Rajasthan High Court Mandates Removal of Stray Dogs and Animals
- August 12, 2025
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The Rajasthan High Court has issued a directive to municipal bodies to remove stray dogs and other animals from city roads, ensuring minimal physical harm. This decision follows a Supreme Court order mandating the removal of stray dogs from Delhi-NCR due to repeated dog bite incidents leading to fatalities. The directive extends to Noida, Gurugram, and Ghaziabad, highlighting the urgent need for action against the stray animal menace.
The court’s decision came in response to a suo motu plea addressing the increasing incidents of dog bites and the threat posed by stray animals in Rajasthan. The court emphasized that any interference with municipal efforts to remove these animals will result in legal action. Municipal officials have been empowered to file First Information Reports (FIRs) against individuals obstructing their duties.
A division bench comprising Justice Kuldeep Mathur and Justice Ravi Chirania instructed municipal bodies to conduct a special drive for removing stray animals from public spaces. The court stressed that any obstruction by individuals or groups would lead to appropriate legal measures under municipal laws.
The Jodhpur Municipal Corporation has been specifically tasked with removing stray animals from high-traffic areas like AIIMS Jodhpur and the district court. Additionally, the National Highways Authority and State Highways Authority have been directed to ensure unobstructed vehicular movement on highways through regular patrolling.
The court has urged municipal corporations to provide contact numbers or email addresses for citizens to report stray animal issues. It also advised that feeding of stray animals should occur at designated shelters or cattle ponds, respecting public safety and sentiment.
The Additional Advocate General is required to submit a detailed report on the condition of dog shelters and cattle ponds by September 8. This report will inform further court proceedings on managing stray animal populations effectively.