The Ministry of Awqaf and Islamic Affairs will hold Salat Al-Istisqa on 8th November in 125 mosques/Representative Image

Kuwait is set to witness a rare gathering of the faithful on 8th November, as the Ministry of Awqaf and Islamic Affairs calls on citizens and residents to participate in Salat Al-Istisqa, the prayer for rain. The ritual, deeply rooted in Islamic tradition, comes as the country faces a period of limited rainfall, highlighting both spiritual devotion and communal solidarity

The Ministry confirmed that Salat Al-Istisqa will be held simultaneously in 125 mosques across Kuwait at 10:30 a.m. local time. Acting Undersecretary Suleiman Al-Sulwailem stated that all preparations for the ritual have been completed, ensuring that worshippers can attend in an organised and dignified manner.The large-scale observance highlights the ritual’s significance, serving as both a spiritual practice and a communal expression of hope for rain.

Salat Al-Istisqa is traditionally performed during periods of drought or when rainfall is scarce. It is considered a Sunnah, a practice endorsed by Prophet Muhammad (Peace and Blessings of Allah Be Upon Him). Historically, the prayer has functioned as both a collective supplication and a reminder of human reliance on divine providence.The ritual involves congregational prayers led by an imam, seeking God’s mercy to bring rainfall. Its observance embodies faith, cultural tradition, and concern for the community’s well-being, especially in a region where water is vital for daily life and agriculture.Acting Undersecretary Al-Sulwailem urged all residents and citizens to attend the prayers, emphasising the role of Salat Al-Istisqa in uniting the community during challenging times. Participation not only affirms individual faith but also contributes to a shared, nationwide expression of hope and spiritual reflection.The Ministry’s announcement underscores the enduring relevance of Salat Al-Istisqa in Kuwait, reinforcing a centuries-old tradition while addressing contemporary concerns over water scarcity and climatic conditions.