Animal feed resources information system

Diehl et al., 2013. Arq. Bras. Med. Vet. Zootec., 65 (5): 1527-1536

Document reference 
Diehl, M. S. ; Olivo, C. J. ; Agnolin, C. A. ; Bratz, V. F. ; Bem, C. M. ; Aguirre, P. F. ; Glienke, C. L. ; Correa, M. R. ; Serafim, G., 2013. Productivity of grazing systems mixed with forage legumes. Arq. Bras. Med. Vet. Zootec., 65 (5): 1527-1536
Alternative title 

Produtividade de sistemas forrageiros consorciados com leguminosas


The objective of this research was to evaluate three grazing systems (GS) with elephant grass (EG) + ryegrass (RG) + spontaneous growing species (SGS); EG + RG + SGS + forage peanut (FP); and EG + RG + SGS + red clover (RC), in order to use the area in rotational grazing during the agricultural year. EG was planted in rows with a distance of 4m between each row. In the cool-season, RG was sowed between EG rows and FP was preserved on GS. The experimental design was completely randomized with three treatments (GS), two replicates (paddocks) and independent evaluations (grazing cycles). For the evaluation lactating Holstein cows receiving 1% of BW/day feed supplement concentrate were used. The herbage mass, botanical composition of pasture, structural component of EG and stocking rate were evaluated. Eight grazing cycles were performed during the experimental period. Grazing systems involving grass and legume forage in different cycles provided the use of the area during the agricultural year in rotational grazing with dairy cattle. Considering the predominance of the evaluations in each grazing, the mixed grazing systems have better results for both forage mass and stocking rate variables.

Citation key 
Diehl et al., 2013