The influence of climate variability on temperature and precipitation patterns in Punjab

Abstract

This study investigates the regional variations in temperature and precipitation across Punjab, India, and explores their implications for agriculture, environmental conditions, and socio-economic development. The analysis highlights significant disparities in both maximum and minimum temperatures (Tmax and Tmin) across the state's districts. Northern regions, such as Gurdaspur and Pathankot, experience cooler temperatures, while southern districts, including Malerkotla, report notably higher Tmax values. Precipitation patterns show considerable variability, with the northern districts, like Pathankot, receiving higher rainfall, while southern areas such as Bathinda and Fazilka face lower rainfall levels, contributing to more semi-arid conditions. These findings emphasize the importance of developing region-specific agricultural strategies, particularly in the drier southern regions where efficient water management practices and irrigation systems are essential. While temperature patterns across Punjab remain relatively stable, the unpredictability of precipitation presents challenges, such as the risks of both drought and flooding. Therefore, tailored climate adaptation strategies are crucial for ensuring sustainable agricultural practices and fostering long-term socio-economic resilience across the state.