Using the primary data collected for 463 farmers in six districts of Haryana, India, the present study attempts to understand the constituents of farmer's adaptive capacity at local level and how it can be enhanced. We use path analysis technique using the lavaan package in RStudio to empirically test the role of information. We find that information is a direct and significant contributor to enhancing farmers' adaptive capacity. However, even with exponential growth in use of technology, particularly information and communication technologies (ICTs), small farmers still lack access to information which hinders their capacity to respond to weather and climate risks. Thus, understanding the mechanism that can facilitate exchange and use of information by the farming community more effectively is important. We take an ensemble view of ICTs operationalized using ICT ecosystem and find significant interlinkages between information, technology and the ICT ecosystem that facilitate learning and information exchange and therefore contribute to enhancing farmers' adaptive capacity and building resilience to climate shocks. We find that ICT ecosystem does facilitate access to information and also mediate the effect of farmer's capability and willingness to use ICTs for agricultural purposes. Development of sound ICT ecosystem is likely to help farmers to better respond to changing climate in the future.
翻译:利用为印度哈里亚纳6个地区的463名农民收集的基本数据,本研究报告试图利用为463名农民收集的原始数据,了解农民适应能力在地方一级的构成要素以及如何加强这种能力。我们利用经常使用混凝土一揽子方法进行路径分析技术,从经验上检验信息的作用。我们发现,信息是提高农民适应能力的一个直接和重要贡献。然而,即使技术,特别是信息和通信技术(信通技术)的使用呈指数增长,小农仍然无法获得信息,这妨碍了农民应对天气和气候风险的能力。因此,了解能够促进农业社区更有效地交流信息和利用信息的机制非常重要。我们对利用信通技术的生态系统运用信通技术有一个共同的看法,并找到信息、技术和信通技术生态系统之间的重要联系,这有助于提高农民的适应能力和抵御气候冲击的能力。我们发现,信通技术生态系统有助于获得信息,并影响农民将信通技术用于农业目的的能力和意愿。发展健全的信通技术生态系统可能有助于农民更好地应对未来气候变化。