T7 Energy Budgets Flashcards

1
Q

Energy Demand

A

amounts of energy required for maintenance, growth, activity, and reproduction.

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2
Q

Scaling

A

The study of the effect of size/mass on anatomy/physiology in organisms.

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3
Q

SA/V Ratio

A

The ratio of surface area to volume in organisms, influencing their exchange of matter and energy with the environment.

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4
Q

Allometry

A

The relationship between mass (M) and a biological aspect (Y) described by a power function (Y = aMb), where a is the value of Y per unit mass, and b is the scaling exponent.

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5
Q

Isometry

A

Both dimensions in a biological aspect and mass remain proportional.

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6
Q

Positive Allometry (Hyperallometry)

A

As one dimension increases, the other increases to a greater proportion.

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7
Q

Negative Allometry (Hypoallometry)

A

As one dimension increases, the other increases to a lesser proportion.

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8
Q

EnergyIN

A

Total energy intake by an organism.

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9
Q

EnergyASSIMILATION

A

Energy derived from food, including RMR, activity, and production.

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10
Q

EnergyEXCRETION

A

Energy lost through urine, feces, shedding, and heat.

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11
Q

Ein

A

The rate of energy intake.

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12
Q

Retention Time

A

The duration food remains in the digestive tract, a phenotypic trait responding to selective pressures.

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13
Q

Nutrient Absorption

A

The process of absorbing nutrients from digested food, leading to a net gain of energy.

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14
Q

Metabolic Rate

A

The rate at which an organism converts chemical energy to heat and external work, measured in calories or joules per unit time.

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15
Q

Resting Metabolic Rate (RMR)

A

Energy expenditure at rest during routine activities.

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16
Q

Basal Metabolic Rate (BMR)

A

Metabolism at complete rest, the lowest possible.

17
Q

Standard Metabolic Rate (SMR)

A

Ectotherm metabolic rate measured at a specified temperature.

18
Q

Field Metabolic Rate (FMR)

A

Metabolic rate measured in wild animals.

19
Q

Direct Calorimetry

A

A method measuring the rate at which heat leaves an animal’s body.

20
Q

Indirect Calorimetry

A

A method measuring O2 consumed or CO2 produced, a cheaper and easier alternative.

21
Q

EnergyPRODUCTION

A

Represents both growth and reproduction in organisms.

22
Q

Balanced Energy Budget

A

In an adult organism, when the value of EnergyPRODUCTION is zero.

23
Q

Positive Value

A

Indicates more energy consumed than needed, resulting in mass increase.

24
Q

Negative Value

A

Indicates insufficient energy intake, resulting in mass decrease.