Alternativas de alimentación con ensilaje de rastrojo de maíz y residuos de cosecha de caña de azúcar para vacas en producción de leche en el Trópico

The present essay dealt with feeding alternatives with corn stubble silage and sugarcane harvest residues for cows in milk production in the Tropics. For the preparation of this document, information was collected from texts, magazines, congresses, seminars, presentations, virtual libraries and scie...

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Sábháilte in:
Sonraí bibleagrafaíochta
Príomhchruthaitheoir: Peña Alvarado, Kevin Xavier (author)
Formáid: bachelorThesis
Foilsithe / Cruthaithe: 2022
Ábhair:
Rochtain ar líne:http://dspace.utb.edu.ec/handle/49000/11400
Clibeanna: Cuir clib leis
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Achoimre:The present essay dealt with feeding alternatives with corn stubble silage and sugarcane harvest residues for cows in milk production in the Tropics. For the preparation of this document, information was collected from texts, magazines, congresses, seminars, presentations, virtual libraries and scientific articles of high scientific rigor. The research obtained was summarized and analyzed based on the different feeding alternatives with corn stover silage and sugarcane by-products for cows in milk production in the Tropics. The agricultural sector is one of the most likely to suffer the effects of climate variability, especially in periods of drought. Among the benefits, it is determined that sugar cane is a crop with great potential for productive diversification, including its ability to produce fodder and other useful products in animal feed. It can be used to feed dairy cattle in combination with other feed supplements including high protein grains. Corn residue is composed of Cellulose/glucan (37.4%), Xylan (21.1%), Arabic (2.9%), Mannan (1.6%), Galactan (2.0%), Lignin (18.0%), Ash (5.2%), Acetate (2.9% and Protein (3.1%), being considered an alternative for cows in milk production. Corn stubble silage contains 36.4% of dry matter, 8.8% of total protein, 69.0% of neutral detergent fiber and 2.1 Mcal/Kg of metabolizable energy.