Comparative Feeding Practices in Specialized Dairy Farms in Gujarat Regions

Author(s):  
Dhruvkumar Gadhavi ◽  
Lalitchandra Sorathiya ◽  
Aksheshkumar Rathva
2012 ◽  
Vol 171 (12) ◽  
pp. 296-296 ◽  
Author(s):  
L. A. Brunton ◽  
D. Duncan ◽  
N. G. Coldham ◽  
L. C. Snow ◽  
J. R. Jones

2007 ◽  
Vol 47 (5) ◽  
pp. 509 ◽  
Author(s):  
G. P. Walker ◽  
R. Williams ◽  
P. T. Doyle ◽  
F. R. Dunshea

A study of irrigated pasture-based commercial dairy farms that made use of split calving (two distinct periods of calving; autumn and spring) was undertaken between April 2001 and March 2002 in northern Victoria, to examine associations between herd nutrition, time of year and season of calving and the production and composition of milk. On average, herds that had access to higher digestibility pasture or were fed more cereal grain-based concentrates produced more milk. However, the average marginal yield of 4% fat corrected milk/kg cereal grain-based concentrates was less than responses achieved under experimental conditions in northern Victoria. Herds that calved in autumn had different production characteristics to those that calved in spring, in that they did not show an early lactation peak in milk yield and produced milk with lower average concentrations of crude protein, casein and fat. Despite this, herds that calved in autumn had greater persistency of milk yield in mid to late lactation, when they tended to be better fed on pasture, so that yields of milk solids over a notional 310-day lactation were similar for both calving groups (523 v. 529 kg fat + protein; autumn v. spring, respectively), but herds that calved in autumn produced milk with a lower potential to yield cheddar cheese (10.2 v. 10.6 kg cheese/100 kg milk; P < 0.01). Farms that produced milk in the lowest quartile for potential to yield cheddar cheese differed from the top quartile in that they: (i) milked fewer cows (175 v. 250); (ii) fed less supplements (5.6 v. 9.4 kg DM/cow.day); (iii) walked their herds shorter distances between pasture and the dairy (2.2 v. 3.2 km/day); (iv) allocated lower herbage allowances (33 v. 43 kg DM/cow.day); and (v) grazed pastures at a mass low enough to have restricted pasture intake (< 3 t DM/ha), about twice the frequency of farms (0.40 v. 0.17) in the top quartile. Greater productivity of the dairy industry in northern Victoria could be achieved through better grazing and pasture management and supplementary feeding practices on farms.


Author(s):  
Silvia Situma ◽  
George K. Gitau ◽  
John VanLeeuwen ◽  
Charles M. Mulei ◽  
Dr. Peter Kimeli

The objective of this study was to assess potential impact of selected enhanced feeding practices on growth of smallholder dairy calves. In the period between May and August 2012, 36 privately owned Kenyan smallholder dairy farms with new-born calves were purposively selected to participate in a randomized control trial. The calves were randomly allocated to one of nine feed intervention groups based on three groups of Calf Starter Intake (CSI; 20% protein) and three groups of Milk Intake (MI): control, half, and full. Full CSI intake involved lead feeding to achieve up to 1 kg/day feed intake at weaning, half CSI was to maximize intake at 0.5kg/day at weaning, while control CSI was the farmers’ normal practice (0-0.2 kg/day). Full MI was 4 Liters/day and half milk intake was 2 Liters/day, while control MI was the farmers’ normal practice (2-10 Liters/day). Each of the nine intervention groups had four calves per group (one calf died during the 1st week) resulting in 35 calves. Data on calf weight and height were collected weekly through farm visits for a period of eight weeks, and management data were collected through an in-person questionnaire. The results showed significant differences in the mean average daily weight gains across the different feed intervention groups at P (<0.001). All full CSI groups had weight gains over 0.5 kg/day. The full CSI + control MI had a positive association with the mean average daily weight gain at (0.61 kg/day), higher than the other two full CSI groups because of higher MI in this small group. In mixed multivariable linear regression analyses, weekly calf weights were higher with calf age and body condition score, a normal gastrointestinal tract, and amount of calf starter consumed per day, along with feeding sweet potato vines.  


1993 ◽  
Vol 76 (11) ◽  
pp. 3547-3554 ◽  
Author(s):  
R.W. Adkinson ◽  
W.S. Farmer ◽  
B.F. Jenny

Agriculture ◽  
2019 ◽  
Vol 9 (2) ◽  
pp. 25 ◽  
Author(s):  
Frank Dunshea ◽  
Glen Walker ◽  
Roderick Williams ◽  
Peter Doyle

This study was conducted to examine associations between nutrition, time of year and season of calving on milk mineral concentrations in 24 pasture-based dairy farms. There was substantial variation in the concentrations (mean with range in parentheses) of Ca 1072 (864–1310) mg/kg; citrate 1579 (880–2080) mg/kg; P 885 (640–1040) mg/kg; Mg 98 (73–122) mg/kg; Na 347 (248–554) mg/kg; K 1534 (1250–2010) mg/kg; and S 295 (155–372) mg/kg with most of the variation associated with stage of lactation, although the influence of days in milk was different for different minerals. Feeding practices were also important in determining the concentrations of some components. Milk Ca, citrate, P, and K concentrations were greater (p < 0.05) in cows receiving mineral supplements, while Ca, P and Mg were positively correlated (p < 0.05) with the amount of concentrates fed. Milk citrate and K concentrations were positively correlated (p < 0.05) with herbage allowance. Milk Se (15 (<3–37) µg/kg) and Zn (3.4 (2.2–4.9) mg/kg) also varied with time of year, with Se concentrations also greater (13.7 vs 11.6 µg/kg) in spring compared with autumn calving herds and positively correlated (p < 0.05) with the amount of concentrates fed and mineral supplementation. These data indicate that calving pattern and feeding practices could be used to reduce variation in the measured milk mineral concentrations.


Author(s):  
Steven W. Gee ◽  
David Kelton ◽  
Abigail Joy Carpenter

To establish a baseline understanding of feeding practices on Canadian dairies, a survey was distributed online to dairy producers. Responses were split into three categories as follows: western provinces (Alberta, British Columbia, Manitoba, and Saskatchewan; n = 84), Ontario freestall farms (n = 75), and Ontario tiestall farms (n = 71). Regional differences were observed for many feed ingredients; for example, corn and soybean meal were more commonly used in Ontario, while barley, wheat products, and grass hays were more commonly used in the western provinces (P ≤ 0.01), consistent with local production of those crops. Producers ranked the most important factors in balancing rations in the following order: production (lactating cattle or heifers) or health (dry cows), cost, simplicity, and nutrient management; however, nutrient management was more important in the west for all types of diets (P < 0.01). Most farms frequently tested for ration dry matter and nutrient composition, although Ontario tiestall farms tested less often than other groups (P = 0.09). Overall, feeds aligned with common crops grown within region. Canadian farmers have a stated interest for improving production and health and place less emphasis on other factors such as cost, simplicity, and nutrient management.


2001 ◽  
Vol 90 (3) ◽  
pp. 328-332
Author(s):  
M. Vaahtera, T. Kulmala, A. Hietanen,

2006 ◽  
Author(s):  
Silvina A. Salvi ◽  
Liron Nemanim ◽  
Ivy Donaldson ◽  
Laura Juarez ◽  
Fary Cachelin

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