10.7910/DVN/YWEBPKHamilton, Matthew G.Matthew G.Hamilton0000-0001-8098-8845WorldFishYeasin, MohammedMohammedYeasinWorldFishAlam, Mohamad BMohamad BAlamWorldFishAli, M.RM.RAliWorldFishFakhruddin, M.M.FakhruddinWorldFishIslam, M.MM.MIslamWorldFishBarman, Benoy KumarBenoy KumarBarman0000-0003-0554-2207WorldFishShikuku, Kelvin MashisiaKelvin MashisiaShikuku0000-0003-2290-074XWorldFishShelley, ColinColinShelleyWorldFishRossignoli, CristianoCristianoRossignoli0000-0001-8220-7360WorldFishBenzie, JohnJohnBenzie0000-0001-9599-8683WorldFishHarvard Dataverse2022Medicine, Health and Life SciencesrohuLabeo rohitaCyprinidaegenetic improvementgrowthweightgenetic gainHamilton, Matthew G.Matthew G.HamiltonWorldFishBenzie, JohnJohnBenzieWorldFishWorldFishWorldFishResilient Agrifood System-RAFS-AqFIWorldFishWorldFish2022-08-222022-09-012024-12-192020-12-20/2022-06-12Experimental data3617120.500.12348/535022442004424text/csvtext/tab-separated-values3.1Data used for analyses detailed in Hamilton MG, Yeasin M, Alam MB, Ali MR, Fakhruddin M, Islam MM, Barman BK, Shikuku KM, Shelley CC, Rossignoli CM and Benzie JAH (2022) On-farm performance of genetically-improved rohu (Labeo rohita) in Bangladesh. Front. Aquac. 1:1060335. doi: 10.3389/faquc.2022.1060335United States Agency for International Development (USAID)Mississippi State UniversityBill & Melinda Gates FoundationFeed the Future Bangladesh Aquaculture and Nutrition Activity72038818IO00002Feed the Future Innovation Lab for Fish7200AA18CA00030