Feeding Systems with Legumes to Intensify Dairy Farms - cgiar
Feeding Systems with Legumes to Intensify Dairy Farms - cgiar
Feeding Systems with Legumes to Intensify Dairy Farms - cgiar
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The third need identified in Honduras was the lack of technical<br />
assistance <strong>to</strong> produce new types of cheeses and thus diversify the market,<br />
and not so much the search for new markets for the same types of cheeses.<br />
In Nicaragua, the need was <strong>to</strong> improve the quality of cheeses produced by<br />
artisan fac<strong>to</strong>ries.<br />
Technological Implications<br />
The results of this survey have two types of technological implications<br />
for the Tropileche Consortium: animal feeding and genetic improvement of<br />
animals.<br />
Regarding animal feeding, these results suggest that an aggressive<br />
program <strong>to</strong> promote the shrub legume Cratylia argentea and sugarcane as<br />
supplements of cattle herds during the dry season would have a much<br />
higher impact than the promotion of grasses or legumes during the rainy<br />
season. This technological change would reduce the need <strong>to</strong> purchase feed<br />
concentrates <strong>to</strong> supplement the herd, thus improving the cash flow of<br />
producers and increasing milk fat content.<br />
The protein contained in milk is the main input <strong>to</strong> produce cheese. In<br />
other words, milk <strong>with</strong> higher protein content yields more cheese. It is<br />
estimated that for each 0.1% increase in protein content, cheese yield is<br />
increased by 4% (Sozzi, 1999).<br />
Therefore, the other technological implication of improving yield<br />
efficiency of cheese making is by using milk <strong>with</strong> higher protein content, and<br />
this is mainly achieved by genetic improvement of animals at the farm level<br />
by crossbreeding <strong>with</strong> cows that produce milk <strong>with</strong> higher protein content.<br />
The type of lives<strong>to</strong>ck commonly found in Honduras and Nicaragua is Zebu<br />
(Brahman). The protein content of Bos indicus breeds such as Brahman,<br />
Guzerath, and Nelore is 3.10%, <strong>with</strong> little variability among them. In Bos<br />
taurus breeds variability is greater, ranging from 3.15% for Holstein cows, <strong>to</strong><br />
3.50% for Brown Swiss cows, <strong>to</strong> 3.80% for Jersey cows (Ruiz, 1999). As a<br />
result, a genetic improvement strategy that incorporates Jersey or Brown<br />
Swiss genes in<strong>to</strong> the local Zebu gene pool would allow producers <strong>to</strong> offer<br />
artisan cheese fac<strong>to</strong>ries milk <strong>with</strong> higher protein content, provided that a<br />
transparent payment system that values milk protein exists.<br />
Conclusions<br />
Study results and the implications of this analysis led <strong>to</strong> the following<br />
conclusions:<br />
• The main buyer of the milk produced by small and medium producers in<br />
Honduras and Nicaragua is the small-scale artisan cheese industry.<br />
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