Shri Marikamba Temple, Sirsi
Shri Marikamba Temple in Sirsi, Karnataka, is a significant Shakta tradition site dedicated to the deity Marikamba, famous for its biennial fair.
Shri Marikamba Temple stands in the town of Sirsi, located in the Uttara Kannada district of Karnataka. This prominent site is dedicated to the deity Marikamba and follows the Shakta tradition. It serves as a vital spiritual center for the region, drawing devotees who seek to honor the goddess within the serene environment of Sirsi.
The temple holds a deep historical and cultural importance for the local community and the wider district. Its reputation is closely tied to the vibrant traditions observed within its precincts, reflecting the rich heritage of the Shakta faith in Karnataka. The atmosphere is one of devotion and historical continuity.
Visitors to the site encounter a place of profound significance where the deity Marikamba is worshipped. The temple architecture and the surrounding space facilitate a focused experience for those who come to offer their prayers. The site remains a focal point for the cultural life of the town.
A major event associated with this temple is the Marikamba jatre. This biennial fair is held every alternate year and is recognized as one of the largest such gatherings in the entire Uttara Kannada district. The event spans several days and attracts a large number of people from across the district and beyond to participate in the festivities.
Those planning a visit to the temple should note that the Marikamba jatre takes place every alternate year. The fair is a significant draw for visitors, transforming the town during the days it runs. It is recommended to plan trips with the biennial nature of this major festival in mind to experience the temple at its most active.
Getting there
Sirsi, Uttara Kannada district, Karnataka
- Nearest city
- Sirsi
Before you go
- Festivals
- The Marikamba jatre, held every alternate year
Timings and festival dates change. Please confirm with the temple before travelling a long distance.

