ライフサイエンスコーパス: evenness

1 interactions between a few species (i.e. low evenness).

2 y skewing the relative abundance of species (evenness).

3 diversity (richness) and relative abundance (evenness).

4 d drove a reduction in overall diversity and evenness.

5 se to increased variability due to increased evenness.

6 rmance from others elicited a larger P2 than evenness.

7 tify mechanisms driving both aggregation and evenness.

8 cantly from mucositis in species richness or evenness.

9 ty and vulnerability, but not on interaction evenness.

10 RUE was positively related to phytoplankton evenness.

11 resulted in increased richness but decreased evenness.

12 lichens, and decreased species diversity and evenness.

13 side ecosystem has high species richness and evenness across forest reserves and smaller forest fragm

14 esults suggest that macrophyte abundance and evenness along wave-swept open-coasts will also change.

15 d a metric of vegetation vertical extent and evenness also predicted biomass gains and losses for one

16 mitigate this ecological damage by promoting evenness among natural enemies.

17 The increases in evenness and abundance were driven by increases in struc

18 s in strand specificity, library complexity, evenness and continuity of coverage, agreement with know

19 female finches were characterized by greater evenness and phylogenetic diversity compared to healthy

20 have analyzed the effect of sample richness, evenness and phylogenetic diversity on the formation of

21 And finally, species evenness and rare species abundances may be driving rela

22 es in abundance, caused declines in both the evenness and richness of communities.

23 versity (especially assemblages of different evenness and richness) of individuals of both mycorrhiza

24 values of weighted connectance, interaction evenness and robustness (measured as simulated tolerance

25 Changes in species evenness and the rank order of dominant species are more

26 however, the eukaryotic community structure (evenness) and the patterns of both eukaryotic and bacter

27 or decreases in species richness, diversity, evenness, and density, and some differences in benthic s

28 with more abundant flowers, greater species evenness, and greater color diversity.

29 iversity, including measures of richness and evenness, and individual genera were tested for associat

30 We found fewer taxa, reduced taxonomic evenness, and lower biomass in the extreme low pH zones.

31 eased bacterial diversity, increased species evenness, and significantly changed the bacterial commun

32 that PO significantly improves lipid spread, evenness, and thickness suggests that the performance of

33 c increase with area, whereas divergence and evenness are scale invariant.

34 ibit significant decreases in complexity and evenness as a consequence of the preferential decline in

35 increased herbivore aggregation or increased evenness, as both trends have been experimentally docume

36 Higher HMO diversity and evenness at 1 mo were associated with lower total and pe

37 ese variables were correlated with community evenness (at any given time) and variability in phylogen

38 biodiversity (i.e., occupancy, richness, or evenness) at the community level.

39 ins increased the phylogenetic diversity and evenness between taxa of the fecal microbiome 24 h after

40 te influence on functioning at low levels of evenness, but that changes in biomass distribution and a

41 decline contributes to increased population evenness by the end of the first year.

42 species richness, flower abundance, species evenness, color diversity, and presence of charismatic s

43 observed changes in community complexity and evenness commenced well before the dramatic population d

44 mixture treatments had greater richness and evenness compared to antibiotic alone treatments, possib

45 icrobial communities had higher richness and evenness compared to the suspended communities in water

46 change across habitats, though phylogenetic evenness declined in plantation interiors.

47 of generality, vulnerability and interaction evenness decreased significantly with increasing elevati

48 essively resembled controls as diversity and evenness decreased, while total abundance increased.

49 While plant species richness or evenness did not change with earthworm invasion, our res

50 es of beta than extreme 8) rank shifts or 9) evenness differences.

51 nover, 6) decoupling of species ranks and 7) evenness differences.

52 Nc-bacterial evenness displayed linear, unimodal, or no response to a

53 CR and CS asthma did not differ in richness, evenness, diversity, and community composition at the ph

54 Moreover, evenness effects among natural enemy groups were indepen

55 strengths promoted avian nest survival, and evenness explained demography better than urbanization,

56 We quantified abundance, species richness, evenness, flowering and dominance in relation to biotic

57 communities, and that different patterns of evenness for both high- and low-abundance taxa may be im

58 nalysis revealed that bacterial richness and evenness gradually declined downriver in both the free-l

59 ontrast, the ecological effects of disrupted evenness have received far less attention, and developin

60 The general improvement in peak evenness improves accuracy for the automated base-callin

61 the number of crossover sites and increased evenness in crossover spacing.

62 The maximum potential species evenness increased with IM strength but decreased with i

63 gal diversity, both in terms of richness and evenness, increased consistently in the FACE treatment,

64 ered community dominance patterns: Community evenness increases as dominant species decrease in bioma

65 portant in governing system functionality as evenness increases.

66 ila Wnt1, Wingless, requires the function of Evenness Interrupted (Evi)/Wls, a Wingless-binding prote

67 vesicles containing the Wnt-binding protein Evenness Interrupted/Wntless/Sprinter (Evi/Wls/Srt).

68 or or pathogen species, and so resulted from evenness itself.

69 rce) was negatively related to phytoplankton evenness (measured as Pielou's evenness), whereas zoopla

70 Neither richness, evenness nor overall diversity was directly related to e

71 brated examiners assessed brushing duration, evenness of distribution of brushing time across areas o

72 Evenness of distribution of brushing time and duration o

73 Regression analysis revealed that evenness of distribution of brushing time and duration o

74 ng to examine if the biological richness and evenness of freshwater diatom communities in the Falun a

75 hat both increased aggregation and increased evenness of herbivores can result from induced resistanc

76 Evenness of interaction strengths promoted avian nest su

77 mission--pathogen dispersion kernels and the evenness of mixing across scales of aggregation--and dem

78 ested per meal, with lower values reflecting evenness of protein intake.

79 re affected by both species richness and the evenness of relative abundance.

80 Species richness and evenness of south-latitude communities were less affecte

81 range area, average daily distance traveled, evenness of space use within the home range, and glucoco

82 rength on ecosystem properties including the evenness of species abundances and variability of system

83 We increased the richness and evenness of suspension-feeding caddisfly larvae (Insecta

84 pics to the poles but also a decrease in the evenness of their distribution.

85 eases in nutrients increased the biomass and evenness of tide pool macrophytes where consumer abundan

86 sulting library complexity, reproducibility, evenness of transcript coverage, 5' and 3' bias and plat

87 endence of community diversity and community evenness on proportion of destroyed sites.

88 e changes in species richness, diversity and evenness over a wide range of invertebrate green and bro

89 ominance structure within specific levels of evenness, rather than changes in species richness and co

90 tem function requires restoration of species evenness, rather than just richness.

91 ion, and developing strategies for restoring evenness remains a conceptual challenge.

92 l community, in large part due to changes in evenness resulting from the relative dominance of H. hep

93 rbon was still the main driver of changes in evenness, Shannon diversity and FE community composition

94 gnificantly lower in the SDM, and the Pielou evenness showed the opposite pattern.

95 ber of unique haplotypes), rather than their evenness (the extent of similarity in relative abundance

96 units (OTUs) to 130 +/- 70, increased Pielou evenness to 0.60 +/- 0.06, and produced communities domi

97 ially offers a means of returning functional evenness to ecosystems.

98 rved differences in abundance, diversity and evenness to the process of community assembly.

99 re high and plant biomass was low when enemy evenness was disrupted, as is typical under conventional

100 s for which a tradeoff was detected, species evenness was higher, and resource addition and consumer

101 Microbial richness and evenness was typically highest in the anoxic monimolimni

102 The species richness and evenness were determined from the T-RF length and volume

103 , but per-sample OTU richness, diversity and evenness were increased.

104 Richness and evenness were reduced in both antibiotic and mixture tre

105 phytoplankton evenness (measured as Pielou's evenness), whereas zooplankton RUE was positively relate

106 to have significantly enhanced diversity and evenness with a continuous distribution in the RMSD spac

107 x is a demographic measure that assesses the evenness with which whites and blacks are distributed ac