Demography of an endangered, long‐lived fish: Informing management options in the face of cyclic and stochastic climate variation
@article{Belk2019DemographyOA, title={Demography of an endangered, long‐lived fish: Informing management options in the face of cyclic and stochastic climate variation}, author={Mark C. Belk and Richard Tuckfield}, journal={Population Ecology}, year={2019} }
References
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Size-Specific Fate and Survival of June Sucker Chasmistes liorus mictus in Utah Lake, Utah
- Environmental ScienceWestern North American Naturalist
- 2019
It is shown that releasing fewer numbers of larger fish presumably will increase or maintain the population and be more cost effective than the current strategy and overall, conservation and recovery of June Sucker will be a challenging endeavor going forward.
ULM, a software for conservation and evolutionary biologists
- Environmental Science
- 1995
Matrix models for population dynamics have recently been studied intensively and have many applications to theoretical and applied problems (conservation, management). The computer program ULM…
Gape-limited piscivores, planktivore size refuges, and the trophic cascade hypothesis
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Demography beyond the population
- Environmental Science, Biology
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It is suggested that connecting demography beyond the population level offers promising avenues of innovation in ecology and evolution and that there is much to be gained by linking demography to other disciplines and scales in Ecology and evolution.
Ontogenetic diet shift in the June sucker Chasmistes liorus (Cypriniformes, Catostomidae) in the early juvenile stage
- Environmental Science, Biology
- 2010
This diet shift represents an important nutritional change that should be considered in development of diets for young June sucker and in assessing suitability of nursery habitats and there are some inconsistencies with the size selection argument.
LIFE HISTORIES AND ELASTICITY PATTERNS: PERTURBATION ANALYSIS FOR SPECIES WITH MINIMAL DEMOGRAPHIC DATA
- Environmental Science
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This work compared the elasticity patterns generated by the life tables of 50 mammal populations and found that mammals that mature early and have large litters also have a large impact on the contribution of juvenile survival to λ.
Complex effects of predators: determining vulnerability of the endangered June sucker to an introduced predator
- Environmental Science
- 2001
Vulnerability of young June suckers to predation by a growing cohort of white bass is assessed and it is suggested that young white bass may be a significant source of mortality for small June sucker, contrary to previous assumptions.
Influence of climate change on the abundance, distribution and phenology of woodland bird species in temperate regions: Climate change and woodland birds
- Environmental Science
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This review focuses on the impacts, both observed and potential, of climate change on birds breeding in temperate woodlands of the Western Palaearctic, a significant proportion of which are currently declining.
Incorporating spatial structure and stochasticity in endangered Bonelli’s eagle’s population models: Implications for conservation and management
- Environmental Science
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Growth of Young June Sucker (Chasmistes liorus) is Associated with Zooplankton Density in Utah Lake
- Environmental Science
- 2011
Compared the survival and growth of juvenile June suckers at 2 spatial scales, survival was greater in vegetated habitats, whereas growth was higher in the open water, and increased growth occurred in the area where zooplankton density was greatest.