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1 ulations are exhibiting unexpected cycles of boom and bust.
2  resolution reveals active NCLDVs with both 'boom-and-bust' and 'steady-state infection'-like ecologi
3 ctive for fisheries, more prone to cycles of booms and busts, and thus less manageable.
4 (GFG) relationships coevolve in the familiar boom-and-bust cycle, in which resistance is selected whe
5 ified, microbially dominated ecosystems with boom and bust cycles of toxic dinoflagellate blooms, jel
6 tinct types of centromeres, coupled with the boom-and-bust cycles of centromeric satellite repeats in
7                      We observed a biphasic 'boom and bust' dispersal dynamic of dauer larvae that co
8 n natural and laboratory settings subject to boom and bust dynamics and serial dilutions, respectivel
9                       Ultimately, the entire boom-and-bust dynamics of adaptive radiation were altere
10 species model that captures the intermittent boom-and-bust dynamics that every species undergoes.
11 ibited the greatest mortality, indicative of boom-and-bust dynamics.
12 and invaded range show no evidence of cyclic boom-and-bust dynamics.
13 s of Saccharomyces cerevisiae, we show that "boom-and-bust" dynamics-periods of rapid growth punctuat
14 ecological roles of bacterial groups across 'boom' and 'bust' environmental backgrounds.
15                                In our model, boom and bust environments create satellite niches due t
16 atory toxin-production strategies in various boom-and-bust environments where population dilutions oc
17 rs in stochastic, rather than deterministic, boom-and-bust environments.
18 ant keywords used in climate science follow "boom and bust" fashion cycles in public usage.
19 grassland were relatively decoupled from the booms and busts in rainfall.
20 o test the significance of these demographic booms and busts in the context of uncertainty in the rad
21 Like other model organisms, C. elegans has a boom-and-bust lifestyle.
22   2) DE is driven by resource dynamics, like booms and busts, not just by mutational change.
23 0 BCE) Europe are characterized by recurrent booms and busts of regional settlement and occupation de
24 000 years, including a 4,000-year period of 'boom-and-bust' oscillations with no net growth.
25 ifferent stages of deforestation, we found a boom-and-bust pattern in levels of human development acr
26 of agriculture into Europe was followed by a boom-and-bust pattern in the density of regional populat
27                     It captures the observed boom-and-bust pattern of viral evolution, with periods o
28 e associated with niche diversity underlying boom-and-bust population dynamics.
29  climate is warming and rainfall experiences booms and busts, remains an unanswered question in the f
30  exploited populations, and lead to unstable booms and busts that can precede systematic declines in
31                               As populations boom and bust, the accumulation of genetic diversity is