ライフサイエンスコーパス: season

1 eight-week sampling period during influenza season.

2 iet between males and females during the low season.

3 ciaries ages >=65 years during the 2018-2019 season.

4 d became smaller during the seabird breeding season.

5 lacebo (484 infants) at the start of the RSV season.

6 onfined to daylight hours during the growing season.

7 in players who were scanned both on- and off-season.

8 antibody responses during the following RSV season.

9 -January) than the nonbreeding (July-August) season.

10 of samples collected during the non-breeding season.

11 available larval host plants during the dry season.

12 r, incidence increased toward the end of the season.

13 s for earlier germination within the growing season.

14 a higher prevalence of this parasite in this season.

15 ence of queen pipes over the entire swarming season.

16 2).day(-1), respectively, during the growing season.

17 take through extension of the active growing season.

18 Sevilla and Huelva) was evaluated by harvest season.

19 coli levels were the highest during the wet season.

20 ax (cell-based, n = 23) during the 2017-2018 season.

21 ly select for less risk-spreading within the season.

22 ivalent vaccines (egg-derived IIV4) for that season.

23 wing period shortened during the mid-growing season.

24 and vegetation greenness during the growing season.

25 RDI applied after veraison or throughout the season.

26 than algae productivity across location and season.

27 nt among years, but also within each growing season.

28 er a 2 month period in the middle of the dry season.

29 ing influenza vaccine strains each influenza season.

30 er, encompassing the majority of the growing season.

31 severe LRTI were enrolled during respiratory season.

32 or, particularly during the seabird breeding season.

33 nd antivirals during the height of influenza season.

34 myricetin-3-glc and myricetin-3-gal in 2017 season.

35 SOT patients during the 2017-2018 influenza season.

36 e palpation during the influenza vaccination season.

37 ay eight games each as an end to the regular season.

38 ollected from adults during the reproductive season.

39 plant community structure during the growing season.

40 aporation from the soil surface early in the season.

41 the only means to survive the long, hot dry season.

42 n-growing season than in the typical growing season.

43 g the activation of CiFT2 the following cold season.

44 sary to maintain canopy during simulated dry seasons.

45 d influenza in people with asthma across all seasons.

46 align their growth and development with the seasons.

47 milar between regular and hay milk and among seasons.

48 omposition was studied over two vine-growing seasons.

49 s over the 2015-2016 and 2016-2017 influenza seasons.

50 011/2012, 2012/2013, and 2013/2014 influenza seasons.

51 and other endemic areas with brief sand fly seasons.

52 by conducting assessments outside of holiday seasons.

53 e pests in Ghana over three successive field seasons.

54 (Grove III) and 2015-2016 (Grove II) citrus seasons.

55 ress varies significantly across regions and seasons.

56 erry were investigated for three consecutive seasons.

57 ission for collard greens during two growing seasons.

58 initis (AR) prescriptions in successive mite seasons.

59 during the 2010-2011 to 2015-2016 influenza seasons.

60 ) curves measured in situ over three growing seasons.

61 -11%/month during the 2011-2012 to 2014-2015 seasons.

62 enza during the 2010-11 to 2015-16 influenza seasons.

63 of trans-piceid and total stilbenes in both seasons.

64 ably between species, spatial locations, and seasons.

65 ations were computed over weeks, months, and seasons.

66 and influenza B titers were similar between seasons.

67 elations in survival between age-classes and seasons.

68 ervals across a year, because of weather and seasons.

69 ociated with lower odds of recovery in all 3 seasons: 2011/2012 (odds ratio [OR] = 0.70; 95% confiden

70 pitalized with bronchiolitis over 6 epidemic seasons (2012-2013 to 2017-2018) was carried out.

71 was conducted over two influenza vaccination seasons, 2017-2018 and 2018-2019, in four GP practices i

72 um AWC capacity with respect to location and season; 4-8 L/m(2) system footprint/day can be captured

73 ), plus the interaction between location and season (48.6% of TSS).

74 Over 11 seasons, 6954 children with AGE were enrolled and submit

75 After the RSV season, 9 of 20 vaccinees had increases in the RSV titer

76 eeper in years associated with drier nesting seasons, a finding best explained as a plastic response

77 We also measured end of season above- and belowground net primary production (AN

78 vergreen species measured in two contrasting seasons across several field sites/biomes; and (b) 21 sp

79 tions, during the ice-covered and open water seasons, across a hydrologic continuum (composed of thaw

80 s and habitat quality during the nonbreeding season affected its subsequent survival and reproductive

81 y transitions between pronounced dry and wet seasons, affecting food security for two-thirds of the w

82 rescue medication, significant in the first season after treatment.

83 onal Basketball Association (NBA) paused its season after ~ 64 games due to the Coronavirus 2019 (COV

84 nd phenolic compounds, was increased in both seasons after Hd applications.

85 pectively, across the 2018 to 2019 influenza season and 1,857 and 1,449 influenza A and influenza B p

86 60% of samples collected during the breeding season and 84% of samples collected during the non-breed

87 equency of encamped behaviour during the dry season and at night-the times when most crop consumption

88 asitaemia at weekly surveys during the rainy season and at the end of the transmission season was sev

89 es suggest similar diets during peak tourist season and differences in diet between males and females

90 is to comprehensively investigate the birth season and female fertility relationship.

91 and sequencing analyses may be influenced by season and host sex.

92 benes content in grapes independently of the season and its effects on the rest of phenolic compounds

93 differences in sei whale calling varied with season and location.

94 entially suitable areas for the non-breeding season and progressively refine their migration route as

95 ver, the lengthening of the monsoon rainfall season and reduced evapotranspiration will shorten the w

96 eir variation by plant traits/groups, across season and time as well as their attribution to warming

97 yses including interaction effects with both season and time of day.

98 tients with InfA infections during an entire season and to investigate in-ward transmission at a larg

99 ked specific females throughout the breeding season and used extinction risk and per capita growth ra

100 nited States to simulate different influenza seasons and the impact of reducing the variability in re

101 hildren conceived in September (in the rainy season), and smallest in those conceived in March (in th

102 ulk soils differing by cover crop treatment, season, and edaphic properties in the third year of an o

103 ype, successional dynamics, time since fire, season, and fire severity.

104 Independent of climate, season, and region, indoor wheat farming could be enviro

105 anship award, register for a mixed team next season, and train with Muslims 6 months after the interv

106 dicting khulan visits during the non-growing season, and vegetation greenness during the growing seas

107 urveys conducted during and between breeding seasons, and assessed the reliability of inferences abou

108 in stem radon emissions across tree species, seasons, and diurnal periods suggest that plant transpor

109 in the atmosphere at different times of day, seasons, and locations across North America.

110 This study aimed to evaluate season- and processing-related changes in the modified p

111 ll carbon uptake took place during the rainy season at the beginning of 2011, while a substantial net

112 st-burial time increases, surveying in these seasons became increasingly important.

113 location trade-off at the end of the growing season because of C-limiting thermal conditions and prio

114 ar the community is into that year's growing season (both reflecting the rates of photosynthesis) and

115 e warming and drying, especially during late season, both of which should further expand the water-li

116 at climatic changes may be beneficial in one season but result in detrimental conditions in another b

117 These changes resulted in a longer growing season, but a constant generative period in wild plants

118 t methylation hotspots during the open water season, but subsequent export of MeHg to downstream ecos

119 r nearshore distribution during the breeding season, but their pelagic habitat use patterns remain mo

120 butions from influenza type A viruses across seasons, but relatively stable contributions for the oth

121 for different hydroclimate signals: earlier season cellulose is a better recorder of RH while late-s

122 lulose is a better recorder of RH while late-season cellulose is a better recorder of the source wate

123 We find that the shoulder seasons contribute to about a quarter (25.6 +/- 2.3%, me

124 e time is not a confounder, including out-of-season controls can improve precision.

125 ime-varying vaccine status, including out-of-season controls, and open populations.

126 iming, crop rotation, double-cropping, inter-season cover crops, no-tillage system and use of modern

127 entrations during the birch and grass pollen season defined via the EAACI criteria, and total nasal s

128 e, it is necessary to find an adapted pollen season definition as individual solution for each pollen

129 rgy and Clinical Immunology (EAACI) proposed season definitions for Northern and Middle Europe.

130 tem examination developed GE, independent of season, depth and duration of trawl and ascent speed.

131 We find that higher among-season dormancy selects for earlier germination within t

132 eases the need for bet hedging through among-season dormancy.

133 s were high prior to and during the breeding season, driven by a combination of high thermoregulatory

134 tribution by fertilizer inputs from previous seasons due to the lack of long-term trials.

135 ormation on timing of cases within the rainy season (e.g., early vs. late) was lacking, limiting furt

136 Bees were collected across the growing season (early-, middle-, and late-season) for two years

137 ent induced a reproductive response in later seasons: Egg volume and nestling survival were higher in

138 edict C3 plant V(cmax) based on mean growing season environmental conditions.

139 gration of all species peaked during the wet season every year across localities, suggesting regular

140 nds in grapes and wines depended strongly of season factor.

141 maize hybrids evaluated in 4 years of second season field trials for the traits grain yield, number o

142 , and pup daily mass gain to indicate within season fitness outcomes.

143 Greater within-season flowering synchrony in postfire mating scenes fur

144 ductive patterns throughout the reproductive season for each female.

145 aegypti were recorded monthly and grouped by season for three years.

146 ip between TDD and PDD was consistent across seasons for all but one of the 12 best-sampled species (

147 he growing season (early-, middle-, and late-season) for two years using passive trapping methods, an

148 samples collected in the 2014/2015 influenza season from 232 individuals aged >=60 years at ILI-onset

149 to 70% in 2012), and during the summer-fall season (from 2% in 2007 to 13% in 2012).

150 d increased every year, both during the peak season (from 38% in 2008 to 70% in 2012), and during the

151 Some species appear to be adding a late-season generation, whereas other species appear to be ad

152 ought health care for ILI symptoms varied by season, geographical region, age group, and sex.

153 g priority effects select for earlier within-season germination phenology which in turn increases the

154 ing will differ from year to year, season to season, habitat to habitat, or species to species.

155 DPPH and ABTS tests revealed that in the dry season had the most potent in vitro antioxidant activity

156 age increases and the Arctic warms, the cold season has been shown to account for over half of annual

157 Until recently, cold seasons have been assumed to have negligible impacts on

158 relative to three periods within the nesting season (i.e., early, peak, and late) and two nest densit

159 Finally, during the breeding season immatures were widely dispersed through the North

160 the most energetic North Atlantic hurricane season in 50 years on the genetic diversity and structur

161 rease in CWT within the experimental growing season in both treatments.

162 contribute to the severity of the 2017-2018 season in North America.

163 We estimate the 2015 fire season in Saskatchewan emitted a total of 36.3 +/- 15.0

164 uman population like clockwork in the winter season in temperate regions.

165 Cold seasons in Arctic ecosystems are increasingly important

166 ing clean to polluted conditions-wet and dry seasons in central Amazonia and Southeastern U.S. summer

167 nestling survival were higher in subsequent seasons in the increased versus reduced broods' treatmen

168 ial to circulate in schools during influenza season, in large enough doses known to cause infection.

169 ith 2% (w/v) CaCl(2) throughout the fruiting season, in two consecutive vintages, and in grape cell c

170 detection to assess whether sex and breeding season influenced the prevalence of a specific Haemoprot

171 Egg- and cell-derived 2018-2019 season influenza vaccines elicited similar neutralizatio

172 0.75; 95% CI, 0.69-0.82); results varied by season, influenza status, vaccination status, and age.

173 During the studied influenza seasons, influenza vaccination was at least modestly eff

174 n be predicted by two ecological factors-dry season intensity and human population density.

175 agement of these weeds early in the cropping season is a prerequisite to population reduction and the

176 natural infection in the previous influenza season is the only immunity propagation mechanism to del

177 The adequate definition of pollen seasons is essential to facilitate a correct diagnosis,

178 on of tree ring width (TRW) records, growing season length and simulated subdaily soil hydrology to p

179 port the paradigm that variation in breeding season length is a major selective pressure driving life

180 tling growth rates increased, while breeding season length, renesting propensity and adult survival d

181 , another reason is likely differing growing season lengths and timings, which would affect the seaso

182 rtial colony attendance outside the breeding season, likely supported by local resources.

183 ssion titre against infection status in that season, limiting analysis to households with infection(s

184 inters and thus monitoring the virus in both seasons may be important for vaccine development.

185 standing how current and future glacial melt seasons may influence downstream environments.

186 cade (p < .05) during the vegetation growing season (May through October), suggesting that the region

187 During the following RSV season, medically attended acute respiratory illness (MA

188 During the ice-covered season, MeHg concentrations in lake waters were approxim

189 , only precipitation seasonality and growing season moisture availability were correlated to aspects

190 ifically, we identified the role of an early-season national show in the propagation and spatial diss

191 e shows for 1 to 2 weeks following the early-season national show, could potentially reduce IAV trans

192 al pathways underlying relationships between season of birth and later life health outcomes.

193 d a differential expression (DE) analysis of season of birth in full-term human placental tissue to e

194 two cohorts may reflect a delayed effect of season of conception on postnatal telomere maintenance.

195 g-transformed 25OHD, adjusting for age, sex, season of measurement, and vitamin D supplementation.

196 d to winter cereal crops during the breeding season of most farmland birds.

197 rocognitive effects, with research showing a season of RHI produce white matter (WM) changes seen on

198 ues to the possible postpandemic circulating season of SARS-CoV-2 and add to the knowledge pool neces

199 asting Panamanian forests throughout the dry season of the 2016 El Nino.

200 In the second growing season of treatment, the shrub warming response rate inc

201 was measured twice weekly during the growing seasons of 2009 through 2013.

202 d comprehensive measurements across multiple seasons of sampling to account for temporal variability

203 each year, as expected, we observed a "peak season" of elevated up-call detections in late winter an

204 licated 7.2% (0-23.1% in different influenza seasons) of cases of influenza-associated respiratory fa

205 rom 2002-2017 during the gray whale foraging season off northeastern Sakhalin Island, Russia.

206 mperature variations during the crop growing season on seed yield, nutrient uptake and stoichiometry

207 The influence of seasons on biological processes is poorly understood.

208 tra predict the swarming within the swarming season only, and that this limitation can be lifted prov

209 7-2018 and changed according to the epidemic seasons only.

210 s (aboveground biomass and growth rate) each season over a year.

211 The 2018 tropical cyclone (TC) season over the western North Pacific (WNP) underwent tw

212 se brooded lecithotrophic larvae in the same season: Paramuricea clavata, Corallium rubrum and Eunice

213 under deepened winter snow in early growing season, particularly in deeper soil layers.

214 Over the course of each breeding season, pelican cohorts began by foraging in suboptimal

215 th OA (in all cricketers), adjusted for age, seasons played, playing standard.

216 s in the feeding niches during the low water season, plus temporal overlap between the peak exploitat

217 be used to approximate local observed early-season pollen concentrations as reported by the National

218 -risk patients in adult EDs during influenza seasons, potentially improving diagnoses and treatment.

219 Growing-season temperature and growing-season precipitation drove global variation in K(S) inde

220 hough the extracts obtained during the rainy season presented the higher Fe(2+) chelating and Ferric

221 As reproductive seasons progress, females often shift from greater energ

222 ive effort per offspring as the reproductive season progressed; smaller eggs were laid earlier, large

223 ouble-capture approach, even within a single season, provides valuable insights into the demography o

224 In the 2017-2018 influenza season, quadrivalent, inactivated cell-derived influenza

225 eliminating temporal variability in growing season rainfall over a wide range of precipitation amoun

226 ween rain, extreme rain, flood, drought, and season (rainy vs. dry) and diarrheal illness.

227 ian individuals during the 5- to 6-month dry season, rarely causing symptoms and minimally affecting

228 TARUF02 was ~30% higher during the breeding season, reflecting a higher prevalence of this parasite

229 s influenza B-Victoria and A(H1N1)-dominated season, RIV4 was moderately more effective than other va

230 Over the RSV season, RSV-MAARI occurred in 2 vaccinees and 4 placebo

231 abitat breadth) and environmental variables (season, sea surface temperature [SST] anomalies, El Nino

232 ohort, consisting of pre- and post-influenza season sera from PCR-confirmed influenza cases (n = 50),

233 2018-2019 southern spring and summer stormy seasons show that high-altitude water is preferentially

234 udies during the A(H3N2)-dominated 2017-2018 season showed slightly higher RVE for the cell-cultured

235 erity on fruit were analyzed based on citrus season, side of tree evaluated, height within the canopy

236 onclude that the cultivar and the collection season significantly affect the bioactive content and th

237 and temperature driven reductions in growing season significantly reduces expected annual agricultura

238 atus of the sampled individuals was based on season, single-hormone ranks and multi-variate analysis

239 During the third breeding season, social cues were experimentally added at 10 form

240 ant N, leaf area index, harvest index and in-season soil water content from 2-year experiments in eac

241 mals inhabiting such environments often show season-specific adaptations to cope with alternating sel

242 ghlight the importance of spatially explicit season-specific oil spill risk assessment in the Arctic

243 erted to organic mass (OM) using region- and season-specific OM:OC ratios.

244 of each breeding season to estimate age- and season-specific survival probabilities and incorporate e

245 Over the entire study, the peak season start date varied between 17 January and 26 Febru

246 s the surveys progressed towards the monsoon season suggest temporal shifts in GRD socio-behavioural

247 were measured in October during low tourist season, suggesting stingrays may be forced to rely on na

248 Growing-season temperature and growing-season precipitation drov

249 idence for largely transient within-breeding season temporal processes and limited spatial processes,

250 ic has been more apparent in the non-growing season than in the typical growing season.

251 d-species groups during the non-reproductive season that typically exhibit a nearly linear dominance

252 At peak mosquito season, the number of female mosquitoes was 95.5% lower

253 developing fruits initiated in the previous season through an unknown mechanism.

254 oratory-confirmed influenza during 2011-2015 seasons through CDC's Influenza Hospitalization Surveill

255 wards the beginning and end of each breeding season to estimate age- and season-specific survival pro

256 al change across species and over the entire season to reveal shifts in the community-level distribut

257 imate warming will differ from year to year, season to season, habitat to habitat, or species to spec

258 mulated the 2011-2012 to 2014-2015 influenza seasons to estimate the potential contribution of leaky

259 der adults over five consecutive vaccination seasons to identify shared signatures of vaccine respons

260 cochemical properties during early- and late-season tropical cyclones affecting Okinawa, Japan.

261 es were grown in field conditions during two seasons under a control (0 N) and a N-fertilized treatme

262 were measured from 2014 through 2018 growing seasons using the static chamber.

263 iture and short-term fitness outcomes within seasons, using maternal daily mass loss rate to indicate

264 In the field, across all sites/seasons, variations in R(25) (measured at 25 degrees C)

265 link events between nonbreeding and breeding seasons via an individual's condition, in turn affecting

266 from California confirmed a finding of intra-season waning of influenza vaccine effectiveness.

267 O emissions, but daytime, nighttime or short-season warming did not have significant effects.

268 ces per 100 school days during the influenza season was -0.63 (95% CI -1.14, -0.13; p = 0.014) in 201

269 ny season and at the end of the transmission season was several times higher in children who missed t

270 Season was the most important factor in the variability

271 Seal mass gain between breeding seasons was (a) negatively associated with lagged North

272 Over 5 successive breeding seasons we measured resting HRV of 57 lactating grey sea

273 After controlling for tree size and season, we found no negative pairwise correlations betwe

274 niche width (SEAs) of Carn Mor mice in each season were distinct from the other locations, and becam

275 for sour cherry usage, independently of the season were proposed.

276 cted delivery date near the start of the RSV season, were randomly assigned in an overall ratio of ap

277 e Karnali River of Nepal during the low-flow season when habitat was heavily reduced and water demand

278 ginal Blob, Blob 2.0 peaked in the summer, a season when little is known about the physical drivers o

279 winter and early spring corresponding to the season when right whales congregate to feed in CCB.

280 eak CH(4) fluxes were greater during the wet season when the water table was high and temperatures we

281 zation from NHs during an A/H3N2 predominant season when TIV was relatively ineffective.Funded by Seq

282 rity surface burns that arise in the dormant season when vegetation is desiccated, and soil moisture

283 ities had the highest prevalence late in the season, when social bees (Bombus spp. and Apis mellifera

284 camped movements at the river during the dry season, when temporary water sources have dried out and

285 5% CI, 55.6-87.1) was found in the 2010/2011 season, when the A(H1N1) strain dominated and there was

286 al drought are most apparent during the cool season; when soil water availability is projected to inc

287 n-territorial passerine, in the non-breeding season where there is no clear 'central place' near whic

288 atory hospitalization rate was similar, in a season where vaccine effectiveness was considered poor.

289 nd validated model, based on temperature and season, which reduced the mean bias by 87 per cent compa

290 veloped to protect infants for an entire RSV season with a single intramuscular dose.

291 ere fed for three months during the spawning season with two diets containing different fatty acid pr

292 f shedding were compared between strains and seasons with adjustment for age and prior LAIV (n = 436)

293 samples harvested in Serbia in maize growing seasons with extreme drought (2012), extreme precipitati

294 lest in those conceived in March (in the dry season), with an effect size (LTL peak-nadir) of 0.60 z-

295 theast India often floods during the monsoon season, with catastrophic consequences for people throug

296 acids were the most strongly affected by the season, with highest values in those samples that had be

297 pectively, during the 2019 to 2020 influenza season, with zone-specific differences observed.

298 time periods thought to be part of the "off-season." With the exception of 2009-2010, when acoustic

299 V-neutralizing antibody titers after the RSV season without RSV-MAARI.

300 s of fire were transient; within two growing seasons, worker abundance was substantially reduced acro