Public Perception of the Impact of Climate Change on Rainfall Distribution Patterns and Agricultural Production in South-South, Nigeria

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Authors: Agnes Offiong, Ndubuisi Bassey Njorkun, Odim Otu Offem, Evelyn Ijeoma Orji, Aganyi Asu Ojong, Anthony Godwin Bullem, Etim Nkanu Efut, Emeka M. Amalu, Tpl Simon K. Ajom, Violet Oyo Ekpenyong, Lazarus Bassey Abonor, Doris Elemi Addo
+6 more Eno Donatus Uwah, Eyo Orok Edet, Otu Ikoi Ettah, Chinonso Anthony Ofozoba Ofozoba, Dorn Cklaimz Enamhe, Choice Chimaa Okaforcha
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Abstract

Background: Climate change is having a profound impact on rainfall patterns, imposing terrifying stresses on agricultural production, particularly in fragile regions like South South Nigeria. The present work examined the impacts of climate change, providing a timely analysis likely to inform adaptive strategies for farmers and policymakers amid growing climatic uncertainty. Objective: The study evaluated public perception of the impact of climate change on rainfall distribution patterns and agricultural production in the South-South, Nigeria. Method: This research employed a descriptive survey approach, drawing a random sample of 1,020 respondents, 900 crop farmers and 120 agricultural extension officers from the South-South geopolitical zone of Nigeria, which encompasses Akwa Ibom, Bayelsa, Cross River, Delta, Edo, and Rivers states. Data were gathered through a structured questionnaire and analyzed with descriptive statistics (mean and standard deviation) alongside inferential testing using the t-test. Results: The analysis identified 11 climate-related effects on rainfall patterns. Crop farmers recorded an average rating of 3.17, while extension agents averaged 3.23. The resulting p-value of 0.066 exceeded the 0.05 threshold, indicating no statistically significant difference between the two groups. A separate set of 13 climate-change impacts produced mean scores of 3.20 for farmers and 3.23 for agents, with a p-value of 0.166—again showing the difference was not significant. Conclusion: This research concluded that crop yield instability and food insecurity problems could be addressed through multidimensional interventions, including scientific investigation, policy change, and climate-resilient agriculture. Unique Contribution: This research provides empirical evidence-based mitigation measures of climate change on rainfall distribution patterns and agricultural production. Key Recommendation: The government should develop and implement climate-resilient agriculture support policies, including a climate information policy, an agricultural extension policy, and a climate-smart agriculture policy.

Fields of Study & Subjects

Climate change impacts on agriculture Medicinal Plant Studies Climate Change and Environmental Impact

Publication details

Journal / source
Ianna Journal of Interdisciplinary Studies
Publication date
1 January 2026
Language
EN