Socio-economic profile and attitudinal analysis of farmers towards organic farming

Introduction

Today, organic farming is practiced worldwide and has grown into a multibillion-dollar industry. It is often seen as a key strategy in addressing global food security challenges while reducing the negative impacts of agriculture on the environment. Despite its growth, the debate over the efficiency and scalability of organic farming continues. Proponents argue that it offers long-term benefits for soil health and ecosystems, while critics raise concerns about lower productivity and higher costs compared to conventional farming. Modern agriculture represents a relatively new phenomenon that relies heavily on artificial chemical inputs, monocultures, and intensive farming techniques. Concerning the environment and human health, there is a need for understanding on the production, sale, and consumption of organic foods. It also shows a desire to improve interactions within communities and communities at large. The organic movement will further help to reflect a return to values of handmade quality, accountability and a refined holistic aesthetic. Due to increased consumer awareness and health consciousness and rapid growth of organic food markets nationwide, a concept of organic farming is to be developed in our state too. A number of surveys and research projects have looked at and contrasted conventional and organic agricultural practices. According to the majority of these surveys, organic farming is less harmful for the following reasons:  Synthetic pesticides, some of which may be harmful to the surrounding soil, water, and aquatic and terrestrial wildlife, are not used on organic farms.  Organic farms are more effective than conventional farms at sustaining diverse ecosystems, which include populations of plants, insects, and animals.  Organic farms consume less energy and produce less waste, such as chemical packing materials, as measured by area or yield.

Organic farming became internationally recognized as a viable alternative to conventional farming. Consumers' rising awareness of health and environmental degradation is resulting in a preference and demand for organic foods, and as a result, organic produce is fetching substantially higher costs in the markets of the United States, Europe, and Japan. The economic condition of people in countries such as India is largely dependent on agricultural productivity. Given the importance of organic farming in the farmer's economy, development agencies have stepped forward to promote organic farming on farmers' fields. Despite all efforts, there appears to be a significant gap between organic farming technology available and its acceptance in farmer fields.

Knowledge is seen as one of the most significant determinants of human behaviour, which encourages farmers to adopt new technologies provided they have a clear grasp of the need for enhanced organic farming practices. In this context, knowledge is defined as the amount of information that farmers are aware towards regarding currently recommended practices. Adoption is www.extensionjournal.com defined as the amount of recommended technology that farmers are actually using in the field. The extension education system has a clear understanding of how important it is for the organic farming community to embrace innovative technology and they cite scientific thinking and current technological awareness as key factors. This research has been designed to investigate farmers' awareness, adoption extent and attitudes regarding organic farming.

Research Methodology

This study employed a descriptive research design to examine the socio-economic profile and attitudinal analysis of farmers towards organic farming. The research was conducted in Chitrakoot district of Uttar Pradesh, known for its agricultural diversity and rural significance. The district comprises five blocks-Manikpur, Karwi, Pahadi, Ramnagar, and Mau-from which five villages were randomly selected per block, totaling 25 villages. A sample of 250 farmers was chosen through simple random sampling to ensure an unbiased representation of different farming experiences and perspectives. Data were collected using a structured questionnaire with both open-ended and closedended questions, designed to assess farmers' socio-economic conditions and attitudes towards organic farming. The collected data were analyzed using descriptive statistical techniques, including mean scores, frequency distributions, and percentage analysis. farmers' attitudes were measured using a Likert scale, providing a structured evaluation of their perceptions towards organic farming. This systematic methodology facilitated a comprehensive understanding of the socio-economic factors influencing organic farming adoption, paving the way for targeted strategies and policy recommendations to promote sustainable agricultural practices. The above Table 1 indicates that the majority of respondents (58%) belonged to the middle age group (35-58 years), followed by 23.6% in the older age group (58 years and above) and 18.4% in the young age group (up to 34 years).

Results and Discussion

Socio-Economic Profile of the respondent Age composition

The ages of the selected respondents ranged from 25 to 80 years, with a mean age of 46.95 years. This finding aligns with Savitha (2009) [7] , who also reported that most respondents were in the middle age category. This distribution is most likely due to the fact that most middle-aged people were more eager and dynamic when engaging in various socioeconomic activities in general and organic farming in particular. The Table 2 indicates that the majority of respondents (88.8%) were literate, while 11.2% were illiterate. The educational levels of the respondents, listed in descending order, were as follows: 24.8% had intermediate education, 23.2% were graduates or postgraduates, 17.2% completed middle school, 15.6% attended high school, and 8.0% had primary school education. This indicates that the educational qualifications of the respondents were notably higher than the average literacy rates of both the state and the country. "Asih (2008) [2] reported similar findings, reinforcing the validity of these observations across multiple studies." The Table 3 indicates that the majority of respondents (91.6%) were married, while 8.4% were unmarried. "Malkanthi (2020) [4] reported similar findings, noting that the majority of participants were married." Table 4 indicates that the majority of respondents (52.4%) belonged to other backward castes, followed by the general caste (36%) and the Scheduled caste category (11.6%). Therefore, it can be concluded that individuals from other backward castes were predominantly involved in organic farming in the study area. "The outcomes of this study are similar to those reported by Singh and George (2012) [8] ." www.extensionjournal.com The Table 5 indicates that joint families outnumber nuclear families. Specifically, 53.6% of respondents belonged to joint families, while 46.4% were part of nuclear families. This suggests that the joint family system is predominant in the study area. "The results of this study correspond with the findings of Singh et al. (2018). [10] " The Table 6 indicates that the largest proportion of respondents (75.6%) belonged to the medium category, which includes families with 4-10 members. This is followed by 14.8% of respondents in the category of families with 9 or more members and 7.2% in the category with up to 4 members. The average family size was found to be 6 members, with a range from a minimum of 3 to a maximum of 15 members. This trend may be attributed to the prevalence of the nuclear family system in the study area. "Similar results were observed by Parmar and Sharma (2014) [5] ". Table 7 indicates that 39.2% of respondents fell into the semi-medium category, owning between 2 to 4 hectares of land. Additionally, the distribution of respondents among other categories was as follows: 28% were medium farmers, 17.2% were small farmers, 8.8% were marginal farmers, and 3.6% were large farmers. The average landholding size was found to be between 2 to 4 hectares, with a minimum of 0.5 hectares and a maximum of 15 hectares. Thus, it can be concluded that semi-medium and medium farmers predominantly populate the study area, which may be attributed to family fragmentation. "The results reported by Anup et al. (2010) [1] reflect similar trends." The Table 8 clearly indicates that among the 14 statements assessing attitudes toward organic farming, the majority of respondents exhibited an agreement with organic farming, reflected by a total mean score of 289.42. This was followed by those who strongly agreed (mean score of 221.85), maintained a neutral attitude (177), disagreed (167.21), and strongly disagreed (52). Therefore, it can be concluded that the majority of respondents demonstrated either an agreement or strong agreement regarding organic farming.

Education

Marital status

Caste category

Type of family

Size of family

Size of land holding

Attitude of the farmers towards organic farming

Farmers' attitudes toward organic farming practices: The Table 9 illustrates the attitudes of respondents toward organic farming practices. It is evident that the largest proportion of respondents (31.89%) fell into the "Agree" category, followed by those who "Strongly Agree" (24.44%), were "Neutral" (19.50%), "Disagree" (18.42%), and "Strongly Disagree" (5.73%). This indicates that the majority of respondents hold a positive attitude and show interest in organic farming practices.

Conclusion

The study on the Socio-Economic Profile and Attitudinal Analysis of Farmers towards Organic Farming highlights critical insights into the demographics, perceptions, and challenges associated with organic farming adoption in Chitrakoot district of Uttar Pradesh. The findings reveal that middle-aged farmers (35-58 years) constitute the majority of the farming population, and a significant proportion is literate, which positively influences their willingness to explore organic farming. The dominance of joint families and medium-sized landholdings suggests that collective decision-making plays a crucial role in adopting new agricultural practices. The attitudinal analysis indicates that most farmers hold a positive perception towards organic farming, recognizing its benefits in soil health, sustainability, and long-term profitability. However, concerns regarding labor intensity, economic feasibility, and productivity limitations still persist, acting as barriers to widespread adoption. The study emphasizes the need for enhanced extension services, awareness programs, and financial support to bridge the gap between organic farming knowledge and its practical implementation. Targeted policy interventions, training programs, and market linkages can further encourage farmers to transition towards organic farming, ensuring sustainable agricultural development and environmental conservation in the region.

References

1. Anup U, Ahmed T, Singh AK. Evaluation of farmers field school on All India Radio about organic farming. J Commun Stud. 2010;27:377-421.
2. Asih F. Development of organic rice farming in a rural area, Bantul Regency, Yogyakarta Special Region Province, Indonesia. J Dev Sustain Agric. 2008;3:135148.
3. Chandhana B, Sashikala G, Reddy BKK, Madhavi K, Sudharani Smt K, Sadhineni SNM. A study on knowledge level and attitude of farmers towards organic farming in Ananthapuramu District, Andhra Pradesh, India. Int J Environ Climate Change. 2023;13(11):1344-1349.
4. Malkanthi SHP. Farmers' attitude towards organic agriculture: A case of rural Sri Lanka. Contemp Agric. 2020;69(1-2):12-19.
5. Parmar VS, Sharma OP. Socio-personal characteristics of farm women in dairy occupation. Guj J Extn Edu. 2014;25:47-48.
6. Sarwar MG, Mondol MAS, Goswami P, Huda S. Attitude of the women farmers towards organic farming of Nilphamari district in Bangladesh. Int J Agril Res Innov Tech. 2022;12(1):174-181. https://doi.org/10.3329/ijarit.v12i1.61049.
7. Savitha B. Organic farming in Andhra Pradesh - Potential and constraints. A stakeholder analysis. PhD Thesis, Acharya N G Ranga Agricultural University, Hyderabad, India; 2009.
8. Singh, George. Organic farming: Awareness and beliefs of farmers in Uttarakhand, India. J Hum Ecol. 2012;37(2):139-149.
9. Singh A, Singh AS, Yadav B, Malik JS. Farmers' attitude towards organic farming in Uttar Pradesh. Indian J Extn Educ. 2024;60(3):33-36.
10. Singh BP, Doharey RK, Singh SN, Kumar S, Prasad HN, Verma A. Socio-economic status of vegetable growers in Bareilly district. J Pharm Phyto. 2018;7(6):632-635.