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The 15 pages that link to Thermal performance curve, each with the reason it gives.

• EctothermyRelated: It shows how ectotherm activity and function rise and fall across temperatures.

• BaskingRelated: Such curves help explain why animals bask to reach temperatures that support performance.

• Behavioral thermoregulationRelated: Behavior can keep body temperature near the range where performance is highest.

• EctothermRelated: Ectotherm performance often rises toward an optimum and falls at temperatures beyond it.

• PoikilothermyRelated: Poikilotherms often perform best within a limited range of body temperatures.

• Thermal ecologyRelated: It links environmental temperatures to measurable biological performance.

• Thermal toleranceRelated: Its shape summarizes both the temperature range and the optimum for functioning.

• Critical thermal maximumRelated: CTmax marks the upper boundary where performance collapses as temperature rises.

• PoikilothermRelated: It captures how temperature variation affects poikilotherm activity and function.

• EcophysiologyRelated: It quantifies thermal limits and the conditions under which function peaks.

• EurythermRelated: Its breadth and shape describe performance across a eurytherm's tolerated range.

• StenothermRelated: Its shape helps distinguish a narrow functional temperature range from a broad one.

• BioclimatologyRelated: It makes temperature-dependent physiological limits measurable.

• Dolbear's lawRelated: Chirping does not necessarily rise linearly across the full temperature range.

• Shelford's law of toleranceBroader topic: It visualizes an optimum and declining performance toward thermal tolerance limits.