Weather in Yavatmal

Introduction

Yavatmal, situated in the heart of India, in the western region of Maharashtra state, is a place known for its diverse weather conditions. The city experiences a tropical climate, with three significant seasons: summer, monsoon and winter. This article provides a comprehensive analysis of Yavatmal's climate and weather conditions throughout the year.

Summer (March - June)

Summer in Yavatmal is characterized by high temperatures, which may exceed 40 degrees Celsius. The heat begins to intensify from March and reaches its peak in May. Despite the high temperatures during the day, the nights tend to be cooler, providing a much-needed respite from the heat.

Table: Average Summer Temperature

Monsoon (June - September)

The monsoon season in Yavatmal begins in late June and lasts until September. This period is marked by heavy rainfall due to the southwest monsoon. The city receives an average annual rainfall of 975 mm. The temperature during this season ranges between 25°C and 30°C, making it comparatively cooler than the summer season.

Chart: Average Rainfall During Monsoon

The highest rainfall is typically recorded in July and August, with an average precipitation of 200 mm and 250 mm respectively. The rains bring relief from the scorching summer heat and transform the region into a lush green landscape. However, continuous rains may sometimes lead to waterlogging and flood-like situations in some areas.

Winter (October - February)

Winter in Yavatmal stretches from October to February. This is the most pleasant time of the year with moderate temperatures ranging from 15°C to 30°C. The nights can get relatively cooler with temperatures dropping to 10°C in December and January.

Table: Average Winter Temperature

Conclusion

In conclusion, Yavatmal's climate can be broadly classified into three seasons, each with its distinct characteristics. The city witnesses extreme temperatures in summer, heavy rainfall during monsoon, and a pleasant climate in winter. The weather conditions greatly influence the lifestyle and agricultural practices of the region. However, with the changing global climate scenario, these patterns may vary, and therefore, continuous monitoring and adaptation are crucial.