2020Journal of Introductory Biology InvestigationsRequires access

Environmental Temperatures Influence on Metabolic Rates of Madagascar Hissing Cockroaches

Christopher Sidwell, Katelyn Stewart, Jeri Wohnhas, Jocelyn Sutter, Kyley Moore

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Abstract

The metabolic rate for an ectotherm varies with ambient temperature. We measured the CO 2 production of Madagascar Hissing cockroaches at different temperatures. For our experiment, we measured the metabolic rate of three different groups with three different cockroaches at 25 °C, 30°C, 12°C. Based on our findings, the CO 2 production increases with higher temperature; therefore, the metabolic rate increases. This experiment shows how metabolic rate in ectotherms changes based on environmental temperatures.

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What this paper is about

The metabolic rate for an ectotherm varies with ambient temperature. We measured the CO 2 production of Madagascar Hissing cockroaches at different temperatures. For our experiment, we measured the metabolic rate of three different groups with three different cockroaches at 25 °C, 30°C, 12°C. Based on our findings, the CO 2 production increases with higher temperature; therefore, the metabolic rate increases. This experiment shows how metabolic rate in ectotherms changes based on environmental temperatures.

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Available abstract

The metabolic rate for an ectotherm varies with ambient temperature. We measured the CO 2 production of Madagascar Hissing cockroaches at different temperatures. For our experiment, we measured the metabolic rate of three different groups with three different cockroaches at 25 °C, 30°C, 12°C. Based on our findings, the CO 2 production increases with higher temperature; therefore, the metabolic rate increases. This experiment shows how metabolic rate in ectotherms changes based on environmental temperatures.

Key concepts: Ectotherm, Cockroach, Metabolic rate, Biology, Ecology, Environmental science, Environmental chemistry, Zoology

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