Socioeconomic dynamics and technological integration in Punjab's farming communities: Insights from a rural survey

Introduction

India has the world's largest net cultivated land, but as the global economy increases, agriculture's part is shrinking. Since 2008-2009, the global economic slump has had an influence on all sectors of the Indian economy, with agricultural production falling behind that of developed countries. As of 2018, it employs over 50% of the workforce and accounts for 17-18% of GDP in growing nations like as India, making it a major economic stabilizer [1] . The study of socioeconomic status looks at both social and economic aspects to better understand how they interact to affect an object. The socioeconomic attributes related to population density, wealth distribution, and spending habits of residents in a given area have a significant impact on how they adapt to technological advancements and engage in development initiatives. In order to comprehend the current state of a certain area, socioeconomic analysis aims to promote socioeconomic [2] . The primary goal of socioeconomic studies of villages is to comprehend the current state of these communities with regard to their way of life, level of education, health, reliance on forests, water risks, lack of food, and general rural development. Given the current state of Indian agriculture, public extension is unable to reach millions of farmers with sufficient numbers of skilled workers to meet their complicated needs [3] . The expertise needed to meet the increasingly varied demands of farmers in beyond the scope of work for extension workers at the local level. The education of farmers is crucial in acquiring and applying knowledge of contemporary agricultural technologies to better effectively tackle difficulties unique to their area [4] . Thus, it is essential to India's economic and social development to guarantee that everyone has access to high-quality education, especially the impoverished and rural population. Punjab is a region in northwest India that is referred to as the "country of rivers". Punjab, also known as the "land of the five rivers", is one of the most fertile areas on earth Punjab State, which contributes 40% of rice and 50% to 70% of wheat, has been dubbed the "Food Basket of the Country" and the "Granary of India" for the past 20 years [5] . Socioeconomic status is the aggregate measure of an entity's social and economic standing relative to others in society. It impacts a variety of factors, including food and nutritional security, lifestyle, and resource accessibility. People's socioeconomic characteristics, demography, modes of production and investment, incomes, and spending patterns all have a significant impact on how they respond to technological progress and participate in development activities [6] . However, the lack of more trustworthy data about the socioeconomic status of the target group is one of the main barriers to the successful implementation of developmental projects. The socioeconomic status of an individual can provide insight into their health and well-being as well as their level of social integration [7] . This is accomplished by accounting for factors including basic utilities, property ownership, income, and education. Studies examining the socioeconomic status of farmers can shed light on significant concerns. Farmers must receive education in order to use modern agricultural technologies to tackle local problems. This emphasizes how important a top notch education is, especially for the rural and underprivileged populations [8] . Advancement in information and communication technology are facilitating the integration of Indian farmers, extension services, and research. Through the Rural Agricultural interact Experience (RAWE), agricultural students interact with farmer families to discover their issues, experience a natural village setting, and learn how to use various extension techniques to convey the newest agricultural technologies. The practical approach to teaching agriculture holds great potential for producing highly skilled agricultural professionals with modern perspectives and managerial capabilities [9] . Using learner centered methods like RAWE has been proven to significantly enhance the competence and confidence of agriculture graduates, contributing to the development of human resources in the agricultural education, research, and extension sectors of the nation. A survey conducted in 5 villages with a total of 120 farmers clearly indicates the significance of agriculture in sustaining these communities. According to the survey, there is a necessity for better educating the farming community about government initiatives, which can lead to improved utilization of software and enhanced farming practices. It's crucial to recognize that a lifetime of farming experience can offer valuable skills and knowledge that can be applied to modern techniques and technology [10] .

Materials and Methods

The study was done in 5 communities that were strategically chosen based on their agricultural and dairy producing activities. These communities were chosen to provide a representative sample of the local farming population while accounting for differences in socioeconomic status and farming techniques. A total 120 farmers were questioned, with the sample size chosen to present a complete picture of the farming community in the selected communities. The sample included a mix of small, medium, and large scale farmers, offering a diversified viewpoint on agricultural methods and difficulties. The major data gathering method was a structured questionnaire designed to collect both qualitative and quantitative data. The questionnaire was divided into parts that addressed the following topics: age, education, family size and landholding size, farm machinery, source of information, availability of mobile phones, internet access and agricultural social groups etc. The percentage of the given data is also provided in this research paper which calculates by using the formula:

Where, N= total number of respondents from all 5 selected villages (120 farmers), n= number of respondents from each selected village.

Results and discussion

The following data is collected from the farmers under this research conducted in 5 different villages of Rupnagar district (Punjab):

Age

Qualification:

To increase agricultural productivity, sustainability, and rural livelihoods, farmers must receive an education. Through the acquisition of knowledge on contemporary agricultural practices, resource management, climate adaptation, and market trends, farmers may make well-informed decisions that optimize soil health, increase crop yields and lower input costs. Table 2 represents that 45% farmers are metric passed which is the highest ratio than others. 37.5% respondents had completed their primary education and 8.3% farmers studied in higher secondary and out of 120 respondents only 1.7% found graduated.

Type of family

Nuclear families predominate in the farming community, making up 76.75% of all families, whereas joint families make up 23.3%. This shows that most farmers prefer smaller families, with parents and kids living together in the immediate family. Joint families, which usually consist of extended family members living together, make up a smaller number of households (Table 5).

Farm machinery status of respondents

According to fig 3, 48% of farmers own their machinery, while 39% own some equipment but some respondents relied on rental machinery like combines, Rotavator, threshers etc. Furthermore, 13% of farmers only use rented farm equipment for their farming operations. This indicates that most of the respondents prefer to buy own farm machinery and a significant portion depends on the rental machinery.

Source of information

Conclusion

The statistics obtained from five villages in Rupnagar district, Punjab, provide a thorough picture of the local farming community's socioeconomic position and agricultural methods.

The poll showed a primarily senior farming population, with a sizable majority aged 36 to 55 years, indicating a depth of experience within the community. Farmers' educational attainment varies, with the majority having finished secondary education but only a small minority holding a degree, emphasizing the importance of expanded educational opportunities to promote agricultural output and knowledge transmission. The farming experience data shows a wide range of experience levels, from less than ten years to over fifty, indicating a diverse skill set in the community. Landholding patterns are diversified, with a large number of small landowners, implying a largely small-scale agricultural environment. The preference for nuclear families over joint families reflects a trend toward closer family configurations. Farmers in the General category dominate socioeconomic classifications, with OBC and SC groups having smaller numbers. Technological adoption is noticeable, with high mobile phone ownership and widespread internet access, yet the quantity of farm machinery ownership and reliance on rentals indicates differing levels of resource availability among farmers. The sources of agricultural information point to a reliance on input dealers and a need for more effective outreach from extension agencies. Engagement with agricultural groups and extension services, such as KVKs and cooperative societies, indicates a keen interest in improving farming practices. Overall, the findings show a strong agricultural industry with great room for expansion through focused educational and technological interventions. Addressing these issues, particularly through specialized education and improved access to contemporary technologies, will be critical to increasing agricultural output and maintaining the social stability of these rural communities.

References

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