India is the second largest producer of cotton in
the world and farmers across the country use copious amounts of pesticides to
ensure that the production of cotton remains consistent through the years. The
harmful consequences of this have motivated a global adoption of organic
farming techniques and cotton farmers in the country have also been encouraged
towards this transition. However, this is not an easy task given the absence of
adequate knowledge of organic farming practices and the resistance of farmers
to new techniques.
Keeping this in mind, Better Cotton Initiative (BCI)
has provided a viable alternative to farmers by allowing them to transition to organic
farming techniques gradually. Although the Better Cotton Initiative (BCI) allows
for farmers to use GM seeds and partial use of certain agrochemicals, they are
more focused on regulating the social and economic repercussions of the farming
techniques by including clauses such as the prohibition on child labour. Commissioned
by the C&A Foundation and the American Institutes for Research (AIR), Outline
India conducted a study to assess the socio-economic conditions of cotton
farmers.
Cotton is a cash crop sown in the summer
(Kharif) and reaped in the winter (Rabi) season, made it imperative for the research
to be conducted only during the months of December and January. The pre-test
was conducted in the month of November following which an extensive research
was conducted in the months of December and January using both qualitative and
quantitative survey tools.
The community mapping exercise in Khargone district of
Madhya Pradesh provided some interesting insights into not only the practices
of cotton farming in India but also the challenges of conducting research in
a country as diverse as India.
Firstly,
language becomes a major point of contention. At the very onset of this
research, i.e during the pre-test, identification of villages became a major
problem. This was because the names of villages as spelt out in English did
not correspond to those written in the vernacular. This shortcoming added to
the task of locating the exact villages that matched the criteria for sampling.
Secondly, another problem that surfaced once we reached the
field for data collection was the sample. The intended sample for this project
was estimated at about 60 villages, across 3 blocks (Maheshwar, Barwaha and
Sanwad) in the Khargone district of Madhya Pradesh in India. Khargone was only
the most pragmatic choice in this case because MP is the largest cotton-producing state in the country, and Khargone, the largest cotton producing
district in it. However, once the fieldworkers reached the villages that were
listed on the sample list, there seemed to be no awareness among the farmers there.
They had no idea about the kind of farming that they were practising:
conventional, organic or better cotton. A development of this kind, at the end
of a survey, could completely ruin the entire effort put into conducting an
interview.
Thirdly,
upon reaching Khargone we realized that the list of villages was not updated
according to the latest census. This resulted in an increase of sample 60
to 114 villages. A meeting with the village Patawari in Maheshwar helped the
researchers delineate the suitable villages and procure a new list that
corresponded with the updated census and the research pre-requisites.
It is interesting to note how community mapping
exercises of this large a scope and extent bring forth the intricacies and underlying
social structures in rural India. The caste system is prevalent throughout the
country and often determines the manner in which villages are structured. The
organization of the village was such that the area atop the mountain was
inhabited by the Brahmins for them to receive natural water. Because the village
did not have a proper drainage system, the lower areas where the water would
get collected was inhabited by members of the Dalit community.
This was just one of the many interesting things
that were discovered during the course of this study which reiterated the
importance of conducting a pre-test before undertaking research of this
magnitude.
Subscribe to our newsletter