The Teesta water dispute is a longstanding issue between India and Bangladesh. The Teesta River, which originates in the Himalayas and flows through the Indian state of Sikkim and West Bengal before entering Bangladesh, is a crucial water resource for both countries. The dispute arises mainly due to the distribution of the river’s water between India and Bangladesh.
The agreement on sharing the Teesta waters has been a moot point for several years, with both nations struggling to come to a consensus. The issue has been further aggravated by the construction of dams and hydropower projects along the upper reaches of the Teesta River by India, which has resulted in a lower flow of water downstream and affecting the ecology and the livelihoods of the people living along the banks of the river in Bangladesh.
What is the route of Tista river?
Bangladesh has long been demanding a fair share of the river’s water during the lean season, which would allow it to effectively plan its irrigation, agriculture, and flood control measures. However, India has cited domestic hydro-electric power needs to be their primary reason for retaining the water.
What are the two countries sharing the water of Teesta river?
Numerous rounds of discussions and negotiations have been held in the past, but have failed to yield a solution to the issue. The differences in the water-sharing agreement continue to remain a contentious issue between the two countries, and finding a viable solution to the problem remains critical for the socio-economic development of the regions surrounding the Teesta River.
Which river is dispute between India and Bangladesh?
Efforts have been made to work out a mutually acceptable agreement, and it is hoped that both nations can come to a fair and just resolution to the Teesta water dispute that takes into account the needs of all stakeholders. A resolution to the Teesta water dispute will go a long way in building stronger relations between the two countries, promoting regional stability and boosting economic growth in the region.