Weather in ‘Ayn ‘Īsá

Introduction

Ayn Isa, a town located in the Raqqa Governorate of Syria, is a region that presents a unique blend of climate conditions. The weather in Ayn Isa is largely influenced by its geographical location in the northern part of Syria, near the Euphrates River. Predominantly, the region features a hot desert climate (Köppen climate classification BWh), with significant variations in temperature across different times of the year. This article provides a comprehensive analysis of the climate and weather patterns in Ayn Isa, SY throughout the year.

Annual Climate Overview

In Ayn Isa, there is virtually no rainfall during the year. The region, on average, receives about 154 mm of rainfall per year, with the bulk of this precipitation falling in the winter months. The arid climate and sporadic rainfall are characteristic of the larger Raqqa Governorate.

Seasonal Weather Patterns

Winter (December - February)

"Winter in Ayn Isa is relatively mild, with average temperatures ranging from 8°C in January to 10°C in February. However, it is the wettest season, with each month receiving an average of 30mm of rainfall."

Spring (March - May)

"Spring signals a transition period in Ayn Isa. Temperatures begin to rise, reaching an average high of 26°C in May. The rainfall also decreases, with May typically receiving just 8mm."

Summer (June - August)

"Summer is characterized by scorching temperatures, often reaching up to 36°C in July and August. Rainfall is virtually non-existent during these months."

Autumn (September - November)

"Autumn witnesses a gradual drop in temperature, with November averaging at 16°C. Rainfall starts to increase, setting the stage for the wet winter season."

Conclusion

The climate in Ayn Isa, SY is marked by significant temperature fluctuations and sparse rainfall, typical of a hot desert climate. Understanding these weather patterns can assist in planning agricultural activities, tourism and other weather-dependent operations in the region. Future climate models suggest that the impact of global warming could lead to hotter summers and potentially less predictable rainfall patterns, which could further exacerbate the arid conditions in Ayn Isa.