@article{luginbuhl_harvey_green_poore_mueller_1998, title={Use of goats as biological agents for the renovation of pastures in the Appalachian region of the United States}, volume={44}, ISSN={["0167-4366"]}, DOI={10.1023/A:1006250728166}, number={2-3}, journal={AGROFORESTRY SYSTEMS}, author={Luginbuhl, JM and Harvey, TE and Green, JT and Poore, MH and Mueller, JP}, year={1998}, pages={241–252} }
 @article{harvey_mueller_barker_poore_zublena_1996, title={Forage characteristics, steer performance, and water quality from bermudagrass pastures fertilized with two levels of nitrogen from swine lagoon effluent}, volume={74}, DOI={10.2527/1996.742457x}, abstractNote={Four .8-ha pastures of bermudagrass (Cynodon dactylon [L.] Pers.) were fertilized with either 456 or 873 kg/ha of nitrogen (N) from swine lagoon effluent (two replicates per treatment) and grazed by steers over two summers. Within each pasture, steers received forage only, an energy source (corn), a mixture of corn and soybean meal, or a mixture of corn and blood meal via electronic Calan feeders. All supplements were offered at a level of 1.36 kg/d, and the soybean meal and blood meal supplements provided similar among quantities of protein. Weight gains were similar among supplemented steers, but supplemented steers gained faster (P < .05) than controls. Nitrogen fertilization level had no effect on steer gains, steer grazing days per hectare, or in vitro dry matter disappearance, NDF, and ADF of clipped forage samples. Plant protein and nitrate ion concentrations were greater (P < .06) in clipped forage samples receiving the higher N application rate. Nitrate ion concentrations were greater in available forage samples from the pastures with the high N application rate. Mean total N and nitrate N concentrations were similar in water samples obtained from monitoring wells for the two N treatments over the 2 yr and there were no year x N interactions. Chloride concentrations were greater (P < .05) and pH and specific conductance were less in water samples collected from the 873 kg than from the 456 kg/ha N treatment. Long-term studies are needed to examine the possible cumulative effects of applying various levels of swine waste to the same land area.}, number={2}, journal={Journal of Animal Science}, author={Harvey, R. W. and Mueller, J. P. and Barker, J. A. and Poore, M. H. and Zublena, J. P.}, year={1996}, pages={457} }
 @article{harvey_armstrong_heimer_campbell_1993, title={FEEDLOT PERFORMANCE, CARCASS CHARACTERISTICS, HORMONES, AND METABOLITES IN STEERS ACTIVELY IMMUNIZED AGAINST GROWTH HORMONE-RELEASING FACTOR}, volume={71}, ISSN={["0021-8812"]}, DOI={10.2527/1993.71112853x}, abstractNote={Large-framed Simmental and Charolais steers were actively immunized against growth hormone-releasing factor (GRF) to evaluate the effect on growth, carcass characteristics (especially intramuscular fat deposition), and concentrations of somatotropin (ST) and IGF-I. Primary immunizations of 1.5 mg of GRF-(1-29)-Gly-Gly-Cys-NH2 conjugated to 1.5 mg of human serum albumin (GRFi, n = 12) or 1.5 mg of human serum albumin (HSAi, n = 12) were given at approximately 10 mo of age. Booster immunizations of .5 mg of the appropriate antigen were given at d 49 and 125. Weights of steers administered GRFi were less (P < .05) than those given HSAi at 126 d (34.6 kg) or at 262 d (48.2 kg) after treatment. Carcass weights were 28.2 kg less (P < .01) for GRFi than for HSAi steers. Dry matter intake was not affected by immunization treatment, whereas feed efficiency was reduced in GRFi steers. Marbling scores were higher (P < .05) for HSAi than for GRFi steers but similar percentages (83.3) of both treatments graded Low Choice or higher. Rib sections of GRFi steers contained more fat (31.2 vs 25.0%) and less lean (63.3 vs 68.4%) than those of HSAi steers (P < .05). A breed x treatment interaction was observed for percentage of fat within the trimmed longissimus muscle (P < .05); percentage of fat was similar for Charolais and Simmental steers when immunized against HSAi but was higher for Simmental than for Charolais when immunized against GRFi.(ABSTRACT TRUNCATED AT 250 WORDS)}, number={11}, journal={JOURNAL OF ANIMAL SCIENCE}, author={HARVEY, RW and ARMSTRONG, JD and HEIMER, EP and CAMPBELL, RM}, year={1993}, month={Nov}, pages={2853–2859} }
 @article{harvey_spears_1989, title={EFFECT OF BLOOD MEAL PROCESSING METHOD ON PERFORMANCE AND NITROGEN-UTILIZATION BY GROWING CATTLE}, volume={24}, ISSN={["0377-8401"]}, DOI={10.1016/0377-8401(89)90154-5}, abstractNote={Abstract Sixty growing calves averaging 260 kg were used in an 84-day study to evaluate vat-dried and ring-dried blood meal as protein sources for maize-silage-based diets. Protein treatments consisted of: (1) soya bean meal; (2) ring-dried blood meal-urea; (3) vat-dried blood meal-urea. Urea supplied 33% and blood meal 67% of the supplemental crude protein in the blood-meal treatments. Each protein source was fed to provide ration crude protein (CP) levels of either 10.0 or 12.5%. Animals receiving vat-dried blood meal gained less and required more feed per unit of gain, at both protein levels, than calves fed ring-dried blood meal or soya bean meal. Serum urea nitrogen and ruminal ammonia nitrogen concentrations were lower in calves fed vat-dried blood meal compared with those receiving ring-dried blood meal on Day 78 of the study. Average daily gain and feed efficiency were similar for calves fed ring-dried blood meal and soya bean meal. Animals receiving 12.5% CP had higher average daily gains, feed efficiencies, ruminal ammonia and serum urea concentrations than those fed 10.0% CP. Results suggest that vat-dried blood meal was more resistant to microbial degradation in the rumen and also to proteolysis in the small intestine than ring-dried blood meal.}, number={3-4}, journal={ANIMAL FEED SCIENCE AND TECHNOLOGY}, author={HARVEY, RW and SPEARS, JW}, year={1989}, month={Jul}, pages={337–343} }
 @article{short_harvey_bristol_gleed_meyer_1983, title={Antagonistic effects of doxapram on xylazine in the horse}, volume={5}, journal={Equine Practice}, author={Short, C. E. and Harvey, R. and Bristol, D. G. and Gleed, R. and Meyer, R.}, year={1983}, pages={25–30} }
 @article{short_gleed_bristol_meyer_harvey_1982, title={Antagonistic effects of Dopram-V on xylazine and acepromazine in dogs}, volume={77}, journal={Veterinary Medicine and Small Animal Clinician}, author={Short, C. E. and Gleed, R. and Bristol, D. G. and Meyer, R. and Harvey, R.}, year={1982}, pages={1761–1764} }