Staff are implementing immediate husbandry changes, where appropriate, such as rotating animals to outdoor enclosures to allow direct sunlight exposure and evaluating diets for at-risk animals.
This paper compares two mathematical models for evaluating a strong physical correlate of enclosure in urban sites.
This paper is concerned with evaluating the error of conventional estimates of the boundary absorption of rectangular enclosures, with particular reference to reverberation room sound power measurements.
In addition, several species of invertebrates and fish were evaluated in cage enclosures in the flowing freshwater channels (Versteeg and Rawlings, 2003).
Thermal performance was evaluated by how heat transfer across enclosure elements impacts hourly heating and cooling loads.
A comprehensive study has been carried out to evaluate the heat transfer characteristics inside the enclosure of the system to enhance the collection and storage of solar energy.
We evaluated the spectrometer in a 1350 L test enclosure containing a small propane flame and a piezoelectric generated water mist of sub-10 μm drops.
We evaluated elk responses using a manipulative landscape experiment in a 1453-ha enclonure on public forest in northeast Oregon.
A procedure is developed to evaluate the natural convection effective global Nusselt number for rectangular enclosures with vertical diffusive walls.
In this paper, we critically evaluate combinations of butorphanol and oxygen insufflation in a controlled boma (small enclosure used to temporarily hold wild animals) setting to determine their efficacy in alleviating opioid-induced respiratory depression in white rhinoceros.
