Patience. Patience is the ability to endure difficult circumstances.
Patience may involve perseverance in the face of delay; tolerance of provocation without responding in disrespect/anger; or forbearance when under strain, especially when faced with longer-term difficulties, or being able to wait for a long amount of time without getting irritated or bored. Patience is the level of endurance one can have before disrespect.
It is also used to refer to the character trait of being steadfast. Antonyms include hastiness and impetuousness.
In psychology and in cognitive neuroscience, patience is studied as a decision-making problem, involving the choice of either a small reward in the short-term, versus a more valuable reward in the long-term. In 2005 a study involving common marmosets and cottontop tamarins, animals of both species faced a self-control paradigm in which individuals chose between taking an immediate small reward and waiting a variable amount of time for a large reward.
Under these conditions, marmosets waited significantly longer for food than tamarins. This difference cannot be explained by life history, social behaviour or brain size. It can, however, be explained by feeding ecology: marmosets rely on gum, a food product acquired by waiting for exudate to flow from trees, whereas tamarins feed on insects, a food product requiring impulsive action. Foraging ecology, therefo
Patience may involve perseverance in the face of delay; tolerance of provocation without responding in disrespect/anger; or forbearance when under strain, especially when faced with longer-term difficulties, or being able to wait for a long amount of time without getting irritated or bored. Patience is the level of endurance one can have before disrespect.
It is also used to refer to the character trait of being steadfast. Antonyms include hastiness and impetuousness.
In psychology and in cognitive neuroscience, patience is studied as a decision-making problem, involving the choice of either a small reward in the short-term, versus a more valuable reward in the long-term. In 2005 a study involving common marmosets and cottontop tamarins, animals of both species faced a self-control paradigm in which individuals chose between taking an immediate small reward and waiting a variable amount of time for a large reward.
Under these conditions, marmosets waited significantly longer for food than tamarins. This difference cannot be explained by life history, social behaviour or brain size. It can, however, be explained by feeding ecology: marmosets rely on gum, a food product acquired by waiting for exudate to flow from trees, whereas tamarins feed on insects, a food product requiring impulsive action. Foraging ecology, therefo
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