Dolphin Friends Initiative

  • 25 Apr 2026

In News:

In a significant push toward community-led conservation, the Forest Department in Prayagraj has operationalized the "Dolphin Friends" (Dolphin Mitras) volunteer network. This initiative aims to safeguard the endangered Gangetic River Dolphin (Platanista gangetica) by integrating grassroots participation with formal ecological monitoring.

The "Dolphin Friends" Framework

The initiative is designed as a participatory conservation model that bridges the gap between policymakers and the local populace. By leveraging the traditional knowledge of those who live and work along the river, the project ensures a 24/7 "eyes-on-the-water" approach.

  • Core Stakeholders: The network primarily recruits fishermen and boatmen, as their daily proximity to the river makes them the most effective first responders and monitors of dolphin movement.
  • Academic Integration: To ensure scientific rigor, the network also includes research scholars and teachers who assist in data documentation and lead awareness campaigns regarding the river's ecological health.
  • Geographic Focus: Intensive surveillance is concentrated in recognized "hotspots" across the Ganga belt, including Phaphamau, Chhatnag, Meja, and stretching toward Fatehpur.

Strategic Objectives and Seasonal Monitoring

A primary goal of the Dolphin Friends network is to provide protection during the monsoon season, which is the critical breeding period for the species. During these months, surveillance is intensified to prevent human interference and ensure a safe environment for reproduction.

Beyond physical protection, the initiative focuses on:

  • Habitat Assessment: Monitoring changes in water levels and flow patterns that affect dolphin navigation.
  • Breeding Documentation: Recording sightings of calves to track the population's growth rate.
  • Public Awareness: Educating riverside communities on the importance of reducing plastic pollution and avoiding harmful fishing nets (such as monofilament nets) that lead to accidental entanglements.