Analysis of the factors determining the agricultural enterprises following irrigation technologies: case study of sanliurfa, t rkiye

Nihat Kucuk1, Mustafa Hakki Aydogdu2, Mehmet Resit Sevinc2, Hatice Parlakci Dogan3, Ibrahim Yenigun4

1 Harran University, Faculty of Economics and Administrative Sciences, Osmanbey Campus, 63050, Sanliurfa, T rkiye
2 Harran University, Faculty of Agriculture, Osmanbey Campus, 63050, Sanliurfa, T rkiye
3 Ministry of Agriculture and Forestry, Aegean Agricultural Research Institute, 35660, Izmir, T rkiye
4 Harran University, Faculty of Fine Arts, Osmanbey Campus, 63050, Sanliurfa, T rkiye

Abstract


In this study, the factors that determine the probability of following improved irrigation technologies such as drip and sprinkler systems of agricultural enterprises in Harran and Yaylak irrigation areas within the scope of Sanliurfa GAP/T rkiye irrigations were examined. The research data were obtained through surveys conducted with face-to-face interviews with agricultural enterprises operating in Sanliurfa. The ordinal logit regression model which used for the analysis was significant at the p<0.01 error level. According to the results, non-farm income, membership to a producer organization, age group, and land size variables were significantly related to the potential adoption of improved irrigation technologies. Other variables, such as the education level, farm income, duration of experience, and agricultural loan use were not statistically significant. The probability the enterprises in the Yaylak area following the improved technologies was higher than that in the Harran area. That the enterprises have non-farm income negatively affected the probability of following improved irrigation technologies whereas the membership in producer organizations was found to increase the probability. There was a negative relationship between the probability and the age groups. The probability of following improved technologies was found to increase with the area of land owned by agricultural enterprises. This study thus provides a perspective for water-saving against water scarcity by increasing the marginal productivity of water, reducing the long-term average input costs of agricultural enterprises, as well as for developing new strategies and coherent policy recommendations concerning the sustainability of agricultural production.

Keywords


improved irrigation systems; GAP/T rkiye; ordinal logit analysis; sustainability; water scarcity

Full Text:

 Subscribers Only