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Aim
To test if physiological acclimation can buffer species against increasing extreme heat due to climate change.
Location
Global.
Time period
1960 to 2015.
Major taxa studied
Amphibians, arthropods, brachiopods, cnidarians, echinoderms, fishes, molluscs, reptiles.
Methods
We draw together new and existing data quantifying the warm acclimation response in 319 species as the acclimation response...
AimEvaluating the effectiveness of marine reserves in achieving conservation goals is challenged by the decadal scales over which biological systems respond following protection. Given that trophic interactions underpin community responses following protection and that complex ecological interactions make responses difficult to identify, quantifying changes in species traits may provide detail missed...
Infection-induced changes in a host’s thermal physiology can represent (1) a generalized host response to infection, (2) a pathological side-effect of infection, or (3), provided the parasite’s development is temperature-dependent, a subtle case of host manipulation. This study investigates parasite-induced changes in the thermal biology of a first intermediate host infected by two castrating trematodes...
Characterizing the causes of spatial and temporal variation in parasite-induced mortality under natural conditions is crucial to better understanding the factors driving host population dynamics. Our goal was to quantify this variation in the amphipod Paracalliope novizealandiae, a second intermediate host of the trematode, Maritrema novaezealandensis. If infection and development of trematode metacercariae...
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