ライフサイエンスコーパス: meteorological

1 > 7 (local magnitude estimated by the Japan Meteorological Agency) since 1923, and experienced relat

2 ific drought type, we investigate changes in meteorological, agricultural, and hydrological drought a

3 ercury in precipitation, and other ancillary meteorological and air quality parameters were measured

4 te matter have been proven to be affected by meteorological and geographical variables from urban loc

5 China is a large country with significant meteorological and geographical variations.

6 ork of mesoscale models that produces hourly meteorological and O3 data at high spatial resolution (1

7 formance of a wide variety of qubits in both meteorological and quantum information processing applic

8 Exposure to UVB estimated by combining meteorological and questionnaire data at different ages,

9 f each school, along with the measurement of meteorological and several other air quality parameters.

10 es collected during new moon reveal not only meteorological and surface features, but also the direct

11 h average (MDA8) O3 as a function of several meteorological and temporal variables for three urban ar

12 00-200 m of I-93, with gradients impacted by meteorological and traffic conditions.

13 ring land-use regression but using real-time meteorological and traffic data.

14 on-climate interactions use the simultaneous meteorological and vegetation indicators to develop mode

15 e knowledge of environmental, topographical, meteorological, and anthropologic factors in the Rio Gra

16 These meteorological anomalies produced important impacts on t

17 ture changes in previous centuries, with the meteorological archive of surface air temperatures can p

18 iscuss the influence of seasonal patterns of meteorological biases on GPP.

19 In addition, meteorological changes, along with the possibility of en

20 s," or bodies of air that are homogeneous in meteorological character, and relates them to daily coun

21 iterature examining the relationship between meteorological conditions and diarrheal diseases.

22 increase of dust emissions due to changes in meteorological conditions and potential desertification.

23 th sampling at each site spanning a range of meteorological conditions and volcanic influence.

24 were used to quantify independent effects of meteorological conditions and water quality on diarrheal

25 that elevation, forest characteristics, and meteorological conditions are all important drivers of a

26 Atmospheric pollutants and meteorological conditions are suspected to be causes of

27 ctions may not be temporally coincident with meteorological conditions conducive to the formation of

28 Meteorological conditions during the Olympic Games did n

29 -temporal characteristics, the most adaptive meteorological conditions for the occurrence of human in

30 mn values <120 DU, would have occurred given meteorological conditions in 2011.

31 vent, resulting in significant anomalies for meteorological conditions in China.

32 Analysis shows that the meteorological conditions in December 2015 (compared to

33 he total pollen counts in the autumn and the meteorological conditions in July.

34 he lake, and that these trends, coupled with meteorological conditions in spring 2011, produced recor

35 nder weak solar radiation and stagnant moist meteorological conditions in winter, air pollutants and

36 Meteorological conditions influenced Hg deposition pathw

37 cities in China and contains information on meteorological conditions of wind speed and wind directi

38 we found a direct and independent impact of meteorological conditions on intentional weight loss eff

39 nt of the relative influence of aerosols and meteorological conditions on the lifetime of mesoscale c

40 El Nino and its effect on local meteorological conditions potentially influences interan

41 nfected patients, estimated mortality rates, meteorological conditions preceding the epidemic, and se

42 rosolized viruses can remain infective under meteorological conditions prevailing during E. huxleyi b

43 lationships between cloud cover and regional meteorological conditions provide a more complete way of

44 ollutants (ozone, NOx, SO2, etc.) as well as meteorological conditions suggested photochemical proces

45 ined by coincidental, unresolved, changes in meteorological conditions that also accumulate aerosol,

46 tionship between diarrheal diseases and four meteorological conditions that are expected to increase

47 t sites and seasons in light of the specific meteorological conditions that pertained.

48 nd dynamic phenomena, strongly influenced by meteorological conditions that produce thermal and orogr

49 observed from site-to-site and with changing meteorological conditions underlines the need for a long

50 In addition, local and synoptic meteorological conditions were found to have a strong ef

51 of seasonal climate forecasts, monitoring of meteorological conditions, and early detection of cases

52 l timescales, varying levels of air traffic, meteorological conditions, and solar insolation influenc

53 ver eastern China is associated with unusual meteorological conditions, including weaker wind speeds.

54 d variations of halogen content according to meteorological conditions, particularly related to rainf

55 This suggests that under specific meteorological conditions, synoptic variation in O3 at M

56 As both cohorts are subject to similar meteorological conditions, we were able to analyze the r

57 sessions due to a combination of traffic and meteorological conditions.

58 and often cull observations due to anomalous meteorological conditions.

59 f aerosol impacts may be linked to different meteorological conditions.

60 to local sources, area-wide air quality, and meteorological conditions.

61 starting and ending positions and prevailing meteorological conditions.

62 quency monitoring data confirm the effect of meteorological controls on ground gas emissions; the max

63 terns did not consistently align with global meteorological cycles such as the El Nino Southern Oscil

64 conductivity (EC), leachate flow rates, and meteorological data (precipitation, air temperature) on

65 Tree-ring and meteorological data also suggest that the early 21st-cen

66 n each city along with daily measurements of meteorological data and air pollution (nitrogen dioxide

67 Modeling evapotranspiration potential from meteorological data and comparing the modeled uptake and

68 activity apart from the records provided by meteorological data and historical documentation.

69 tween 1994 and 2013, using field trial data, meteorological data and information on crop management p

70 nterpret, based on an integrated analysis of meteorological data and sediment layers within stalagmit

71 hodology that uses available air quality and meteorological data and simplified forest structure grow

72 We concluded that traffic and meteorological data are good predictors in estimating on

73 Wind fields derived from assimilated meteorological data are used to assess the potential for

74 Here, long-term meteorological data at weather stations combined with sh

75 fer daily evapotranspiration from historical meteorological data collected at 236 weather stations ac

76 l warming, our spatial analysis of Antarctic meteorological data demonstrates a net cooling on the An

77 We examined all-cause mortality and meteorological data from 1980 to 2009 in the cities of A

78 City-specific meteorological data from routine monitors were averaged

79 missions from the Oral Rehydration Unit, and meteorological data from the Peruvian Weather Service, a

80 Using speciated ion and meteorological data from the Southeastern Aerosol Resear

81 ical analysis combining air quality data and meteorological data further indicates strong sensitiviti

82 y surface change, yet the absence of in situ meteorological data hampers the understanding of surface

83 Comparisons were made with present-day meteorological data obtained from two nearby stations.

84 estigation using the air quality network and meteorological data of China in 2015 showed that PM2.5 d

85 ime series of epidemiological and associated meteorological data recorded at these two sites.

86 ensemble of sensitivity runs using multiple meteorological data sets and model configurations to ass

87 Here we use three independent meteorological data sets from the modern satellite era,

88 through the combination of time-activity and meteorological data sets.

89 A novel approach incorporated meteorological data through wind roses as alternates to

90 , and temperature and uses hourly historical meteorological data to determine the current global prod

91 rne LiDAR coupled with timelapse imaging and meteorological data to show that 1) thermokarst formatio

92 ation and virus transmission model driven by meteorological data to simulate Aedes aegypti population

93 -based monitoring data for PM1 and PM2.5 and meteorological data were also collected.

94 Experimental and meteorological data were combined to predict tissue hydr

95 rom in diameter (PM(2.5)), ozone (O(3)), and meteorological data were obtained from Texas Commission

96 Meteorological data were obtained from the National Clim

97 f daily rate of ER visits for GI illness and meteorological data were organized for three exposure re

98 Meteorological data were provided by the California Irri

99 pedoclimatic conditions (covering 9 years of meteorological data), periods of pesticide application p

100 combine international field surveys, global meteorological data, a Lagrangian dispersion model and h

101 ptical depth, distance to the nearest fires, meteorological data, and land use, traffic, spatial loca

102 gical records are shorter in length than the meteorological data, and observed population changes can

103 ctrical conductivity, better assimilation of meteorological data, and the use of unstructured-grids t

104 this paper, we use a combination of surface meteorological data, species composition maps, remote se

105 Based on local meteorological data, we find that the annual epidemics o

106 are in Pennsylvania, measuring CO2, CH4, and meteorological data.

107 vegetation characteristics; (ii) distributed meteorological data; and (iii) eddy covariance flux towe

108 Wind data derived from an assimilated meteorological database are used here to estimate what t

109 s utilized to explore how climate zone-level meteorological, demographic, and regional differences in

110 G1 was found to be less sensitive to meteorological deviations between canopy surface and mea

111 fluxes; (ii) aerodynamic conductance; (iii) meteorological deviations between measurement height and

112 modeling approach fused land-use regression, meteorological dispersion modeling, and pollutant monito

113 ation types, we investigated the role of the meteorological drivers (shortwave and longwave radiation

114 es in the frequency and geographic extent of meteorological drought in the eastern Amazon, and the op

115 lihood as measured by the two most prominent meteorological drought indices: the Standardized Precipi

116 rease in global mean temperature, while less meteorological drought is expected.

117 st that the area affected by mild and severe meteorological drought will nearly double and triple, re

118 the changes in concurrences of heatwaves and meteorological droughts from 1960 to 2010.

119 , we examine properties of recent and future meteorological droughts in the Amazon in 35 climate mode

120 simulate important properties of historical meteorological droughts in the Amazon.

121 These include regional oceanographic and meteorological effects and/or land subsidence that cause

122 epends on the type of storm supported by the meteorological environment.

123 Extreme meteorological environments associated with severe thund

124 Ps on freeways within similar geographic and meteorological environments.

125 for the occurrences of extreme air pollution meteorological events in the past six decades, especiall

126 Extreme air pollution meteorological events, such as heat waves, temperature i

127 ions and high pollution episodes) to extreme meteorological events.

128 seasons bring about changes in several other meteorological factors and a seasonal rhythm in social b

129 ischarge alone explains 39%, indicating that meteorological factors need to be considered in the deve

130 s and a scarcity of data on the influence of meteorological factors on the risk of disease.

131 individual characteristics and environmental/meteorological factors predicted daily personal UVR expo

132 hese findings revealed integrated predictive meteorological factors rooted in statistic data that ena

133 irth risks associated with air pollution and meteorological factors were estimated using adjusted dis

134 he associations of ambient air pollution and meteorological factors with preterm risk among 13 cohort

135 correlated in some parts with geographic or meteorological factors.

136 000 km and clearly coincide with large-scale meteorological features.

137 ing municipal ground monitors, land use, and meteorological features.

138 Data from a meteorological field campaign show that such wind farms

139 orporating aerosol optical depth (AOD) data, meteorological fields, and land use variables to estimat

140 ds and gases, with profound implications for meteorological flows and fluid mixing.

141 directly by climate change through changing meteorological forcing and indirectly through changes in

142 to whole-plant respiration R p, driven with meteorological forcings spanning uncertainty across clim

143 across study locations with vastly different meteorological, geographical, and cultural characteristi

144 ical changes in snow cover are essential for meteorological, hydrological, ecological, and societal i

145 In this study, four time series of monthly meteorological, hydrological, soil moisture, and vegetat

146 techniques, we demonstrate that temporal and meteorological influences can be stronger factors than l

147 Meteorological influences on corn and soybean grain yiel

148 ns, in particular breakthrough, degradation, meteorological influences, and assumptions regarding pas

149 potential local/regional sources as well as meteorological influences.

150 We identified meteorological information (pressure, precipitation, win

151 ccurs during cold periods of snow cover when meteorological inversions concentrate air pollutants fro

152 ing a history of tip-jet events derived from meteorological land station data and a regional oceanic

153 We present time-lapse data and meteorological measurements that confirm deliquescence w

154 n be obtained globally from widely available meteorological measurements, many of which have been arc

155 Consequently, we elucidate meteorological mechanisms principally related to wind sp

156 Comparisons with contemporaneous meteorological model snowfall estimates suggest that the

157 Through the integration of a mesoscale meteorological model with estimated land cover data for

158 These data, in combination with meteorological, modeling, and fossil-fuel consumption da

159 e opportunity to test the skill of mesoscale meteorological models describing and predicting the impa

160 residential zip codes were within 10 km of a meteorological monitor were included.

161 Here we combine observations from a meteorological network across the Greater Himalaya, Nepa

162 ow less warming than trends based on surface meteorological observations.

163 occurring animal taxon groups from 329 local meteorological observatories across China.

164 ient or reverse direction when ecological or meteorological obstacles are encountered.

165 ed on novel and high resolution bathymetric, meteorological, oceanographic, and geomorphological data

166 vided as information in support of the World Meteorological Organization (WMO) Global Atmosphere Watc

167 ther National Metrology Institutes and World Meteorological Organization designated laboratories.

168 rom UHR-MS analyses can be clearly linked to meteorological parameters and trace gases concentrations

169 Covariability analysis with meteorological parameters associates most of this change

170 Analysis of various meteorological parameters indicates that large fAQ value

171 an the measurement precision, in response to meteorological parameters such as atmospheric pressure a

172 scence relative humidity (DRH), acidity) and meteorological parameters were monitored and utilized to

173 available real-time information (traffic and meteorological parameters) and can thus be exploited to

174 ained to observations of long-lived species, meteorological parameters, and photolysis frequencies.

175 ntal factors, particularly air pollution and meteorological parameters, to increase preterm birth ris

176 The study examined relationships among meteorological parameters, water quality and diarrheal d

177 ch that measures real-time ozone, PM2.5, and meteorological parameters.

178 pollutants (NOx, O3, CO, SO2, and PM10) and meteorological parameters.

179 form better for nonlinear variables, such as meteorological parameters.

180 es of O3 that are not explained by the usual meteorological pattern.

181 ing how faecal microbes respond to shifts in meteorological patterns of contrasting seasons is import

182 Variability in meteorological patterns presents significant challenges

183 sponded rapidly but resiliently to mesoscale meteorological perturbation.

184 water vapor, which can be readily related to meteorological phenomena.

185 osed on epidemic prediction by the limits of meteorological predictability.

186 widespread in the atmosphere and may affect meteorological processes that lead to precipitation.

187 atmospheric CO2 with remote sensing data and meteorological products to derive temporally and spatial

188 y and water fluxes arising due to the use of meteorological reanalysis datasets.

189 s primary production (GPP) due to the use of meteorological reanalysis datasets.

190 However, limited meteorological records make it difficult to conclude whe

191 However, meteorological records mostly began in the 1950s, and pa

192 2012 meteorological simulations indicate a decrease in daily

193 rough assimilation of data from a variety of meteorological sources.

194 Utah, where boreholes are interspersed with meteorological stations belonging to the Historical Clim

195 optical depths or because the data from the meteorological stations has been affected by local pollu

196 n measurements made over a 12-year period at meteorological stations in China.

197 g the recent decade observed at the only two meteorological stations on the northwestern TP, even tho

198 Based on 5 yr of wind data from 11 meteorological stations, distributed over a 2,500 km ext

199 ental climate records from the three nearest meteorological stations, gridded climate data, and North

200 isotopes in aerosols collected at two Alpine meteorological stations, Sonnblick (Austria) and Zugspit

201 ours) were calculated from 86 representative meteorological stations.

202 he global warming trend derived from surface meteorological stations.

203 northwestern TP remains uncertain due to few meteorological stations.

204 The eddy-covariance (EC) micro-meteorological technique and the ecology-based biometric

205 oxy record of temperature and high-elevation meteorological temperature data are positively and signi

206 We concluded that meteorological, topographical, anthropogenic, and land c

207 mass spectrometers at different heights on a meteorological tower in urban Beijing to investigate the

208 Here we analyze aerosol, meteorological, traffic, and consumer behavior data and

209 We investigated long-term meteorological trends in four high-altitude sites in Eas

210 in management practices will be modulated by meteorological variability and climatic trends.

211 odel estimates for changes in high-frequency meteorological variability over the next 100 years, we e

212 stems are highly sensitive to high-frequency meteorological variability, and that accurate knowledge

213 We analyse decadal records of meteorological variability, CO2 fluxes and water chemist

214 This suggests that the meteorological variability, composition of the surface (

215 low remain poorly understood because of high meteorological variability, physical inaccessibility, an

216 itivity of this fire activity to interannual meteorological variability.

217 ent for optimizing production in response to meteorological variability.

218 ozone by forest is estimated through several meteorological variables and a specific function describ

219 The integrated model uses standard meteorological variables and can be easily adapted to va

220 he increased likelihood of atypical seasonal meteorological variables impacting on E. coli growth and

221 poral correlation between SSTI incidence and meteorological variables including average temperature a

222 Meteorological variables such as temperature and precipi

223 iation of agro-ecological, environmental and meteorological variables with the occurrence of human ca

224 In a model containing only environmental and meteorological variables, ambient UVR, latitude, and dai

225 ls including urban baseline characteristics, meteorological variables, and change in urban characteri

226 ons were assessed between FIB and OPPPs with meteorological variables, and it was determined that P.

227 ultipollutant model, controlling for season, meteorological variables, and subject characteristics.

228 ronmental factors, particularly chemical and meteorological variables, have been examined as risk fac

229 on frequency and intensity, along with other meteorological variables, on ecosystem dynamics in a sub

230 ted with suicide has historically focused on meteorological variables.

231 not well correlated with any of the measured meteorological variables.

232 weak signal that is spread across different meteorological variables.

233 effects) play an important role in regional meteorological variations, which could further induce fe

234 ntercellular [CO2] were collected along with meteorological, water potential, and growth data.