Sentence examples similar to energetic animals from inspiring English sources

Dichter recruits Alexis (called Sascha) to contain the friendly and energetic animal.

But in the light of such energetic dependency of animals on a plant food-base, it is remarkable that vegetation survives at all — and not only survives, but dominates the biomass of most land ecosystems.

Since energetic constraints challenge animals to display digestive compensatory mechanisms, the objective of this study is to determine the physiological and behavioral responses to spatial and seasonal heterogeneity in food quality.

Based on the observation that energetic requirements of animals scale to metabolic body mass (i.e., M0.75) but gut capacity scales linearly with body mass (M1.0) in mammalian herbivores, Bell [2] and Jarman [3] deducted that at larger M, more gut capacity was available per unit energy requirement/food intake.

In this study we have investigated the effects of krill oil on mitochondrial energetic metabolism in animals fed a high-fat diet.

In this study we have investigated the molecular mechanism by which KO exerts a possible protective effect on mitochondrial energetic metabolism in animals fed a diet enriched in fat.

Since the mid-1970s, large-scale eventsic eventsuchch as harmful algal blooms and other microbial outbreaks, disease epidemics and mass mortalities have occurred in marine environments at a historically unprecedented rate, and may reflect environmental changes and an unfavorable energetic balance in animals [ 1].

Animal energetic models.

The energetic cost of animal locomotion (running, swimming, and flying) has been discussed since the early 1970s (Tucker, 1970; Schmidt-Nielsen, 1972), and has been termed the cost of transport (COT) – the metabolic cost required to transport the animal's mass over a unit of distance (Prange and Schmidt-Nielsen, 1970).

Be very energetic at the animal jam party that you are at.

The genetic components of feeding behavior are important in animal breeding since they have economic and animal welfare implications, contribute to animal-to-animal variation in energetic efficiency (Herd et al., 2004; Herd and Arthur, 2009; Kelly et al., 2010a), digestibility and enteric methane emissions (Johnson et al., 1994; Harper et al., 1999).