The Grand Ethiopian Renaissance Dam (GERD) has unlocked significant fish production potential, exceeding 14,000 KGs per day, according to Fasil Dawit, Head of the Fisheries Development Desk at the Ministry of Agriculture.
Despite Ethiopia’s rich fisheries resources, various challenges have hindered full utilization. However, Fasil noted that targeted efforts are now being made at the national level to overcome these obstacles, aiming to enhance productivity and maximize economic benefits.
He highlighted the ongoing progress in the sector, with the GERD emerging as a key hub for fish production. “Fish species in high demand are being harvested in abundance, with recent data showing daily yields exceeding 14,500 KGs,” he stated. He emphasized that this development plays a crucial role in advancing food self-sufficiency and supporting Ethiopia’s broader economic objectives.
The GERD’s waters host a diverse range of fish species, including the highly valued Nile Perch and ‘Korosso,’ a popular fish widely consumed in central Ethiopia. Fasil noted that these species are being harvested in large quantities, positioning the dam as a significant fisheries zone with production levels potentially surpassing other locations.
Beyond its economic impact, the sector is also creating employment opportunities. According to Bushen Fufa, a fisheries expert at the Benishangul-Gumuz Regional State Agriculture Bureau, fish production at the GERD is vital to the economic development of both the region and the country.
Currently, 64 associations have been organized in the sector, with 23 already operational, providing jobs for approximately 1,600 young people. Bushen added that ongoing efforts are being made to activate the remaining associations, ensuring that the sector reaches its full potential and contributes to regional revenue growth.
Efforts to further expand fish production include distributing fish fingerlings, facilitating fisheries in untapped water bodies, and conducting awareness campaigns to boost participation in the sector.
Source: ENA
