Journal of Dairy Science · 1964 · 440 citations · 21 references
AgricultureAnimal SciencesDairy ScienceAnimal NutritionNutritional PhysiologyRuminant NutritionDairy Cattle NutritionDairy Cow NutritionFeed Intake RegulationLivestock NutritionNutrient DigestibilityNutrient DigestionFeed Digestibility Effects On IntakeFeed Digestibility ImprovementFeed Intake DynamicsFeed Intake ManagementFeed Intake MeasurementNutrient Digestibility During LactationNutrition During LactationReduced Feed Intake
Volunta~ dry feed intake and dry matter digestibility were deternfined in 114 trials with lactating dairy cows. The rations ranged between 52 and 80% in digestibility and cow weights ranged between 625 and 1,457 lb. In a multiple regression analysis digestibility (D), fecal dry matter per 1,000 lb body weight per day (F) and body weight (W) accounted for the variation in feed intake between 52 and 66% digestibility, provided the rations were mostly roughage. R ----0.997 (P < 0.01). The terms: W '~, D ~'~, and F 1"~ expressing these relationships were essentially those predicted empirically if capacity linfited feed intake. With high-roughage rations between 67 and 80% d177 matter digestibility, intake decreased with increasing digestibility after adjusting for body weight and productive energy. In this region, intake was directly related to the 0.73 power of the body weight at peak lactation.
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F. Plum · Archives of Neurology · 1960 · 10.4K citations
URGES TO EAT AND DRINK IN RATS
Edward F. Adolph · American Journal of Physiology-Legacy Content · 1947 · 450 citations
The regulation of food intake by sheep
K. L. Blaxter, F. W. Wainman, R. S. Wilson · Animal Science · 1961 · 364 citations
Regulation of voluntary food intake in ruminants.
Balch Cc, Campling Rc · PubMed · 1962 · 228 citations
Studies of the Energy Requirements of Chickens
F.W. Hill, L.M. Dansky · Poultry Science · 1954 · 226 citations · Full text