Local adaptation reduces the metabolic cost of environmental warming.

Abstract:

:Metabolism shapes the ecosystem role of organisms by dictating their energy demand and nutrient recycling potential. Metabolic theory (MTE) predicts consumer metabolic and recycling rates will rise with warming, especially if body size declines, but it ignores potential for adaptation. We measured metabolic and nutrient excretion rates of individuals from populations of a globally invasive fish that colonized sites spanning a wide temperature range (19-37°C) on two continents within the last 100 yr. Fish body size declined across our temperature gradient and MTE predicted large rises in population energy demand and nutrient recycling. However, we found that the allometry and temperature dependency of metabolism varied in a countergradient pattern with local temperature in a way that offset predictions of MTE. Scaling of nutrient excretion was more variable and did not track temperature. Our results suggest that adaptation can reduce the metabolic cost of warming, increasing the prospects for population persistence under extreme warming scenarios.

journal_name

Ecology

journal_title

Ecology

authors

Moffett ER,Fryxell DC,Palkovacs EP,Kinnison MT,Simon KS

doi

10.1002/ecy.2463

subject

Has Abstract

pub_date

2018-10-01 00:00:00

pages

2318-2326

issue

10

eissn

0012-9658

issn

1939-9170

journal_volume

99

pub_type

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