List of family production of GIFT G17 at Headquarters Penang
This is the list of sires (father fishes) and dams (mother fishes) that produced the GIFT generation 17at the WorldFish headquarters Penang (called G17 Penang)
This is the list of sires (father fishes) and dams (mother fishes) that produced the GIFT generation 17at the WorldFish headquarters Penang (called G17 Penang)
To be defined*
Nigeria is the largest fish producer in Sub-Sahara Africa. Fish plays crucial role to support fish producers and post-farm gate value chain actors’ livelihood. Despite the virtues of aquaculture and fisheries sub-sectors to enhance value chain actors livelihood, major gaps exist related to fish value chain efficiencies, including financial performance of post-farmgate actors, gender-disaggregated data on value chain actors, the roles of women and youth in fish trade, and post-farmgate food safety practices.
DArTseq silicoDArT (Report_DCar17-2543_DCar16-2266_SilicoDArT_1.csv) and Single Nucleotide Polymorphism (SNP) markers (Report_DCar17-2543_DCar16-2266_SNP_singlerow_2.csv). Metadata produced by DArT is provided (Report_DCar17-2543_DCar16-2266_metadata.xlsx). The source of samples is detailed in Silver_carp_sampling_data_2.cs
200 European sea bass from three wild populations, Atlantic , West Mediterranean and East Mediterranean, were reared individually at two temperatures, 18°C and 24°C. Their bodyweight gain and feed intake were measured at six different feeding rates, from ad libitum down to fasting.
List of Generation 3 WorldFish Rohu Genetic Improvement Program families produced in 2020
This is the list of GIFT G18 families produced at Jitra in 2020
ONT bacterial samples metadata, DNA quantification, sequencing info run002+run007+run008
This dataset collected qualitative dietary information, with a focus on fish, from over 700 households across nine states in Nigeria. Household members interviewed included men, women, and the caretaker of a child under two.
Aim: Variations in catch per unit effort (CPUE) of hilsa (Tenualosa ilisha ) at different habitats (sanctuaries) of Bangladesh waters were observed to understand whether CPUE variations were due to differences in habitat complexity, environmental factors or both. Methodology: CPUE of hilsa data were collected from five different habitats in Bangladesh waters between July 2015 and June 2016. Various physico-chemical parameters were measured monthly and then examined for any relationship to CPUE.