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1 e 1 ("dust"), type 2 ("sphere"), or type 3 ("cloud").
2 urrounded by his/her own signature microbial cloud.
3 ee-dimensional distribution of the screening cloud.
4 n sites ranging from lab workstations to the cloud.
5 s-a-Service supported by a dedicated compute cloud.
6 d is warmer than that in relatively pristine cloud.
7 y climate models, changing the properties of clouds.
8 rough the expansion of noninteracting atomic clouds.
9 hey showed large discrepancies in dust-mixed clouds.
10 ng a cluster whose nodes come from different clouds.
11 conditions to the temperatures that occur in clouds.
12 her by acting as ice nucleating particles in clouds.
13  across different areas by including density clouds.
14 , and in polar stratospheric and noctilucent clouds.
15 classified into 3 groups: dust, spheres, and clouds.
16 tion of iron remains largely unknown in warm clouds.
17  in the center-of-mass positions of outgoing clouds.
18 ng, and widespread condensational heating in clouds.
19 minergic drug selectivity and design remains clouded.
20 iated with a decrease in marine tropical low cloud (a more positive shortwave cloud feedback) and wit
21 e Barbados Cloud Observatory are relevant to clouds across the tropics.
22 ion (CALIOP) instrument on the polar orbiter Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Ob
23                                          The Cloud-Aerosol Lidar with Orthogonal Polarization (CALIOP
24 es artifacts that would otherwise arise from clouds/aerosols and sun-sensor geometry).
25                                   Changes in cloud amount or cloud liquid water path, however, were u
26 ent improvements in IRD including the use of cloud and high performance computing resources, analysis
27                              A comprehensive cloud and radiation experiment at the WAIS ice divide, d
28 hese models lack the resolution to represent clouds and aerosol-cloud interactions adequately.
29 xal chemistry both at the interface of water clouds and at aerosols.
30 ough which anions might form in interstellar clouds and circumstellar envelopes, including the import
31 is critical to predicting aerosol impacts on clouds and climate.
32 consideration when predicting SSA impacts on clouds and climate.
33 and the weakest features are associated with clouds and hazes.
34  dynamos and winds on evolved stars, in dust clouds and on brown dwarfs.
35 termittency in solar intensity-step changes (clouds and shadows) and ramp changes (sunrise), respecti
36 erived surface irradiance data from the NASA Clouds and the Earth's Radiant Energy System (CERES) wit
37 tostar is formed in the dense, turbulent gas cloud, and it grows by sporadic mass accretion until it
38 rable to explosions, radiant heat, toxic gas clouds, and air pollution from hydraulic fracturing acti
39 processed remotely on a workstation or via a cloud application (based on CyVerse).
40          Our results support the use of read cloud approaches to advance the characterization of larg
41                                      In read cloud approaches, microfluidic partitioning of long geno
42                         Typically, mists and clouds are composed of randomly moving small droplets la
43     Atmospheric aerosols and their effect on clouds are thought to be important for anthropogenic rad
44 uring the overall atomic loss from colliding clouds as a function of magnetic field, we track the ene
45 rature appear to affect the expansion of the cloud, as if the system has turned into a diffusive coll
46 r package supports Amazon, Google, and Azure clouds, as well as, any other cloud platform based on Op
47 ter activity, viscosity, titratable acidity, cloud assessment and turbidity), antioxidant compounds a
48 asm; increased intraocular pressure; corneal clouding at birth; and buphthalmos.
49 ybrid computing infrastructure consisting of cloud AWS, supercomputers and local high performance com
50 ct sites, the formation of interstellar dust clouds, ballistic penetrators, spacecraft shielding and
51 vascular epiphyte communities bracketing the cloud base during a severe, El Nino-impacted dry season.
52  a privacy preserving read mapper for hybrid clouds based on locality sensitive hashing and kmer voti
53                                              Cloud-based bioinformatic platforms address the fundamen
54     We present interactive analytics using a cloud-based columnar database built on Dremel to perform
55                       We present CloudNeo, a cloud-based computational workflow for identifying patie
56               However, the cost of providing cloud-based data analysis of the mounting datasets remai
57  the cartridge and the patient to populate a cloud-based database for epidemiological reporting of te
58 aphic angiography on arrival to the PSC, and cloud-based image sharing is associated with a reduction
59 cal severity, vessel imaging at the PSC, and cloud-based image sharing) with the efficiency of care a
60        They also demonstrate a generalizable cloud-based model for organizing and querying biological
61                                          Our cloud-based pipeline provides scalable computation capab
62  (3) share imaging data with the CSC using a cloud-based platform.
63 taneous transfer of patient information to a cloud-based server, with the capacity for instant alerts
64                              WebMeV combines cloud-based technologies with a simple user interface to
65 ext-generation sEquencing data (GeMSTONE), a cloud-based variant prioritization tool with high-level
66                  We present a user-friendly, cloud-based, data analysis pipeline for the deconvolutio
67  the nucleosynthetic makeup of the molecular cloud before the last addition of stellar-derived (26)Al
68 ch prevents the random bending of light that clouds biological tissues.
69         The reduction in droplet size led to cloud brightening and global-mean radiative forcing of a
70 particularly through their interactions with clouds, but the magnitude of this effect is highly uncer
71 ment with satellite observations in pristine clouds, but they showed large discrepancies in dust-mixe
72 but interpretations of these experiments are clouded by the multiple functions of these proteins.
73  moving personal genome data analysis to the cloud can raise serious privacy concerns.
74                                     Low-cost clouds can alleviate the compute and storage burden of t
75 al approaches for big data, the denser point clouds can efficiently be processed to ultimately allow
76            The Seven Bridges Cancer Genomics Cloud (CGC; www.cancergenomicscloud.org) enables researc
77 por during cirrus formation experiments in a cloud chamber.
78            The shallower PBL and accelerated cloud chemistry due to larger LWP in turn enhance the co
79 ng of aerosols, including wet scavenging and cloud chemistry, could also have substantial effects on
80 w the observations of anions in interstellar clouds, circumstellar envelopes, Titan, and cometary com
81                        Forty eyes containing clouds (class 3 vitreous seeds) of 40 retinoblastoma pat
82 nd how marine biota emissions affect aerosol-cloud-climate interactions in the Arctic.
83 ergy balance, improved prediction of aerosol-cloud-climate interactions is likely to result in improv
84 edge of a slowly drifting complex convective cloud close to the highest regions at 17 km altitude.
85 aturalistic textures called "compound motion clouds" (CMCs) [15, 16] that simultaneously activate mul
86 x and large simulations on supercomputers or Cloud computers, QwikMD uses the same steps and user int
87  on the use of the recent development in the cloud computing market, which have witnessed more provid
88  move of computational genomics workflows to Cloud Computing platforms is associated with a new level
89 equencing technologies embedded in automated cloud-computing analysis environments are ideally suited
90 opportunities to work with molecular data in cloud-computing environments.
91 rces has led to a rapidly growing demand for cloud-computing solutions for genomics analysis.
92 nfluences climate by supplying new seeds for cloud condensation and brightness.
93                    The spontaneous growth of cloud condensation nuclei (CCN) into cloud droplets unde
94                          The introduction of cloud condensation nuclei and radiative heating by sunli
95 m open water and open pack ice increased the cloud condensation nuclei concentration background by at
96                     Globally, around half of cloud condensation nuclei originate from nucleation of a
97 potentially climate, via sulfate aerosol and cloud condensation nuclei production(5,6).
98  the source of over half of the atmosphere's cloud condensation nuclei, thus influencing cloud proper
99 he latter influences their ability to act as cloud condensation nuclei, whereby they impact cloud cov
100 nd microfluidics, along with developments in cloud-connected point-of-care (POC) diagnostics technolo
101 cold air drainage proceeds more readily when cloud cover and humidity are low, resulting in the great
102 tent yet at sufficiently fine spatial grain, cloud cover dynamics may provide key information for del
103  satellite images that expose spatiotemporal cloud cover dynamics of previously undocumented global c
104 orest led to a significant decrease in local cloud cover in subsequent years.
105 ervational evidence for a strong increase in cloud cover over large forest regions in western Europe
106 t Phase 5 (CMIP5) also exhibit a decrease in cloud cover over the Mediterranean since the 1970 s, in
107 eement between the interannual variations of cloud cover provided by surface observations and several
108      Here we report a widespread decrease in cloud cover since the 1970 s over the Mediterranean regi
109 toring campaign of brown dwarfs to constrain cloud cover variations over a total of 192 rotations.
110 as caused primarily by a decrease in daytime cloud cover with a resulting increase in received solar
111 t availability at-sea, such as percentage of cloud cover, did not confound our results.
112 stricted access to the region and persistent cloud cover.
113 oud condensation nuclei, whereby they impact cloud coverage and precipitation.
114 SVs) for SV detection and assembly from read cloud data and apply this method to Illumina-sequenced 1
115 s strongly modulated by the diurnal cycle of clouds (DCC).
116                                       Cirrus clouds determine the radiative balance of the upper trop
117                                       Strong cloud development along the downwind edges of larger for
118 tal dimension is an important determinant in cloud drop formation on water insoluble particles.
119  effect, leading to substantial increases in cloud droplet concentrations.
120 ties in China substantially increases column cloud droplet number concentration and liquid water path
121 les determines how effectively they can form cloud droplets and ice crystals.
122 face microlayer or as surfactant coatings on cloud droplets are highly concentrated and chemically di
123 pical freshwater environments and in neutral cloud droplets but are likely to aggregate under salty (
124 owth of cloud condensation nuclei (CCN) into cloud droplets under supersaturated water vapour conditi
125 ion varies dramatically over the pH range of cloud droplets with pH = 5.5 solutions absorbing three t
126 luhraun, Iceland, reduced the size of liquid cloud droplets-consistent with expectations-but had no d
127 ight and through the formation of nuclei for cloud droplets.
128 f dust that can facilitate the activation of cloud droplets.
129                                              Clouds' efficiency at reflecting solar radiation and tra
130                      We describe Rail-RNA, a cloud-enabled spliced aligner that analyzes many samples
131 s to computing on large cancer datasets in a cloud environment.
132  and different architectures (local desktop, cloud environments or HPC clusters).
133 ethylammonium sulfate seeds was triggered by cloud events with chamber lights on, suggesting photosen
134   These model errors are likely connected to cloud feedback in climate projections, and highlight the
135 ropical low cloud (a more positive shortwave cloud feedback) and with a less negative lapse-rate feed
136  major volcanic eruptions as a constraint on cloud feedbacks are also found.
137 oms of the superposed templates form a point cloud for each position of a target protein, which are r
138 vived this intense drought, epiphytes in the cloud forest experienced the slowest recovery, suggestin
139 caused by cloud immersion effects within the cloud forest zone.
140     Epiphytes are common in tropical montane cloud forests (TMCFs) and play many important ecological
141                             Tropical montane cloud forests (TMCFs) harbour high levels of biodiversit
142        Because it is tightly associated with cloud forests (with climatically determined upper and lo
143 ptimal" climatic conditions found in montane cloud forests is similar to that of maritime temperate a
144 nditions, and should affect the modelling of cloud formation and ice particle numbers, which are very
145                     Indirect effects through cloud formation and precipitation can be important in fa
146 e roles of ecosystem Hs and LE on convective cloud formation are explored relative to the entrainment
147 are below 0.1 m s(-1) and about one in 10(4) cloud formation events occur in environments with sigma
148 g., we see a human face when staring up at a cloud formation or down at a piece of toast at the break
149 ate with reanalysis products and an advanced cloud formation scheme results in lower homogeneous ice
150 eft over from the Big Bang prevent early gas cloud formation until rapid gas condensation is triggere
151 lts highlight the need to include impacts on cloud formation when evaluating the water and climate se
152 er insight into the influence of aerosols on cloud formation, and be used as input for the improved m
153  the potential importance of playa dusts for cloud formation, most climate models assume that all dus
154 ur understanding of processes such as cirrus cloud formation, where such topographical features are l
155 lead to a climatic cooling by increasing low cloud formation, which enhances albedo (umbrella effect)
156 ties of those aerosols that are relevant for cloud formation.
157  below 40 mN m(-1), suspected to enhance the cloud-forming potential of these aerosols.
158 ion coupled with a decrease in tropical high cloud fraction is key in modulating precipitation respon
159 net carbon uptake in the valley under clear, cloud-free (i.e., drought-like) conditions.
160 and is largely independent of the Sc regime (cloud-free vs. cloudy cell centers).
161 al, fine-grain ( approximately 1 km) monthly cloud frequencies from 15 y of twice-daily Moderate Reso
162 seleniranium ion, antiattack of the electron cloud from the aromatic ring at the activated triple bon
163                 The aerosol input allows for cloud generation in the limiting regimes of fast microph
164 ent a new package called MC-GenomeKey (Multi-Cloud GenomeKey) that efficiently executes the variant a
165 loud-phase feedback arising from a decreased cloud glaciation rate in a warmer climate.
166 network, optical network and processing unit cloud have been decoupled from each other, so that their
167                    This technique uses point-cloud holography to place multiple copies of a temporall
168 tinuous lineage priming and thus represent a CLOUD-HSPC.
169 active oxygen species) and their likely poor cloud/ice nucleation properties.
170  and montane forests, which may be caused by cloud immersion effects within the cloud forest zone.
171 on process is essential to the prediction of clouds in climate models, and given the effect of clouds
172                             It is shown that clouds in the Barbados region are similar to those acros
173 rees C), conditions necessary to form cirrus clouds in the Earth's atmosphere, routinely observed in
174  aerosols in this region are as important as clouds in winter.
175 ed the efficacy of these pipelines on Amazon cloud instances through the Seven Bridges Genomics imple
176                                      Aerosol-cloud interactions (aerosol indirect effects) play an im
177 e resolution to represent clouds and aerosol-cloud interactions adequately.
178 The magnitude of air-traffic-related aerosol-cloud interactions and the ways in which these interacti
179 general circulation models represent aerosol-cloud interactions at ever-increasing levels of detail,
180                  While the impact of aerosol-cloud interactions on meteorology and climate has been e
181 emonstrate the importance of dust in aerosol-cloud interactions.
182 eded to clarify the role of dusts in aerosol-cloud interactions.
183 arth of observational constraints on aerosol-cloud interactions.
184 experiment through which to quantify aerosol-cloud interactions.
185 m interferometry, the condition to split the cloud into mainly two equally-populated fragments is onl
186 ational collapse of a massive primordial gas cloud is a promising initial process, but theoretical st
187  given ice water path, the CTT of dust-mixed cloud is warmer than that in relatively pristine cloud.
188 , the upper bound on tropospheric mixing and clouds is constrained by the rapid decrease with height
189 articular, the impact of temperate forest on clouds is largely unknown.
190 vitreous seed classification (dust, spheres, cloud) is predictive of the total number and dose of IVM
191                      The ISB Cancer Genomics Cloud (ISB-CGC) is one of three pilot projects funded by
192 ue to the thinness and small scale of cirrus clouds, its lateral boundary may be missed by convention
193 006 to 2011, a global dataset for the cirrus cloud lateral boundary (CCLB) was established.
194 nhancing our ability to document and monitor clouded leopard populations.
195 tagonist SulA, ZapA remained at midcell as a cloud-like accumulation.
196 nks ZapB to the chromosomal terminus region, cloud-like ZapA structures still formed but failed to tr
197                   Changes in cloud amount or cloud liquid water path, however, were undetectable, ind
198 r develops due to the SST-sea level pressure-cloud-longwave radiation positive feedback.
199                                              Cloud loss, enzymatic browning, and flavor changes are i
200 r thermally unprocessed primordial molecular cloud material before its pollution by stellar-derived (
201          The thermally unprocessed molecular cloud matter reflecting the nucleosynthetic makeup of th
202 ons from CRM to identify the place where ice cloud mixed with dust particles.
203 , spheres (n = 8) required 4 injections, and clouds (n = 5) required 6 injections.
204 hat observational findings from the Barbados Cloud Observatory are relevant to clouds across the trop
205 based on a Voronoi partitioning of the point cloud of coarse-grained particles, and is continuously u
206 .6 billion years ago, some event disturbed a cloud of gas and dust, triggering the gravitational coll
207  pathological condition characterized by the clouding of the normally clear eye lens brought about by
208 amyloid deposits within the brain cluster as clouds of conformational variants in different AD cases.
209 ear-global coverage, even in the presence of clouds, of proxies for soil moisture derived from the am
210 hon) to calculate the impact of aerosols and clouds on POAI.
211 s in climate models, and given the effect of clouds on the Earth's energy balance, improved predictio
212 ostatic repulsion between localized electron clouds on Tl and Te ions, are akin to those of rattling
213              The PDF for relatively pristine cloud only show one peak at -55 degrees C.
214 AT can be run on a public web portal, in the cloud, or downloaded for local use, and is easily integr
215 omics variant discovery and annotation using cloud- or local high-performance computing infrastructur
216   We reconstructed and quantified the bouton clouds originating from adjacent L5B columns in the BC i
217 he vast majority of proviruses are defective clouds our assessment of the degree to which clonally ex
218        Airborne laser scanning (LiDAR) point clouds over large forested areas can be processed to seg
219 sults show that measurement of personal data clouds over time can improve our understanding of health
220  estimates are directly linked to a weakened cloud-phase feedback arising from a decreased cloud glac
221  analysis framework is implemented in Google Cloud Platform and BigQuery.
222 rmation, creating a database accessible on a cloud platform and through a controlled-access internet
223 gle, and Azure clouds, as well as, any other cloud platform based on OpenStack.
224 CWL and on the Seven Bridges Cancer Genomics Cloud platform can be obtained by contacting the authors
225 ne is open source and easily deployable to a cloud platform, local cluster, or desktop, making it a s
226  such as GENCODE and COSMIC using the Google Cloud Platform.
227  Amazon in combination with the use of other cloud platforms to provide significant cost reduction.
228  The package can run in different commercial cloud platforms, which enables the user to seize the bes
229                                              Clouds play a major role in the climate system, but larg
230 ed to create materials that display the same cloud point but degrade differently.
231 rate polymers in which the degradability and cloud point can be independently tuned to create materia
232                                        A new cloud point extraction (CPE) method for the determinatio
233                            Using this TSIL a cloud point extraction (CPE) or micelle mediated extract
234 t and maize flours was developed following a cloud point extraction (CPE) procedure.
235  based on the preconcentration of arsenic by cloud point extraction (CPE) using o,o-diethyldithiophos
236 rganic drop (VA-DLLME-SFO) and salt-assisted cloud point extraction (SA-CPE) for paraben extraction.
237                 A simple ultrasound assisted-cloud point extraction (UA-CPE) method was developed and
238                 Micellar phase separation at cloud point temperature of non-ionic surfactant, Triton
239 ropagates to the Earth as a typical magnetic cloud possessing a similar twist profile obtained by the
240 t incorporates our physical understanding of cloud processes.
241 ium sulfate were determined before and after cloud processing in a temperature- and RH-controlled cha
242               Additionally, we show that the cloud processing of aerosols, including wet scavenging a
243  boundary layer, and may therefore influence cloud properties and climate under natural conditions.
244  cloud condensation nuclei, thus influencing cloud properties and Earth's energy balance.
245 spheric new particle formation and therefore cloud properties and radiative forcing.
246         Much attention has been paid to mean cloud properties due to their critical role in climate p
247 tions-but had no discernible effect on other cloud properties.
248 on by changing the earth's energy budget and cloud properties.
249 ng cloud resources from different commercial cloud providers.
250 using computational resources from different cloud providers.
251 servations from passive spectrometer, active cloud radar, lidar, and wind field simulations from CRM
252 e, the combination of millimetre-wavelength 'cloud radars' and Doppler lidar now provides virtually i
253                                 The topic of cloud radiative forcing associated with the atmospheric
254 tegration (MDRI) for service provisioning in cloud radio over fiber network (C-RoFN).
255 he aerosol optical depth by up to 15%, while cloud-related parameters are unaffected.
256 trategies for improving estimates of aerosol-cloud relationships in climate models, for new remote se
257                                    Eyes with clouds required significantly more injections than eyes
258 tudied using both satellite observations and cloud resolving model (CRM) simulations.
259 for detecting and annotating mutations using cloud resources from different commercial cloud provider
260                                Stratocumulus clouds (Sc) have a significant impact on the amount of s
261                                             "Cloud" seeds are mostly composed of necrotic material, e
262 r for post-processing, and subsequently to a cloud server.
263 ance is deployed through iPlant's Atmosphere cloud services, users access the xGDBvm workflow via a u
264 ibution function (PDF) of CTT for dust-mixed clouds shifted to the warmer end and showed two peaks at
265                        The magnitude of high cloud shrinkage is a primary contributor to the intermod
266 dTs, consistent with the muted tropical high cloud shrinkage.
267                                              Cloud simulations with different microphysical schemes a
268 lted in a juice with improved uniformity and cloud stability by reducing particle size and increasing
269 data stored either locally or retrieved from cloud storage services, and runs on both desktop compute
270  indicating that these indirect effects, and cloud systems in general, are well buffered against aero
271 eloped to perform MEI discovery on local and cloud systems.
272 , which suggests formation of a neuropeptide cloud that covers the receptor-expressed circuits.
273 le biodetectors to map out the anaphylatoxic cloud that surrounds microbes in the presence of host se
274 ntribute to the formation of contrail cirrus clouds that can alter upper tropospheric radiation and w
275 thermal instabilities produce a rain of cold clouds that fall towards the galaxy's centre, sustaining
276 e link through sea ice melt and low altitude clouds that may have contributed to accelerate Arctic wa
277       By colocalizing these resources in the cloud, the CGC enables scalable, reproducible analyses.
278 inement and depending on the velocity of the cloud, three main regimes are observed corresponding (1)
279  significantly mediate the properties of ice cloud through heterogeneous nucleation and lead to cruci
280 ys a role in a variety effects from mist and clouds to aerosols.
281  partition to aerosol liquid water (ALW) and clouds to form aqueous secondary organic aerosol (aqSOA)
282 e environments, from meteors and atmospheric clouds to soil and biological cells.
283              The potential dust IN effect on cloud top temperature (CTT) in a well-developed mesoscal
284 ospheric mixing, tropopause temperature, and cloud-top temperature throughout the globe.
285 elts, passed about 4000 kilometers above the cloud tops at closest approach, well inside the jovian r
286 ts are electric discharges from thunderstorm cloud tops to the bottom of ionosphere at 90 km altitud
287 ss than 5000 kilometers above the equatorial cloud tops.
288          Intense thunderstorms produce rapid cloud updrafts and may be associated with a range of des
289  interest can be immediately analyzed in the cloud using more than 200 preinstalled, curated bioinfor
290 ease: Patients with eyes containing class 3 (cloud) vitreous seeds were significantly older than pati
291                   The raw 3-dimensional data cloud was subjected to a newly developed rigorous standa
292                     High-resolution 3D point clouds were extracted from each sonar dataset and struct
293 cs implementation of the NCI Cancer Genomics Cloud, which provides graphical interfaces for running a
294 al fraction of the computation to the public cloud, while being highly competitive in accuracy and sp
295 vancements of LiDAR sensor technology, point clouds will affordably reach this required density.
296  Jets may bend when initiated at the edge of clouds with misaligned vertical charge distribution.
297                       Treating vitreous seed clouds with OAC and intravitreous and periocular chemoth
298  less like billiard balls and more like dust clouds, with apparent coherence only due to similar init
299  sets to shift part of their analysis to the cloud without sacrificing accuracy or exposing sensitive
300 can modify the thickness and coverage of low clouds, yielding significant radiative forcing of climat

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