Short- and long-term consequences of developmental saline stress: impacts on anuran respiration and behaviour
Brian D Kearney, Phillip G Byrne, Richard D Reina
ROYAL SOCIETY OPEN SCIENCE | ROYAL SOC | Published : 2016
Secondary salinization has been identified as a major stressor to amphibians. Exposure to elevated salinity necessitates physiological adjustments and biochemical changes that may be energetically demanding. As such, exposure to non-lethal levels of salinity during development could potentially alter anuran metabolic rates and individual performance in both pre- and post-metamorphic life stages. We investigated the effects of non-lethal levels of salinity on metamorphic traits (time to reach metamorphosis and metamorphic mass), tadpole oxygen consumption, escape response behaviour (pre- and post-metamorphosis) and foraging ability post-metamorphosis in two native Australian frog species, the..View full abstract
Funding was supplied by Monash University.