Why Bihar wants the Farakka treaty scrapped — and why it puts Govt in a bind, Pg7
Bihar's NDA government urges scrapping the 1996 Farakka treaty with Bangladesh, citing detrimental impacts, creating a diplomatic dilemma for the Centre.
Bihar's ruling National Democratic Alliance is pushing against the renewal of the 1996 India-Bangladesh Ganges Water Sharing Treaty, also known as the Farakka Treaty.
The treaty, which regulates the sharing of Ganga waters at the Farakka Barrage, is set to expire in December 2026 after a 30-year term.
Bihar argues the Farakka Barrage has caused severe siltation, elevated the riverbed, and led to floods and water scarcity in the state.
External Affairs Minister S. Jaishankar has acknowledged Bihar's concerns, emphasizing the need for "mutual interest" in neighborhood relations.
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Detailed Insights:
The Farakka Treaty was signed on December 12, 1996, between India and Bangladesh to manage Ganga water distribution during the dry season (January 1 to May 31).
The Farakka Barrage was constructed in 1975 to divert Ganga water into the Hooghly River to maintain navigability of the Kolkata Port.
Bihar's government contends that the barrage has created a "flood-and-parch" dynamic, destroying the river's natural water storage capacity upstream.
The state seeks a National Silt Management Policy and direct representation in any future diplomatic arrangements concerning the Ganga waters.
Unlike a previous 1977 temporary agreement, the 1996 treaty lacks a "minimum flow guarantee clause" for situations where total flow falls drastically.
The Centre faces a balancing act between addressing domestic concerns from an NDA ally and maintaining strategic diplomatic ties with Bangladesh.
Key Concepts Involved:
Farakka Treaty: A bilateral agreement between India and Bangladesh for sharing the Ganges River waters at the Farakka Barrage.
Farakka Barrage: A dam on the Ganges River in West Bengal, India, built to divert water into the Hooghly River.
Siltation: The process of sediment or silt accumulating in a riverbed, reducing its depth and water-carrying capacity.