Pagan, J.D. 1985. The energetics of exercise in horses. In: Proc. “What’s Up Doc” Symp. Cornell University. pp. 61-71.

Energy balance studies using indirect calorimetry were conducted with four mature equids ranging in weight from 125 to 856 kg

Pagan, J.D. and H.F. Hintz. 1985. Energy expenditure in horses during submaximal exercise. In: Proc. 9th Equine Nutr. and Physiol. Soc. Symp. Michigan State University. pp. 182-187. This experiment was conducted to measure the amount of energy expended by horses traveling at speeds up to 400 m/minute on a racetrack both with and without a […]

Lawrence, L. A. and E. A. Ott 1985. The use of non-invasive techniques to predict bone mineral content and bone strength in the horse. Proc. Equine Nutr. Physiol. Soc. 9:110. Photon absorption, radiographic photometry and ultrasound were  tested on a common group of equine metacarpals to determine their  ability to predict bone mineral content (BMC) […]

Pagan, J.D., L.V. Soderholm and H.F. Hintz. 1984. The relationship of body weight and energy requirements in horses. In: Proc. Cornell Nutrition Conference for Feed Manufacturers. Cornell University. pp. 70-73.

Houpt, K.A., H.F. Hintz and J. D. Pagan. 1981. The response of mares and foals to brief separation. In: Proc. Amer. Soc. of Animal Sci. Meetings. Abst. 6. p. 129

The National Research Council’s (1978) estimates of the energy requirements for lactation are based primarily on theoretical calculations. Some experiments have evaluated the accuracy of these recommendations (Jordan 1979; Sutton 1977), but in these studies not only was the digestible energy adjusted to different levels, but all of the other nutrients as well.