Skip to main content

Many farmers fail to harvest black lentils in Majuli, Dhemaji and Lakhimpur. Pod less plants used as fodder.

MONOJ GOGOI

 Black lentil is one of the major crops that farmers grow in the alluvial soils of Majuli, Lakhimpur and Dhemaji for additional income support and also to compensate if their main cultivation - the sali rice (plant in summer and harvest in winter) fails either due to flood or other causes. But, this harvesting season, most farmers are not harvesting black lentils as no pod found in the plants and cows are freed to eat the plants as the plants are of no use without pods.

 
                                                                Photos from Majuli

Ananta Hazarika of Garamur, Majuli who also works as temporary worker in district agriculture office told that it was surprising that the farmers in the entire Majuli district were highly affected by the failure of black lentil crop. In distress, farmers grazed cows in the fields of black lentils. Such information poured from all corners of the district, he added. Raj Kumar Chandi from Dhunaguri area of Lakhimpur district, where black lentil is grown by many farmers, said that no farmer was harvesting black lentil in his area as no pod was found in the plants. According to him the growth of the plants were quite good but farmers found that there were problems during the flowering period. He also told that he extensively interacted with farmers as an NGO worker and had come to know that this type of crop failure was happening for the first time in the area. As usual, the seeds had been bought from the local market. Bipin Doley, a youth of the area also expressed serious concern of the failure of the black lentil crop. He told that this would highly affect the income of the farmers.
                                                        Photos from Lakhimpur

The yield of black lentil is also pathetic in the district of Dhemaji, many farmers reported. In Lakhimpur district farmers from Dahgharia village Bijoy Kutum and JaharlalKutum, Babul Tayung; Bhabanath Kutum of Aunibari village and Balsing Chandi, Biren Doley and Bilash Pegu of Kalbari village lamented that they this was the first time that they could not harvest even a single pod from their farms. As they stated the soil condition in the villages were very suitable for growing this type of crop.
                                                        Photo from Lakhimpur

Jibakanta Kutum, a Panchayat president from Gangrabari village under Bihpuria revenue circle in Lakhimpur district told these types of happenings were unprecedented. "In the last harvesting season of Ahu rice (plant in winter and harvested in summer), no one from the Mising community could harvest (particularly the Mising community grows Ahu rice), I called many farmers regarding the Ahu rice but the answer was same that they couldn't find crop to harvest." He added, "The cause was the prolonged dry spell during the sowing and early growth season of the crop but the failure of black lentil is still unknown".

Comments

Popular posts from this blog

Thawing permafrost is roiling the Arctic landscape, driven by a hidden world of changes beneath the surface as the climate warms Permafrost and ice wedges have built up over millennia in the Arctic. When they thaw, they destabilize the surrounding landscape. Michael Robinson Chavez/The Washington Post via Getty Images Mark J. Lara , University of Illinois at Urbana-Champaign Across the Arctic, strange things are happening to the landscape. Massive lakes, several square miles in size, have disappeared in the span of a few days. Hillsides slump. Ice-rich ground collapses, leaving the landscape wavy where it once was flat, and in some locations creating vast fields of large, sunken polygons. It’s evidence that permafrost, the long-frozen soil below the surface, is thawing. That’s bad news for the communities built above it – and for the global climate. As an ecologist , I study these dynamic landscape interactions and have been document...

Subansiri Lower HEP will be Started to Commission from December, 2024.

MONOJ GOGOI   The 2000 MW Subansiri Lower Hydroelectric Project which construction work is undergoing at Gerukamukh ( the project site) in the West Siang of Arunachal Pradesh and Dhemaji districts Assam will be commissioned by December 2024. This was recently revealed to the media by Rajeev Kumar Vishnoi, Chairman and Managing Director (CMD) of National Hydroelectric Power Corporation (NHPC) Ltd. All the eight units, comprising 250 MW each will be commissioned by the end of 2024. This one is one of the major projects of NHPC Ltd and after completion it will add 4 percent to the total hydro power generation of India.  A file photo of the project site. Earlier several deadlines were set to complete the project but each time it failed for several reasons. If the project is finished by the end of 2024, it would take more than two decades in developing the project. Due to time overrun cost overrun also took place. The estimated cost of the project Rs 21,274....

Saving Assam's Communities: A Scientific Approach to Riverbank Erosion

MONOJ GOGOI   The riverbank erosion is one of the major problems in Assam. The riparian community in the Brahmaputra basin in Assam has been bearing the brunt of erosion for decades. They lose properties, houses, homestead land and agricultural lands to erosion. The riverbank erosion, sometimes, engulfs even an entire settlement or village and thus displaces thousands of people annually in the state. According to a report, the state has already lost more than 4.27 ha of land to the  erosion caused by the Brahmaputra and its tributaries. There is no any mantra or strategy to stop suddenly the increasing trend of the erosion but scientific studies like “Mapping riverbank erosion and assessing it's impact on socio-economy and livelihood of people in selected villages in Lakhimpur and Majuli district: A case study for sustainable policy intervention to improve disaster and climate resilience of vulnerable communities”, prepared by Partha J Das (lead author) and Arup Kr. Das (remot...