period of DSI4MTF, planned for July 2019 to June 2020.

The diagram below, shared by the SIAGI team, illustrates the integrated assessment approach they are adopting. We discussed overlapping areas of DSI4MTF activity, in improved water management and access, agricultural inputs, production and income generation, and associated supply chain constraints. These activities are leading to better outcomes for our collectives. The importance of the human dimension, and ethical engagement, was a key discussion point.

Our research on smart irrigation practices and improved monitoring of water resources, using Apps, was discussed. Results from the DSI4MTF West Bengal team (UBKV and CDHI), presented at our Kolkata meeting, were shared.

We see good opportunities to work together from June 2019 to June 2020 in further collaborative work, including:

  • Impact on groundwater extraction using modelling (A proposal being developed by Mohammed Mainudddin);
  • Strengthening of collectives as institutions and integration into the value chains;
  • Scale out opportunities for climate smart irrigation.