ENERGY ALLOCATION STRATEGY IN YOUNG FISH: ALLOMETRY AND SURVIVAL

By J. Post, E. Parkinson. 2001

352 citations recorded by the source corpus.

Subfields: Aquatic Science, Global and Planetary Change, Nature and Landscape Conservation

View Paper: https://www.semanticscholar.org/paper/1a0618943436a55cccc870d388715d18fd45a4ec

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In Aquatic Science

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Citations in the corpus

FROM INDIVIDUALS TO POPULATIONS: PREY FISH RISK-TAKING MEDIATES MORTALITY IN WHOLE-SYSTEM EXPERIMENTS (2003, background): “…greater risk taking by age-0 trout when food is relatively scarce, because individuals must accumulate sufficient reserves to survive periods of overwinter starvation, while operating under the time constraint of a short growing season (see McNamara and Houston 1994, Post and Parkinson 2001).”
Juvenile salmonid distribution, growth, condition, origin, and environmental and species associations in the Northern California Current (2004, background): “Growth and indices of condition can be used as measures of habitat quality for juvenile salmon and to identify essential links between oceanographic conditions and survival of salmon populations during the critical juvenile life history phase.”
Getting to the fat of the matter: models, methods and assumptions for dealing with lipids in stable isotope analyses (2007, methodology): “Other applications Besides lipid normalization of d13C for stable isotope analyses, the strong relationship between C:N and lipid content found here should prove useful for studies of energy allocation and lipid storage (e.g., Schultz and Conover 1997; Post and Parkinson 2001).”
Energy-related juvenile winter mortality in a northern population of Atlantic salmon (Salmo salar) (2004, background): “During summer and autumn, there is a trade-off between energy allocation to storage energy and growth influenced by the allometric scaling of storage capacity, and during winter, the complex allometric relationships of feeding and the allometric scaling of metabolism are suggested as being important”
Ontogenetic Diet Shifts of Juvenile Chinook Salmon in Nearshore and Offshore Habitats of Puget Sound (2010, background): “Incorporating high-energy prey into the diet can be critical for achieving the faster growth and increased lipid stores that are essential for surviving the winter ( Post and Parkinson 2001 ; Sutton and Ney 2001 ; Beauchamp 2009 ).”
Beyond the ‘3/4‐power law’: variation in the intra‐and interspecific scaling of metabolic rate in animals (2005, neutral): “Other developmental changes (such as shifts in the scaling of gill-surface area and body storage) may be related to the Type III scaling of salmonids and other fish (see Oikawa & Itazawa, 1985; Hughes & Al-Kadhomiy, 1988; Kamler, 1992; Post & Lee, 1996; Post & Parkinson, 2001).”
Increasing suspended sediment reduces foraging, growth and condition of a planktivorous damselfish (2012, background): “However, in many cases, compensatory growth results in a depletion of energy reserves (Ali et al., 2003; Post and Parkinson, 2001).”
Seasonal variation in catch-up growth reveals state-dependent somatic allocations in salmon (2002, background): “Therefore, there is a trade-off between growth and energetic reserves that may vary with the harshness of the environmental conditions (Lesage et al., 2001; Post and Parkinson, 2001).”
Size and temperature dependent foraging capacities and metabolism: consequences for winter starvation mortality in fish (2006, background): “On the other hand, once access to resources becomes so limiting that starvation is initiated, larger individuals can withstand starvation for longer time periods than smaller individuals because of their higher ratio of energy reserves to metabolic rate (Post and Parkinson 2001).”