N'Dama Cattle Breed

West African N'Dama Cattle Breed

 

N’Dama is a breed of cattle from West Africa. Other known names for this breed includes Boenca or Boyenca (Guinea-Bissau), Fouta Jallon, Djallonké or Djallonké cattle, Fouta Longhorn, Fouta Malinke, Futa, Malinke, Mandingo (Liberia), and N'Dama Petite (Senegal). 

Originally from the Guinea Highlands, N’Dama cattle has spread in Senegal, the Gambia, Nigeria, Guinea Bissau, Mali, Ivory Coast, and Sierra Leon.

 

 

 

Facts, Characteristics and Adaptation of the N’Dama Cattle

1. Breed

It is considered to be a bos taurus breed, derived from the Hamitic longhorn ancestral type.

2. Management

They are mostly kept under traditional management systems especially in the Gambia. At the same time, they respond well to improved management, improved pastures and reduced trypanosomiasis risk, and can maintain levels of productivity comparable with other African beef breeds.

4. Body Structure and Size

N'Dama cattle are characterized by their small to medium size, with a typical weight range of 200 to 300 kg. They have a short, compact body, a large head, and long legs, which contribute to their ability to thrive in harsh environments. Their coat is usually light to dark brown, often with white markings.

6. Trypanotolerant 

N’Dama cattle is known for its tolerant to tsetse fly which has made them popular around the West African regions which are prone to high tsetse fly infestations. They also show resistance to ticks and the disease they carry and to Haemonchus contortus stomach worms.

One of the most notable traits of N'Dama cattle is their trypanotolerance, which allows them to survive and reproduce in areas where other cattle breeds would succumb to the disease. This trait is particularly valuable in regions where tsetse flies are prevalent, making N'Dama cattle a preferred choice for local farmers who rely on them for milk and meat production.

 

Economic Importance

N'Dama cattle are integral to the agricultural economy in West Africa. They provide milk, meat, and draught power for farming activities. Studies have shown that N'Dama cattle can be economically viable, especially when managed properly. For instance, research comparing the productive and economic performance of N'Dama cattle with Fulani Zebu and their crossbreds in southern Mali highlighted the advantages of N'Dama in terms of adaptability and disease resistance, which can lead to better overall productivity under local conditions.

 

 

Breeding and Management

Management practices for N'Dama cattle focus on sustainable grazing systems and health management strategies to minimize the risks associated with diseases. Proper nutrition and breeding strategies are essential for enhancing the performance of this breed, particularly in resource-limited settings.

Efforts to improve the productivity of N'Dama cattle include crossbreeding programs aimed at enhancing certain traits while maintaining their trypanotolerance. Crossbreeding with other breeds has shown potential benefits, such as increased birth weights and improved growth rates, which are crucial for beef production.

 Research and Development

 Ongoing research into N'Dama cattle aims to further understand their genetics, reproductive performance, and adaptability to changing environmental conditions. Studies have documented various traits, including body dimensions and growth rates, to inform breeding programs that can enhance their productivity while preserving their unique traits.

 

In conclusion, N'Dama cattle represent a vital resource for many farmers in West Africa, combining resilience to disease with economic utility. Their continued study and improvement are essential for supporting the livelihoods of those who depend on them.

 

Reference:

https://en.wikipedia.org/wiki/N%27Dama#:~:text=Originating%20in%20the%20Guinea%20highlands,%2C%20Nigeria%2C%20and%20Sierra%20Leone.



https://www.researchgate.net/publication/313105857_SUSTAINING_N%27DAMA_CATTLE_FOR_THE_RESOURCE-POOR_FARMERS_IN_THE_GAMBIA

 

https://www.lrrd.org/lrrd15/11/essi1511.htm

Back to blog