Behaviour Of Mammals
The most noticeable behavioral characteristic of mammals is their learning ability. Compared with other animals, mammals can learn faster, learn more, they can even remember more and show more insight. Correlated with these abilities is that the possession of well developed sense organs, particularly the distance receptors concerned with olfaction, hearing and vision. These make it possible for behavior to take under consideration and to be adapted to, an enlarged world, not limited to the objects in touch with or very on the brink of the animal. There are mammal
species that exhibit nearly every sort of lifestyle, including fossorial, aquatic, terrestrial, and arboreal lifestyles. Locomotion styles also are diverse: mammals may swim, run, bound, fly, glide, burrow, or climb as a way of moving throughout their environment. Adaptive behavioural solutions to recurrent, predictable
environmental and social problems should therefore be favoured by selection, resulting in robust, species-specific behaviour patterns. Thus, optimal behavioural rules can evolve, leading to an intraspecific reduction in behavioural options. Mammals are an excellent taxon in which to investigate constraints and flexibility in social behaviour because they show an extremely broad range of social systems, along with equivalent variation in social complexity, behavioural flexibility,
brain size and cognitive abilities.
High Impact List of Articles
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Electrophysiological recognition of an atrio-ventricular mahaim fibre pathway
James P Higham
Case Report: Interventional Cardiology
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Electrophysiological recognition of an atrio-ventricular mahaim fibre pathway
James P Higham
Case Report: Interventional Cardiology
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Highlights from the latest articles in primary percutaneous coronary intervention and coronary vein graft bypass interventions
C Lucas, G Huang & LC Clavijo
Research Highlights: Interventional Cardiology
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Highlights from the latest articles in primary percutaneous coronary intervention and coronary vein graft bypass interventions
C Lucas, G Huang & LC Clavijo
Research Highlights: Interventional Cardiology
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Should right heart catheterization be realized in patients with a mechanical tricuspid valve?
O Lairez, C Delmas, N Boudou, D Carrie & M Galinier
Case Report: Interventional Cardiology
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Should right heart catheterization be realized in patients with a mechanical tricuspid valve?
O Lairez, C Delmas, N Boudou, D Carrie & M Galinier
Case Report: Interventional Cardiology
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Coronary and endovascular applications of the Absorb bioresorbable vascular scaffold
M Bosiers, D Scheinert, CA Simonton & LB Schwartz
Clinical Trial Teport: Interventional Cardiology
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Coronary and endovascular applications of the Absorb bioresorbable vascular scaffold
M Bosiers, D Scheinert, CA Simonton & LB Schwartz
Clinical Trial Teport: Interventional Cardiology
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New therapeutic option for therapy of refractory arterial hypertension: renal denervation
O Dorr, H Mollmann, C Hamm & H Nef
Short Article: Interventional Cardiology
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New therapeutic option for therapy of refractory arterial hypertension: renal denervation
O Dorr, H Mollmann, C Hamm & H Nef
Short Article: Interventional Cardiology
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