This poster, produced for the Tropentag 2016 conference, highlights a study that compared digestible organic matter (dOM) and metabolizable energy (ME) estimates of tropical feeds derived from selected equations with those determined by the in vitro gas production method.
Multi-stakeholder innovation platforms were set up at different levels as part of the milkIT project, resulting in more milk sales, more interactions and better linkages among different value chain actors in India, and, in Tanzania, access to a larger variety of better feeds. This video explains how the milkIT project worked with innovation platforms
The milkIT project hypothesis was that improvements in milk markets would lead to increased productivity by farmers. This video explains the approaches followed: linking farmers to markets (using market ‘pull’ to drive productivity increases) and farmers’ productivity increases which will attract the market to them.
The Feed Assessment Tool (FEAST) was one of the key tools used in the milkIT project to assess local feed resource availability and use, guiding targeting and appropriate intervention strategies. This video explains how FEAST was used in the project:
For better livestock production and productivity, it is essential to assess the genetic diversity of the food which is fed to livestock. One of the main food sources for livestock in East Africa is Napier grass.
Livestock productivity in Ethiopia is much lower than the existing potential due shortages of quality feed in the country. However, adopting grain legumes can help boost annual production with concomitant increase in grain legumes residues.
Increasing efficiency in livestock production and reducing the share of animal products in human consumption are two strategies to curb the adverse environmental impacts of the livestock sector.