This study examined the impacts of rising temperatures on integrated rice- fish farming systems in Amuria District, Eastern Uganda. Specifically, it assessed farmers’ perceptions of temperature increases, the adaptive strategies employed, and the im...
This study examined the impacts of rising temperatures on integrated rice- fish farming systems in Amuria District, Eastern Uganda. Specifically, it assessed farmers’ perceptions of temperature increases, the adaptive strategies employed, and the implications for household food security. A descriptive research design was employed, incorporating both probability and non-probability sampling techniques. Data were gathered via structured questionnaires and analyzed with Microsoft Excel, employing descriptive statistics, including tables and bar graphs for result presentation. Findings revealed that farmers unanimously acknowledged a steady rise in temperatures over recent years, which has adversely affected integrated rice-fish systems, leading to reduced rice yields and decreased fish survival rates. Furthermore, the study established that rising temperatures negatively influence household food security, as many farmers reported increased reliance on market purchases due to diminished household food supplies.