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. 2019 Dec 2;375(1790):20190181. doi: 10.1098/rstb.2019.0181

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© 2019 The Author(s)

Published by the Royal Society. All rights reserved.

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Figure 3. — Mitochondrial respiration in Drunella (a–d) and Baetis (e–h) mayfly larvae acclimated to either cold (6°C) or warm (16°C) temperatures. LEAK (a,e) and maximal respiration (i.e. CI + CII) is presented (b,f) along with two flux control factors that were analysed: OXPHOS coupling efficiency (c,g) and CII flux control (d,h). Elevation and test temperature effects are presented for Baetis in (f). Error bars show ±s.e.m. @, T, E and I indicate significant main effects for acclimation temperature, test temperature, elevation or their interactions in the 2 × 2 ANOVAs, respectively. Asterisks indicate significant effects of acclimation temperature for individual comparisons based on Student's t-tests. For Drunella, n = 10 for 6°C acclimation, n = 9 for 16°C acclimation tested at 16°C and n = 6 for 16°C acclimation tested at 6°C. For Baetis, n = 10 for all treatments. (Online version in colour.)