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1 ife-history traits of an organism, including reproductive strategy.
2 g is hypothetically an evolutionary dead-end reproductive strategy.
3 ork to elucidate the origins of this unusual reproductive strategy.
4 butting and brain damage incurred by bovids' reproductive strategy.
5 assessment of environmental quality into its reproductive strategy.
6 its related to the species' pace of life and reproductive strategy.
7 dea), a group that shows little variation in reproductive strategy.
8 al development may allow organisms to adjust reproductive strategy.
9 isms by which early life adversity can alter reproductive strategies.
10 ates that perform alternating sexual-asexual reproductive strategies.
11 le-male competition-work in concert to guide reproductive strategies.
12 to study behavioral adaptations to different reproductive strategies.
13 lay an immense variety of shapes, sizes, and reproductive strategies.
14 n of biological and behavioral components of reproductive strategies.
15                     Some species use unusual reproductive strategies.
16 rent morphology is associated with different reproductive strategies.
17  autocorrelation in demographic rates across reproductive strategies.
18 ive biology and the evolution of alternative reproductive strategies.
19 and differences illuminate developmental and reproductive strategies.
20 the interactive evolution of male and female reproductive strategies.
21 oteins are conserved, despite differences in reproductive strategies.
22 e-living lifestyles and understand different reproductive strategies.
23  discrete Y chromosomes that control complex reproductive strategies.
24 calibrate adult hormone production to adjust reproductive strategies.
25  different tasks, and the groups evolved new reproductive strategies.(1)(,)(2)(,)(3)(,)(4)(,)(5) Rece
26 phology [12-14], palaeoecology [10, 15, 16], reproductive strategies [17, 18], feeding methods [9, 19
27 ions, male bonobos have more individualistic reproductive strategies.(25).
28 at humans are 'cooperative breeders', with a reproductive strategy adapted to conditions where mother
29                                However, this reproductive strategy also occurs in medium- to large-si
30              Fishes exhibit the most diverse reproductive strategies among vertebrates.
31 Males and females typically pursue divergent reproductive strategies and accordingly require differen
32 ng MAT loci evolution owing to their diverse reproductive strategies and distinct architectures, span
33 an species, challenging traditional views on reproductive strategies and genomic evolution in asexual
34 sis to understand the evolution of different reproductive strategies and how floral pathways interact
35 restingly, despite the enormous diversity of reproductive strategies and lifestyles of higher plants,
36 critical hypotheses, while their spectrum of reproductive strategies and living arrangements - rangin
37 s in plants, fungi exhibit wide variation in reproductive strategies and mating systems.
38  can be key drivers of phenotypes, including reproductive strategies and morphological traits.
39 understanding of the evolutionary ecology of reproductive strategies and sexual dynamics of host orga
40       Despite the wide variation in mosquito reproductive strategies and the present lack of behavior
41 l and sexual displays that ensure successful reproductive strategies and the survival of the species.
42      Here we investigate the impact of plant reproductive strategy and components of species' climati
43 ity provided an opportunity to examine their reproductive strategy and early developmental process, a
44 n taxa, we found a complex interplay between reproductive strategy and geographic distribution.
45          Each morph uses a different complex reproductive strategy and morphs differ dramatically in
46 nge grounds, with the goal to (i) assess the reproductive strategy and seasonality of this species, (
47 ed principles underlying the co-evolution of reproductive strategy and sexual behavior, revealing som
48                   These signals promote male reproductive strategy and the effects harmful to hermaph
49 eration, likely due to its apparently clonal reproductive strategy and the resulting infrequent use o
50 , with profound implications for morphology, reproductive strategies, and behavior.
51 e focal species have diverse life histories, reproductive strategies, and habitats, and most are nati
52 etween dinosaurs and birds, suggests similar reproductive strategies, and provides an objective means
53 lerances of lionfish to ocean climate, their reproductive strategy, and duration that the larvae rema
54                  These groups with divergent reproductive strategies appear genetically isolated desp
55                      Understanding how these reproductive strategies are used is important for determ
56 haps facilitating the emergence of different reproductive strategies as Suiformes diverged and evolve
57 life-history traits related to longevity and reproductive strategies as the main determinants of time
58 tion in space and time influences individual reproductive strategies as well as interspecific pattern
59 ries provide early evidence of the peracarid reproductive strategy, as seen in modern Tanaidacea, and
60 wing, long-lived species at the other, and a reproductive strategy axis, with highly reproductive, it
61  Ys of the three major morphs that differ in reproductive strategy, body size and mating behaviour.
62  key empirical evidence for how variation in reproductive strategies can be maintained over large geo
63 nctions of behavior can conflict; successful reproductive strategies can grow populations to the poin
64                               Differences in reproductive strategies can have important implications
65 s may have evolved in tandem with an optimal reproductive strategy characterized by few offspring, bi
66  persistent offending may represent a viable reproductive strategy characterized by higher levels of
67 agile (A. agilis) antechinus have an unusual reproductive strategy characterized by the synchronous d
68 e, they have evolved a variety of remarkable reproductive strategies, combining asexual and sexual mo
69 ncipal component analysis: the fast-slow and reproductive-strategy continua.
70                    Within mammals, different reproductive strategies (e.g., egg laying, live birth of
71       Host plant quality also affects insect reproductive strategies: Egg size and quality, the alloc
72  dimorphism, this pattern suggests that male reproductive strategy focused on monopolizing groups of
73 recently introduced 'fast-slow continuum and reproductive strategy' framework to quantify the variati
74 pon infection, for a size-dependent shift in reproductive strategy from bet hedging to terminal inves
75                This may represent a shift in reproductive strategy from queen flights, reported in th
76                                         This reproductive strategy has evolved independently and repe
77 tudinal data, these findings show that T and reproductive strategy have bidirectional relationships i
78 at these females are pursuing an alternative reproductive strategy, i.e., dispersing to overwinter an
79  a systematic framework for predicting these reproductive strategies in bacteria has not been availab
80 ic program that have coevolved with distinct reproductive strategies in diverse organisms may contrib
81 this nesting site provides empirical data on reproductive strategies in early dinosaurs.
82 axa, our results suggest that differences in reproductive strategies in part promote evolutionary div
83  permitting males and females to adapt their reproductive strategies in response to environmental cha
84 opmental plasticity in male life history and reproductive strategy in humans.
85 ant populations, or masting, is a widespread reproductive strategy in long-lived plants.
86               The origin of the modern avian reproductive strategy in ornithuran birds likely coincid
87  life-history stage distinguishing OP and CP reproductive strategies, in comparison to CP females of
88        We also test between alternative male reproductive strategies, in particular whether reproduct
89 ionally, fungi employ a vast array of sexual reproductive strategies, including classical mating betw
90  innovation necessary for all advanced plant reproductive strategies, including seeds and flowers.
91  Anopheles mosquitoes have evolved different reproductive strategies, independently of being a malari
92                                         This reproductive strategy involves the regulation of floweri
93                                Although this reproductive strategy is common to all Hymenoptera, sex-
94  instar, their opportunity to control colony reproductive strategies may be limited.
95              Flexible morphology and plastic reproductive strategy may constitute an adaptation of tr
96 at make up the regulatory "ground plan" of a reproductive strategy may provide powerful building bloc
97                  We discuss how this strange reproductive strategy might evolve, and we consider the
98                      They adopt a variety of reproductive strategies: most species are gonochoristic
99                                  The diverse reproductive strategies of invasive death caps are likel
100   Our results suggest a dynamic trade-off in reproductive strategies of sockeye salmon; adults must b
101                              While different reproductive strategies of the two sexes are well-charac
102 , could further our understanding of how the reproductive strategies of women respond to environmenta
103 nd greatly increase the probability that the reproductive strategy of A. afarensis was principally mo
104 s was at least in part due to changes in the reproductive strategy of daphnids following exposure to
105                                   The unique reproductive strategy of freshwater mussels involves an
106 to plant tissues, represents a sophisticated reproductive strategy of insects.(1) This process is acc
107 ligosaccharides is consistent with the human reproductive strategy of large parental input into reari
108                                          The reproductive strategy of M. flabellata might prove detri
109 he detection of conspecifics are part of the reproductive strategy of many nonmammalian vertebrates.
110 sexual propagation (cloning) is a widespread reproductive strategy of plants and animals.
111 of Bornean canopy trees, display the unusual reproductive strategy of strict interspecific mast-fruit
112                                We report the reproductive strategy of the nematode Mesorhabditis bela
113 exually reproducing animals, male and female reproductive strategies often conflict.
114               The diversity of post-hatching reproductive strategy partly explains the adaptation of
115 lf driven by natural selection on individual reproductive strategies, played a pivotal role in popula
116 hibit a wide continuum of variation in their reproductive strategies, ranging from amphimixis to obli
117                       How this novel asexual reproductive strategy relates to current models of stem
118                    The female perspective on reproductive strategies remains one of the most active a
119  Here we show that cooperative and parasitic reproductive strategies result in approximately equal fi
120 of reserve to coat in the evolution of plant reproductive strategies, revealing potential ecological
121 environmental tolerances, species diversity, reproductive strategies, seed sizes, and soil preference
122          Overall, we reveal that poison frog reproductive strategies shape movement patterns but not
123 genetics lens to evaluate how three distinct reproductive strategies shape patterns of divergence amo
124 in trait composition, with traits related to reproductive strategy showing the strongest response.
125 d the association between sex differences in reproductive strategies, spatial behavior, and androgen
126 ate young medusae (ephyrae) via two distinct reproductive strategies, strobilation or direct developm
127  that had polyphagous diets and multivoltine reproductive strategies tended to decline in population.
128           Disease-transmitting species use a reproductive strategy, termed anautogeny, that requires
129 cted animals exhibit fundamentally different reproductive strategies than their healthy counterparts.
130 erate latitudes in the past used a different reproductive strategy than modern populations.
131 e animals of many species deploy conditional reproductive strategies that contain distinct alternativ
132 ation of plants and animals, and are part of reproductive strategies that enhance fertility more than
133 imal biphasic models are then developed with reproductive strategies that maximise lifetime reproduct
134 nments, resource availability influences the reproductive strategies that species use, which in turn
135 throughout their reproductive life, a unique reproductive strategy that completely blurs the normal s
136 oats employ a 'risk-sensitive', conservative reproductive strategy that prioritizes survival over rep
137         As the sexes differ in their optimal reproductive strategies, the infection of mothers versus
138 life histories, feeding behaviour as well as reproductive strategies, they all harbour symbiotic micr
139 parental effect suggests Grb10 can influence reproductive strategy through the allocation of maternal
140 th reveal the potential for the evolution of reproductive strategies to alter important life history
141 can selfishly alter arthropod sex ratios and reproductive strategies to increase the proportion of th
142 ngaroos and wallabies, have a very different reproductive strategy to most eutherian mammals whereby
143 t displays unique intraspecific diversity of reproductive strategies, to address the microevolutionar
144 s a broad range of organisms-such as unusual reproductive strategies, totipotency, and cell competiti
145 ts in human life-history traits and survival-reproductive strategies, trading shorter lifespans and r
146 ex is assumed to come at a cost, these mixed reproductive strategies typical of pathogens have remain
147 tract after mating and before ovulation is a reproductive strategy used by many species.
148                           We infer that this reproductive strategy was critical to overcoming environ
149                      Here, we report a novel reproductive strategy where a fish (Parazen pacificus) p
150                  Offspring polymorphism is a reproductive strategy where individual organisms simulta
151  diversification on land, especially that of reproductive strategies, which limits the scope of viabl
152                       Nematodes have diverse reproductive strategies, which make them ideal subjects
153           Males and females pursue different reproductive strategies, which often bring them into con
154                  Diapause is a physiological reproductive strategy widely employed across the animal
155 ences in behaviour are a result of differing reproductive strategies with males becoming more active
156  by the Sha cytoplasm, leading to a modified reproductive strategy without penalizing total seed prod
157                                  This recent reproductive strategy would facilitate the maintenance o

 
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