ライフサイエンスコーパス: species composition

1 t have marked differences in environment and species composition).

2 romises rapid and cost-efficient analyses of species composition.

3 ant than dispersal limitation in determining species composition.

4 d contingent on water stress, phenology, and species composition.

5 ering of species abundances than turnover in species composition.

6 ystems of the world and their highly diverse species composition.

7 provinces defined by taxonomy, endemism, and species composition.

8 ity (26%) was attributable to differences in species composition.

9 l gradients in growth that were unrelated to species composition.

10 cale variability arising from differences in species composition.

11 rests, following successional shifts in tree species composition.

12 ng support for landscape-scale divergence in species composition.

13 and density, and some differences in benthic species composition.

14 itment and caused a marked shift in seedling species composition.

15 ransition, corresponding to large changes in species composition.

16 oral reef health have caused major shifts in species composition.

17 east five major types based on its bacterial species composition.

18 sses, different responses from changing tree species composition.

19 an be applied to other wetlands with similar species composition.

20 tion are traditionally focused on changes in species composition.

21 to environmental gradients or to changes in species composition.

22 nk these topological variations to community species composition.

23 t unexplained fine-scale patchy variation in species composition.

24 exhibit large-scale patterns associated with species composition.

25 ntration varies greatly dependent upon local species composition.

26 immigrants from distant sites with different species composition.

27 in is complex, but little is known about its species composition.

28 ompanied by an altered cardiolipin molecular species composition.

29 o determine that locality's biodiversity and species composition.

30 orests will be influenced strongly by future species composition.

31 ect succession, nutrient cycling, and forest species composition.

32 on species richness, relative abundance and species composition.

33 tive influences on forest structure and tree species composition.

34 ting only conservation forests, depending on species composition.

35 mortality, subsequently driving biomass and species composition.

36 urther demonstrating the importance of plant species composition.

37 te abrupt nonlinear or substantive change in species composition.

38 adapted for novel environments regardless of species composition.

39 nfluence, based on the seabird abundance and species composition.

40 nd urban area, revealing a striking shift in species composition.

41 nt quality of a fishery is determined by the species composition.

42 growth and mortality rates are contingent on species composition.

43 itive and experience high temporal change in species composition.

44 t the characteristics of regionally specific species compositions.

45 Minor changes in species composition (3-14%) were explained by changes in

46 netic relatedness) in determining changes in species composition (a) between night periods and (b) ac

47 y similar despite their large differences in species composition, a pattern implicating the Andes as

48 ical functions like herbivory by determining species composition, abundance and behaviour.

49 linked to strong environmental filtering of species composition, abundance and behaviour.

50 by humans are causing the homogenization of species composition across biogeographic barriers(1-3).

51 dependently manipulated species richness and species composition across multiple trophic levels in po

52 egional scales, and increasing similarity of species compositions across sites (biotic homogenization

53 vegetation (abundance, species richness and species composition) across seven European shrublands is

54 ests that richness and associated changes in species composition affect ecosystem attributes through

55 t, we revisited the site and tested how tree species composition affects the dynamics of N mineraliza

56 ls that better represent how community-level species composition affects the phenological response of

57 Fractional size, size structure and species composition all varied among assemblages, and th

58 Although of heterogeneous spatiotemporal and species compositions, all biofilms undergo certain commo

59 mption--that drivers of spatial gradients of species composition also drive temporal changes in diver

60 The tree species composition also significantly affected net N mi

61 y driver of beta diversity, the variation in species composition among local communities, but empiric

62 study plots, but due to high variability in species composition among plots, species were grouped in

63 re key environmental factors affecting plant species composition and aboveground biomass, density and

64 Determining how mosquito vector species composition and abundance depend on environmenta

65 data are available on whether the microbial species composition and abundance sampled with self-coll

66 Species composition and abundance varied markedly in spa

67 st, plots within each field diverged in both species composition and abundance.

68 minant herbivore species that controls plant species composition and accordingly ecosystem functionin

69 dynamics more through their effects on plant species composition and associated root traits than thro

70 factors also have important effects on local species composition and attributes.

71 However, changes both in species composition and barb morphology can be directly

72 arge potential effects of these processes on species composition and biogeochemical cycling.

73 anation for the decoupling between microbial species composition and bulk metabolic function, observe

74 iversity plant communities by altering plant species composition and community-wide foliar nitrogen c

75 This study examined the species composition and distribution, with a particular

76 Our findings illustrate that shifts in plant species composition and diversity can alter the timing a

77 The species composition and diversity of microbial communiti

78 rs recently published research on the global species composition and dynamics of marine biofilms, con

79 pends on agricultural subsidies would revert species composition and ecological functions across farm

80 approach that manages microalgal diversity, species composition and environmental conditions may lea

81 urred along with differences associated with species composition and geographic location.

82 unities were characterized by their distinct species composition and habitat and dietary functional s

83 mework to quantify the contributions of host species composition and habitat patch identity on the pe

84 nt under global changes that may alter plant species composition and hence the quantity and chemistry

85 As a case study, investigations on the species composition and host range of Aphidomorpha in th

86 y of floodplains, our understanding of their species composition and how this may differ from surroun

87 ciated with microbiota encroachment, altered species composition and increased pro-inflammatory poten

88 Shifts in plant species composition and litter quality played a minor ro

89 ent organizations primarily reflect regional species composition and market access, despite stark var

90 Despite changes in species composition and minor changes in small-mammal sp

91 ly stages of biofilm formation determine the species composition and nature of the mature biofilm.

92 onfigure multispecies interactions when both species composition and phenology remain intact.

93 and understanding long-term fluctuations in species composition and relative abundance and whether d

94 While species richness did not change, species composition and relative abundance differed, ind

95 species richness will increase by 26%, while species composition and relative abundance structure wil

96 to disrupt trophic organisation by altering species composition and relative abundances and by drivi

97 duals harbor gut microbial communities whose species composition and relative proportions of dominant

98 s a function of resident community richness, species composition and resource availability.

99 Se-resistant partners, potentially affecting species composition and Se cycling in seleniferous ecosy

100 al partners, hyperaccumulators may influence species composition and Se cycling in seleniferous ecosy

101 Both tree species composition and season significantly influenced

102 have resulted in profound changes in forest species composition and structure.

103 icles with a designed phospholipid molecular species composition and that the lipid environment plays

104 A thorough understanding of malaria vector species composition and their bionomic characteristics i

105 munity to regularly reorganize via shifts in species composition and to exhibit, on average, bigger c

106 d with biodiversity loss and large shifts in species composition and traits.

107 ctions among predators are modified by plant species composition and whether these effects are consis

108 ctive effects of all three factors on fungal species composition and wood decomposition 1 year after

109 The reaction alters the molecular species composition and, as a result, the physical prope

110 ations may cause major reshuffling of Arctic species compositions and functional trait profiles and d

111 the two biomes to have highly divergent tree species compositions and to represent alternative compos

112 investigation of the typology, protein-based species composition, and absolute chronology of Maglemos

113 The size, species composition, and biogeography of microbial commu

114 effects, including changes in biodiversity, species composition, and ecosystem functioning.

115 cted climate warming to alter tree function, species composition, and ecosystem processes at the bore

116 amic function, glycerophospholipid molecular species composition, and normal rates of mitochondrial r

117 This study demonstrates that host density, species composition, and pathogen exposure may all inter

118 tructural complexity was influenced by coral species composition, and was not a simple function of co

119 Circulation Models) on total forest C, tree species composition, and wildfire dynamics in the Lake T

120 Large changes in local species composition appear likely, and proximity to ther

121 mentally that changes in plant diversity and species composition are caused by fungal pathogens and i

122 ports (1997 to 2000), further characterizing species composition as seen in local clinical practice a

123 ective of this study was to characterize the species composition as well as functional potential of t

124 paring the efficiency of carrion removal and species composition at carrion between sites where we ex

125 ghlighted differences in the elemental and S species composition at different stages of embryonic gro

126 were HLA-A29 positive differed in bacterial species composition (beta diversity) compared to HLA-A29

127 Site-to-site variation in species composition (beta-diversity) generally increases

128 Overall, differences have been identified in species composition between biofilm and planktonic forms

129 ere, with high inter-continental turnover in species composition between breeding and non-breeding se

130 pod communities were distinctly different in species composition between developed and natural sites,

131 Differences in species composition between early- and late-night period

132 ding season, and first determined changes in species composition between night periods (early, mid an

133 to monoculture plots, as well as a distinct species composition between plot types.

134 rong patterns of decreasing dissimilarity in species composition between sites along the temperature

135 Differences in species composition between the provinces appear to have

136 ct ecosystem physical and trophic structure, species composition, biogeochemistry, and climate, drawi

137 We demonstrate that not only altered species composition but also changes in the metabolic la

138 in a sampled environment, but the resulting species composition can be idiosyncratic, reflecting spe

139 The whitefly species composition changed: in 1997, SSA1, SSA2 and B.

140 t - especially when attempting to understand species composition changes against a backdrop of climat

141 een amply documented, but beta-diversity-how species composition changes with distance-has seldom bee

142 s variability but not relative abundance nor species composition changes.

143 ardiolipin content with an altered molecular species composition characterized by a shift to shorter

144 k, Hispanic, and Asian) were sampled and the species composition characterized by pyrosequencing of b

145 e new phospholipids had a distinct molecular species composition consisting of saturated and branched

146 oductivity, suggesting that plant growth and species composition could be co-evolving traits together

147 ded extinctions, extirpations, and shifts in species composition, diversity, and community structure.

148 We present species composition, diversity, and dispersal patterns o

149 rtant insights into the relationship between species composition, diversity, ecosystem functioning, a

150 n species richness may mask major changes in species composition driven by anthropogenic change.

151 erent responses between assay types (such as species composition, emission source, and photochemistry

152 lues beyond which significant alterations in species composition exists.

153 Spatial factors that were separable from species composition explained 83% and 51% of the respect

154 ring foraging, but the consequences of plant species composition for infection is unknown.

155 The species composition for pretreatment patients was variab

156 vironmental gradients resulted in dissimilar species composition for these biogeographic regions.

157 flux from 2014 to 2018 and plant biomass and species composition from 2015 to 2018.

158 ast decade have resulted in major changes in species composition from endophilic Anopheles gambiae to

159 e marshes of Delaware Bay (USA) we show that species composition from marsh edge to interior is drive

160 We collected plant growths and species composition from seven field sites in 2011 and c

161 d in multiple biomes, strongly affecting the species composition, function and primary production in

162 lt, there is greater turnover in caterpillar species composition (greater beta diversity) between tre

163 We find that species composition has changed dramatically and directi

164 also derive analytic formulas for assessing species composition (i.e. the numbers of shared and uniq

165 A network analysis of non-native species compositions identified these regions to be cent

166 ty is necessarily associated with changes in species composition (identity), and that changes in biod

167 IV-1) was tested by analysis of plasma quasi-species composition in 7 subjects in whom plasma HIV-1 R

168 "ecological drift") influence diversity and species composition in a locality independent of their n

169 We analyzed changes in tree species composition in a network of 10 annually censused

170 This shift in species composition in favour of exotic annual grasses,

171 land species, but few studies are focused on species composition in fish feed.

172 S, a software pipeline for quantification of species composition in food.

173 ecological processes influence diversity and species composition in natural communities.

174 h theoretical predictions of major shifts in species composition in response to environmental forcing

175 Given that species composition in the Alaskan and western Canadian

176 oup sizes in general but also to the diverse species composition in the groups.

177 temperature anomalies and changes in copepod species composition in the northern California Current i

178 ost genetic factors in shaping the bacterial species composition in the rumen by performing a genome-

179 m the novel feeder with greater diversity of species composition in their mixed-species flocks.

180 The results suggest potential shifts in species composition in this region due to species-specif

181 nthropogenic global change is altering plant species composition in tropical forests.

182 changes in climate and forest structure and species composition in unmanaged forests brought about b

183 landscape at each time period, we found that species compositions in 74% of landscapes now have a hig

184 This study demonstrates how species composition influences reef community responses

185 species-specific models in combination with species composition information to 'upscale' model predi

186 fications determined that interpretations of species compositions, insecticide resistance assays, hos

187 ochondrial cardiolipin content and molecular species composition is a prominent regulator of bioenerg

188 Species composition is also contingent on early communit

189 or choline, whereas phosphatidylcholine acyl species composition is influenced by both inositol and c

190 Although vertebrate scavenger efficiency and species composition is likely influenced by the spatial

191 ase downstream of tributary confluences, and species composition is most similar between tributaries

192 As with other ecosystems, its species composition is resilient against small disturban

193 Analyses show evidence that tree species composition is strongly linked to temperature an

194 is that a key influence on plant biomass and species composition is the interaction between N and P a

195 a-diversity-differences among sites in their species compositions-is critical to forecast communities

196 richness through time, but steady change in species composition, leading to an increase in spatial h

197 l and sialic acid, indicating that shifts in species composition likely impact the metabolic potentia

198 wever, can vary geographically, depending on species composition, local oceanographic forcing, and ot

199 combination of surface meteorological data, species composition maps, remote sensing, and ground-bas

200 it is not known whether temporal turnover in species composition match terrestrial flowering or wheth

201 These changes in forest structure and species composition may have decreased water yield by as

202 nown whether such shifts in biodiversity and species composition may, themselves, be major contributo

203 is shown to be strongly influenced by plant species composition, mediated, in this case, by the prov

204 Tree species composition of a plot was also an important dete

205 and ethanol lures significantly altered the species composition of beetles captured in experiment pl

206 has a m/z = 205.0450, suggesting a molecular species composition of C10H7NO4.

207 There were also changes in the abundance and species composition of Collembola, fungal-feeding arthro

208 ly limits diatom productivity and influences species composition of communities.

209 how that the spatial distribution, size, and species composition of farms all influence the observed

210 ay be influenced by the species richness and species composition of forest stands.

211 The species composition of gaps was unpredictable even for p

212 We detected a striking change in species composition of larvae and colonists after the er

213 To determine the presence and species composition of malaria infections, we screened a

214 a range of methods for identification of the species composition of MBM.

215 o lagoon systems are similar in terms of the species composition of metazoans and microeukaryotes, ou

216 tion-based approach to determine the precise species composition of mixed- Candida species biofilms f

217 Mass spectrometry revealed that the acyl species composition of phosphatidylinositol is relativel

218 ta-diversity for tropical trees by comparing species composition of plots in lowland terra firme fore

219 n lead to major changes in the abundance and species composition of primary producers, ultimately aff

220 In contrast to expectations, the species composition of roots in our soil core samples wa

221 multidimensional scaling indicated that the species composition of sponge communities depended more

222 , when microbial aerosols originate locally, species composition of the aerosols should reflect the p

223 Changes in the species composition of the aphid fauna in reference to t

224 on to one another about the cell density and species composition of the bacterial community.

225 iation studies, a consensus is evolving that species composition of the gastrointestinal microbiota i

226 metric species estimators to investigate the species composition of the Guangzhou retail market and c

227 as 1% could be identified, depending on the species composition of the mixtures.

228 ipids and no change in the size or molecular species composition of the phosphatidylcholine pool in i

229 are governed by regional differences in the species composition of the plankton community.

230 The phospholipid molecular species composition of the vesicles reflected almost exc

231 nse to changes in the population density and species composition of the vicinal community.

232 shifts of breeding grounds could affect the species composition of the world's major flyways.

233 of snow algae communities and determined the species composition of these communities using metabarco

234 ge dominance indicates the potential for the species composition of treeline to change in response to

235 sturbance-driven alterations of habitats and species composition of trees.

236 The species composition of wolf-killed prey and the age and

237 The species composition of zooplankton communities determine

238 strongly correlated with spatial changes in species compositions of bivalves, a major component of t

239 gical proxies: sediment stratigraphy and the species compositions of fossil diatom and midge assembla

240 onate and CO(2) concentrations may alter the species compositions of freshwater plant communities.

241 Species compositions of gut microbiomes impact host heal

242 turnover (median = 43%, 95% CI = 35-69%) in species compositions of most IBAs were projected by 2100

243 Using this approach, we found that although species compositions of mothers and infants converged ov

244 terogeneous patterns of numbers, routes, and species compositions of parasites transported.

245 terogeneous patterns of numbers, routes, and species compositions of parasites transported.

246 le matching problem to identify all possible species compositions of such microbial communities.

247 a dramatic change in the flux, and possibly species composition, of settling larvae.

248 nge in understanding microbiomes is that the species composition often differs among individuals, whi

249 sistent with the observed influence of plant species composition on aphid population suppression.

250 ected vertebrate hosts, the role of wildlife species composition on Lyme disease risk has been a topi

251 tudies on the effects and mechanisms of tree species composition on N transformation are very limited

252 ciated with information loss was greater for species composition; on average ca. 90% of species in ra

253 iation is caused by differences in microbial species composition or by the presence of different stra

254 We found no evidence of dietary shifts in species composition or diversity, with Bulwer's petrel a

255 tudies have considered collateral effects on species composition or ecosystem functions.

256 icted to be largely insensitive to community species composition or geological age).

257 Little commonality in species composition or structure is evident across the p

258 communities routinely have several possible species compositions or community states observed for th

259 ling and, thereby, plant abundance and plant species composition over a period of 5 years.

260 er, we found remarkable changes in waterbird species composition over time.

261 his result emphasizes the critical role that species composition plays in mediating nutrient and carb

262 However, changes in galactolipid molecular species composition point to an adaptation of lipid flux

263 at two forest sites in Panama, differing in species composition, rainfall and soil fertility.

264 ably resistant to altered precipitation with species composition relatively stable over time.

265 l forests converge towards an equilibrium in species composition remains an elusive question, hampere

266 tility than the undisturbed sites, the plant species composition reveals a satisfactory degree of ren

267 mperature and moisture) and changes in plant species composition (root traits).

268 shifts in forestry practices affecting tree species composition roughly coincided with high-frequenc

269 Monitoring and understanding change in species composition should be a conservation priority.

270 e jointly explained ~60% of the variation in species composition; soil variables alone explained 21.6

271 though there are clear relationships between species composition, spatial and environmental distances

272 the vegetation response variables: biomass, species composition, species richness and density.

273 mong the many possible causes are changes in species composition (taxon sampling) that could influenc

274 ount explicitly for ecological factors (e.g. species composition, temperature or food availability) a

275 e examined to assess the degree of shifts in species composition that could be accounted for by clima

276 oits the large databases on plant traits and species composition that have recently become available

277 monitoring and could mask subtler changes in species composition that nonetheless endanger insect-pro

278 dditive mixed models, we identify areas with species compositions that are more influenced by basin-s

279 ass at each elevation despite differences in species composition; that is, the experimental elevation

280 ent of cardiolipin with an altered molecular species composition thereby identifying the mechanism un

281 s richness impact metrics refer to different species compositions, they cannot be easily compared or

282 habitat condition with spatial variation in species composition, to show that retaining these remain

283 f malaria transmission--together with vector species composition, topography, host and parasite genet

284 urnover rates given potential shifts in tree species composition under future climate scenarios while

285 tivity of tropical anurans and addressed how species composition varied during night activity in asse

286 An unexplained observation is that gut species composition varies widely between individuals bu

287 The P species composition was also pH dependent, with 82% occu

288 positive, because a high spatial turnover in species composition was closely related to a high spatia

289 s etiology, a steady transition in community species composition was observed with disease progressio

290 noted whilst in the other habitats, Borrelia species composition was relatively stable over time.

291 en enrichment on productivity, diversity and species composition, we know little about the relative i

292 h profiles, kinetic parameters, or microbial species composition, we predict the concentrations and v

293 Culture positivity rates and bacterial species composition were similar in KPro, PKP, and contr

294 d to test the influence of plant density and species composition (wheat monoculture or wheat and faba

295 -caused mortality was the potential shift in species composition, which will alter litterfall chemist

296 le to delineate clear successional trends in species composition, while also revealing that site-spec

297 r sensitivity to these variables, suggesting species composition will influence how reef communities

298 Species composition within ecological assemblages can dr

299 scale results because dissimilarity in local species composition within regions increased with produc

300 that have greater spatial variation in plant species composition within sites (higher beta diversity)