There are probably as many different types of farms as there are farmers. This presents agricultural researchers and rural planners with a challenge: If they want to find out how best to make farming more sustainable and profitable, they need to pin down the factors that make some farms more viable than others.
The issue is addressed in a study by a group of researchers of CGIAR research centres, appearing in the journal Ecological Indicators, which explores methods to categorise farms and their relative sustainability in two semi-arid districts of the Indian state of Andhra Pradesh (AP).
The research team wanted to find out if the farms were economically, socially and environmentally sustainable. They looked at the various relevant factors and came up with five distinct farm types, each with markedly different farming systems and prospects.
The majority of the just over 500 farms surveyed (>70%) in the study area were small in size but had an extensive range of inputs. About 20 per cent of the farms were irrigation based and intensive. Relatively fewer farmers were either marginal (i.e. with less land than the “small” category) and off-farm based; or small and medium and off-farm based or irrigation based and semi-intensive.
“By combining these as sustainability indicators into indices and linking that with the five farm categories, we established that the sustainability of each farm group relative to the others can be quite different,” said lead author Amare Haileslassie, a scientist at the International Water Management Institute (IWMI) in Addis Ababa/Ethiopia. “We think that these groupings will give us new insights into how to tailor intervention to farm type and make small farms more viable.”
One striking conclusion that emerged was that more than 90 per cent of farms were classified as belonging to the economically less sustainable farm types.
“This is very worrying,” says Haileslassie. “There was also a clear link between economic performance and environmental sustainability. This suggests the need to elevate the economic performance of farms and at the same time build their capacity to invest in the environment. These results will be useful for policy-makers to help plan what technological interventions are most appropriate, and create a baseline to evaluate sustainability performance over time.”
Making water work for farmers
One clear outcome was that farm households having access to irrigation showed significantly higher values on the sustainability indices. Access to water and its improved management also emerged as one of the key variables determining farm sustainability in these drylands. Given the importance of short term economic gain for smallholders, this is a key issue to address first.
“We hope we have demonstrated that economic development and environmental protection are not necessarily mutually exclusive,” says Haileslassie. “Policy measures that elevate the economic performance of farms and at the same time enable them to invest in the environment could be highly beneficial for these dryland farmers.”
Reference:“Empirical evaluation of sustainability of divergent farms in the dryland farming systems of India” Amare Haileslassie , Peter Craufurd, Ramilan Thiagarajah, ShalanderKumar, Anthony Whitbread, Abhishek Rathor, Michael Blummel, Polly Ericsson, Krishna Reddy Kakumanu
More information: sciencedirect