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1 lesser extent, atmospheric nitrification and introduced species.
2 erlap and the persistence of both native and introduced species.
3 ally altering the balance between native and introduced species.
4 y driver of naturalisation of populations of introduced species.
5 tential range expansions of native and newly introduced species.
6 inhibit the establishment and invasion of an introduced species.
7 e expansion and evolution of invasiveness in introduced species.
8 e sampling rate and population growth in the introduced species.
9 art on the increasing rate of discoveries of introduced species.
10  exhibited the greatest inhibitory effect on introduced species.
11 requent explanation given for the success of introduced species.
12  climate change on the success and spread of introduced species.
13 f seabirds and none of migrant shorebirds or introduced species.
14 diversity, tree health, and the abundance of introduced species.
15 mployed, as many plants in these systems are introduced species.
16 ecies disproportionately interact with other introduced species.
17 ve, while nine of the top ten "winners" were introduced species.
18 introduced, whereas by 2019, six of ten were introduced species.
19 lyze spatial clustering and the abundance of introduced species.
20 rocally beneficial interactions that involve introduced species also can enhance invasion success and
21 h significant differences between native and introduced species, among flowering seasons, and between
22                                    By giving introduced species an earlier start, and increasing the
23 tential to become one of the most widespread introduced species and may become the dominant estuarine
24  integrate, also differed between native and introduced species and was correlated with the degree to
25 ovel interactions, were largely dominated by introduced species, and exhibited specialized and modula
26 s can enhance or suppress the persistence of introduced species, and that biotic legacies generated b
27 ion biology is how founder populations of an introduced species are able to overcome the limitations
28 loss, chemical pollution, climate change and introduced species are associated with increases in dise
29          Ecosystems with a mix of native and introduced species are increasing globally as extinction
30                              To test whether introduced species are less parasitized, we have compare
31                                              Introduced species are more common in drier cities, and
32                       This is because 64% of introduced species are more similar to extinct rather th
33  impacts of hybridization between native and introduced species are of considerable conservation conc
34                               Populations of introduced species are often thought to perform differen
35  differences in behaviour between native and introduced species are one mechanism through which clima
36  space overlap reveals that assemblages with introduced species are overall more similar to those of
37 tructure in natural assemblages [1, 2], but, introduced species are rarely competitors that lead to e
38                      Using interactions with introduced species as an observable proxy for interactio
39 )(5)(,)(6) coupled with the establishment of introduced species at accelerated rates.(7)(,)(8)(,)(9)(
40                                              Introduced species attained lower abundances when functi
41 of invasions often become obvious soon after introduced species become established, more gradual effe
42                                              Introduced species can diverge from their source populat
43                                              Introduced species can quickly become well integrated in
44                   Our findings highlight how introduced species can threaten the genetic integrity of
45 e difficult to predict due to uncertainty in introduced species characteristics, the novel interactio
46                                              Introduced species could potentially mitigate these risk
47  ecological and evolutionary consequences of introduced species derive from their effects on networks
48 t mutualists experience(6), and we find that introduced species disproportionately interact with othe
49            Replicate samples of the globally introduced species Distaplia bermudensis, Polyandrocarpa
50                         Total recruitment of introduced species during the following summer also was
51                    This may explain why most introduced species either fail to establish or remain as
52 rises because only a small proportion of all introduced species escape, spread, and cause harm (i.e.,
53  the biodiversity of the whole continent, as introduced species establish and spread further due to c
54 s rule either: that approximately 10% of all introduced species establish themselves and that approxi
55 aracter release of dynamic social signals in introduced species experiencing strong sexual selection.
56                            Nonetheless, many introduced species experiencing these same conditions du
57 ere ecological and economic damage caused by introduced species, factors that allow invaders to becom
58                                         Many introduced species fail to interact strongly with the re
59 particular attention should be paid to newly introduced species for which there are no close relative
60  Established species most strongly inhibited introduced species from their own functional guild.
61                    Reduced parasitization of introduced species has several causes, including reduced
62                       Within traded species, introduced species have a more extreme version of this s
63                    We found that extinct and introduced species have comparable functional and phylog
64 ent colonization can arise when resident and introduced species have high niche overlap and consume s
65                                     Although introduced species have long been a source of contention
66                                    Weeds and introduced species have significantly smaller genomes th
67 -indigenous species, including several newly introduced species, highlighting the utility of eDNA met
68 pe has led some authors to consider it as an introduced species in the Balearics.
69 ortance of analyzing spatial composition and introduced species in urban ecosystems (and we develop n
70                                     Although introduced species integrate into interaction networks m
71                                      Whether introduced species invasions pose a major threat to biod
72 e results illustrate how competition with an introduced species may interact with climate to drive lo
73 has been done to assess the possibility that introduced species might shed mutualists such as pollina
74 zed feeding habits have resulted in about 30 introduced species, mostly accidental.
75 sts have struggled to predict the risk of an introduced species naturalizing and invading.
76      One hypothesis for this pattern is that introduced species occupy open niches in recipient commu
77                  For the three most abundant introduced species of ascidian (sea squirt), the timing
78 quantitative understanding of the impacts of introduced species on ecological networks and their biog
79 is most likely due primarily to predation by introduced species, particularly the feral cat, Felis ca
80 rbance, little is known about the roles that introduced species play in novel interaction networks an
81 e implicated as key in determining the roles introduced species play within native pollen transfer ne
82  of equal numbers of novel interactions with introduced species, potentially supporting the idea that
83 lines have evolved throughout the native and introduced species range.
84 nmental drivers will largely fail to predict introduced species ranges in marine ecosystems within po
85                        We estimate that many introduced species remain undiscovered, ranging from aro
86 etition for food between native birds and an introduced species requires intensive management to prev
87                             Damage caused by introduced species results from the high population dens
88                             In several cases introduced species seem to have 're-calibrated' the IDAR
89                                     Further, introduced species significantly homogenize tree communi
90       Although the present study involved an introduced species, similar patterns of hybridization co
91 We uncovered genera that have more weeds and introduced species than expected by chance and plant fam
92  positive interactions among the hundreds of introduced species that are accumulating in coastal syst
93 s, the island of O'ahu, Hawaii, we show that introduced species there shape the structure of seed dis
94 ially to rapid and parallel adaptation of an introduced species throughout the world.
95  and it could be an ideal location for newly introduced species to become established.
96 can open niches and create opportunities for introduced species to evolve increased resource use, a p
97                    However, the capacity for introduced species to replace ecological roles and evolu
98 nity diversity affects the survival of newly introduced species via resource competition.
99 effects of habitat destruction, overfishing, introduced species, warming, acidification, toxins, and
100                                              Introduced species were more likely to be polygynous tha
101 y populations of recently collapsed or newly introduced species while the upper peak--species that ha
102 and propagule pressure) and to the origin of introduced species (wild-caught species show higher inva
103                  If current trends continue, introduced species will account for over half of occurre

 
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