AVIAN LIFE HISTORY VARIATION AND CONTRIBUTION OF DEMOGRAPHIC TRAITS TO THE POPULATION GROWTH RATE

By B. Sæther, Ø. Bakke. 2000

1,275 citations recorded by the source corpus.

Subfields: Ecology, Ecology, Evolution, Behavior and Systematics, Nature and Landscape Conservation

View Paper: https://www.semanticscholar.org/paper/009e929ecff6ade289e4526d563af35b9e5510ac

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Citations in the corpus

Lifetime reproductive success in common buzzard, Buteo buteo: from individual variation to population demography (2001, methodology): “This is a common pattern in longlived iteroparous organisms (Crouse et al. 1987, Wisdom and Mills 1997, Ehrle ´n and van Groenendael 1998, Heppell et al. 2000, Saether and Bakke 2000 ).”
GRIZZLY BEAR DEMOGRAPHICS IN AND AROUND BANFF NATIONAL PARK AND KANANASKIS COUNTRY, ALBERTA (2005, background): “…animals in general, elasticities for adult survival tend to be highest (because adulthood spans such a long period of time), even though, as in our study (Table 4), juvenile survival and reproduction are usually more variable (Gaillard et al. 1998, Heppell et al. 2000, Sæther and Bakke 2000).”
Population growth rate of a common understory herb decreases non-linearly across a gradient of deer herbivory (2009, background): “The insensitivity of λ to changes in fertility in T. grandiflorum is consistent with other demographic studies on long-lived plants (reviewed by Silvertown et al. 1993), turtles (Heppell 1998), birds (Saether and Bakke 2000), and mammals (Heppell et al. 2000).”
Decomposing the variation in population growth into contributions from multiple demographic rates (2005, methodology): “... by Tuljapurkar (1982), who provided the first analytical approximation of a link between demographic rates and variation in population growth, by decomposing the dominant Lyapunov exponent of population growth [specifically ln( λ )]. Lande (1988) and Brault & Caswell (1993) introduced the now wi”
LIFE HISTORY TRADE‐OFFS IN A RARE ORCHID: THE COSTS OF FLOWERING, DORMANCY, AND SPROUTING (2003, background): “Population growth rates of long-lived herbaceous plants and long-lived vertebrates are often highly sensitive to small changes in survival (Silvertown et al. 1993, Sæther and Bakke 2000).”
Critical Demographic Parameters for Declining Songbirds Breeding in Restored Grasslands (2006, background): “Sæther and Bakke (2000) also found that the contribution of fecundity to population growth rates decreased with increasing adult survival.”
Life Stage Simulation Analysis: Estimating Vital-Rate Effects on Population Growth for Conservation (2000, background): “Several of our results suggest the need for greater caution in the assessment of life stage importance for species conservation (also see Ehrlen and van Groenendael 1998, Mills et al. 1999, de Kroon et al. 2000, Grant and Benton 2000, Sæther and Bakke 2000, Benton and Grant 1999).”
ASSESSING THE RELATIVE IMPORTANCE OF DIFFERENT SOURCES OF MORTALITY FROM RECOVERIES OF MARKED ANIMALS (2004, background): “As population growth rate is often highly sensitive to changes in survival rates, particularly in long-lived animals (Lebreton and Clobert 1991, Sæther and Bakke 2000, Fujiwara and Caswell 2001), differences in the proportion of mortality from multiple sources can be a main reason for differences…”
A global threats overview for Numeniini populations: synthesising expert knowledge for a group of declining migratory birds (2017, background): “1Although previously considered as separate subspecies or populations (Wetlands International 2012), for the purposes of this review, we considered that any differences were insufficient for them to be assessed other than as a single population.”
Life history correlates of density-dependent recruitment in marine fishes (2006, background): “More importantly, our work provides the first evidence for a relationship between life history traits and density-dependent recruitment at large population sizes, whereas Sæther and Bakke (2000) did not take density dependence into account.”