Exploring new possibilities with artificial intelligence-powered aquaculture systems in Egypt

From
WorldFish
Published on
10.03.23
Impact Area
Nutrition, health & food security

A worker feeds the Abbassa strain Nile tilapia reared in WorldFish's in-pond raceway system (IPRS) in Abbassa, Egypt. Photo by WorldFish.

Cutting-edge nanotechnology as well as information and communications technology (ICT) can be utilized to increase the efficiency of fish farming production in Egypt.
The Soybean Excellence Centrer

View original article

Related news

New project launched to tackle mastitis in smallholder dairy farms in Kenya
International Livestock Research Institute (ILRI)

14.05.25
- Health
A new three-year project has been launched to reduce mastitis cases in dairy cattle and curb…
Read more
Outlining the framework from livestock to nutrition pathways
International Livestock Research Institute (ILRI)

14.05.25
- Nutrition
- Poverty reduction, livelihoods & jobs
Animal-source foods provide important nutrients in the diet and contribute to nutrition, growth and …
Read more
Under the surface: research identifies 20,700 hectares that can produce crops in Senegal
The Alliance of Bioversity International and the International Center for Tropical Agriculture (CIAT)

13.05.25
- Nutrition, health & food security
In Senegal, water from the rainy season doesn’t fully disappear—it seeps into the clay-sandy soi…
Read more

View all

CGIAR Results Dashboard

Initiatives Dashboard

Financial Report Dashboard

Financing Plan Dashboard

Trust Fund Dashboards

Active Grants Dashboards

Workforce Dashboard

System Council Decision Register

System Board Decision Register

Exploring new possibilities with artificial intelligence-powered aquaculture systems in Egypt

Related news

New project launched to tackle mastitis in smallholder dairy farms in Kenya

Outlining the framework from livestock to nutrition pathways

Under the surface: research identifies 20,700 hectares that can produce crops in Senegal