We synthesize a large body of literature involving peer-reviewed work, grey literature and
novel data analyses about the small-scale northern pike (Esox lucius) fishery in lagoon …

Body size reduction is a universal response to warming, but its ecological consequences
across biological levels, from individuals to ecosystems, remain poorly understood. Most …

Previous research has shown that elevated temperature and environmental hypoxia are
associated with a reduced representation of larger‐bodied species in communities of …

Body size shifts in ectotherms are mostly attributed to the Temperature Size Rule (TSR)
stating that warming speeds up initial growth rate but leads to smaller size when food does …

Demographic models are used to explore how life history traits structure life history
strategies across species. This study presents the DEBBIES dataset that contains estimates …

Body size strongly depends on developmental temperature. In more than 80% of the
ectotherm species investigated, including bacteria, protists, invertebrates and vertebrates …

The temperature–size rule (TSR) has been consistently observed in numerous studies,
showing that ectotherms reared at higher temperatures experience accelerated growth …

Low temperature is one of the most common abiotic stresses for aquatic ectotherms.
Ambient low temperatures reduce the metabolic rate of teleosts, therefore, teleosts have …

Asymmetric warming refers to the difference between the increase in daytime maximum
temperature and the increase in nighttime minimum temperature and has been documented …

Organism responses to environmental change require coordinated changes across
correlated traits, so-called syndromes. For example, animals differ in their “pace-of-life …