Barind tract: Bed planting technology is being promoted in the region, including its vast Barind tract, to make farming more efficient and climate-resilient. It improves soil and water management, leads to better fertilizer and seed utilization, and helps protect crops from pests and lodging. This ultimately increases yields, benefiting small farmers.
According to Bangladesh Sangbad Sangstha, Principal Scientific Officer at Soil Resource Development Institute Dr. Nurul Islam highlighted how bed-planting technology reduces cultivation time and costs significantly compared to conventional methods. He explained that a bed planter attached to a two-wheel tractor performs multiple tasks in a single pass, including soil tillage, bed formation, fertilizer application, and seed sowing. This method creates raised beds, improving water distribution and ventilation, thereby preventing waterlogging. Farmers can achieve better results with fertilizer and seed use, saving up to 30 to 40 percent on these inputs.
By reducing the number of tillage passes, bed planting significantly cuts down on fuel and labor costs. The bed structure acts as a natural barrier against pests and weeds. Dr. Nurul noted that the technology helps protect crops from damage caused by excessive water, wind, and vertebrate pests, making agriculture more resilient to climate variability.
Shimul Islam, a farmer from Godagari in the district, mentioned that the bed-planting technology has already started transforming conventional agriculture into climate-resilient farming in the region. The newly introduced method makes cultivation easier and less expensive, promoting smart farming in the country. Since seeding and fertilizing are completed in one round through the machine, the fertilizer is placed closely and systematically beside the seeds, resulting in good crop yields.
Dr. Nurul further explained that the technology-based cultivation system efficiently manages wind and water, which helps boost crop production. Shimul added that bed planting technology contributes to the timely and efficient growth of crops with fewer rounds of soil work, reducing vulnerability to natural calamities. The bed formation also acts as a barrier, protecting crops from vertebrate pests and weeds.
Senior Scientific Officer of Bangladesh Agricultural Research Institute (BARI) Dr. Shakhawat Hossain stated that a groundbreaking agricultural revolution is underway in the region through the innovative bed planting technology. It is a smart method as it does not require any separate equipment, meaning that a single round of bed planting is sufficient, curtailing the need for separate seeding and fertilizing. In this method, the machine features two types of furrow openers at the rear-one for seeds and the other for fertilizer-maintaining specific distances for optimal growth.
Dr. Hossain mentioned that they have generated local service providers by distributing bed planters for bed planting operations with project interventions. They are also enhancing the skills, marketing expertise, and behavioral changes of the local service providers. "Some of them have gained expertise even from outside the country. As a result, the service initiatives have positively inspired the local entrepreneurs," he said. This year, they have provided technological support to 200 marginalized farmers, including 60 females, as demand for the service providers is gradually increasing in the region.
To manage the workload efficiently, local service providers are distributing some of the workloads to their assistant bed planters. The technology ensures a more sustainable approach to agriculture and lights up the faces of resilient farmers persevering against the odds. Its success has sparked growing interest among the local community, highlighting its potential as a solution to longstanding agricultural challenges. With this breakthrough, farmers in this region are not only adapting to climate change but also enhancing crop yield and sustainability, Dr. Hossain concluded.