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1 .12 to -17.77] percentage points; P < .001), parks (-43.59 [95% CI, -49.89 to -37.30] percentage poin
2                            A total of 28 322 park users were observed across 1458 scans.
3 ransportation (OR, 0.13; 95% CI, 0.03-0.49), parks (OR, 0.09; 95% CI, 0.01-0.88), and maintained vaca
4  continuous lap-circular 240 m laps around a park (6MWT-continuous lap), 3MSTs and 10CRTs.
5 rsity of 576 Adineta vaga individuals from a park in Belgium.
6 e, rainwater sedimentation pond, a pond in a park, and a wadi, were assessed.
7 tranger whom they imagined encountering on a park bench.
8                                            A parking strategy is often ideal in the early stages of a
9 eas the endoplasmic reticulum may serve as a parking lot for this enzyme.
10  and the distribution of gap sizes left by a parking strategy.
11 ure of tightly stacked ER sheets resembles a parking garage, in which the different levels are connec
12 h the hydrophobic loop could be locked in a "parked" conformation by a disulfide bond between C180 an
13 lution, the loop resides predominantly in a "parked" position within the filament but is able to dyna
14                               The additional park use and park-based physical activity occurred not o
15 d between the species richness and park age, park area and other bioindicator groups (p > 0.05).
16 nd recreational facilities such as amusement parks, arenas, and baseball parks.
17                          Finally, we analyze parking requirements due to passenger pick-ups and show
18 of walkability, public transport access, and park access were assessed in 1.0 km and 0.5 km street ne
19 revealed differences between the control and park(25) flies, consistent with many human studies.
20 ed systematically to document facilities and park users by age group and sex.
21  photos of an urban environment, forest, and park) to the effects of congruent olfactory stimuli (nat
22 uld potently suppress pathology in Pink1 and park mutants.
23 E-BP and was also able to suppress Pink1 and park pathology.
24 re detected between the species richness and park age, park area and other bioindicator groups (p > 0
25                  The additional park use and park-based physical activity occurred not only on the wa
26    Park features also influence park use and park-based physical activity.
27 ise exposures, neighborhood walkability, and park proximity.
28 -actin, fluctuating between the extended and parked conformations.
29 in 3 microL; 15 mM, 45 nmol) is injected and parked in the probe to yield a heteronuclear multiple-qu
30 erse particle samples--soil, urban dust, and parking deck sweepings--were fractionated using this tec
31 lated financial outlays included: travel and parking associated with hospital appointments; costs of
32  community or neighborhood destinations, and parks and recreational facility access.
33 oprene concentrations over urban forests and parks by 0.6-1.4 ppbv.
34  were most common in residential gardens and parks (54%) and public parks and footpaths (31%).
35 ailability of public transit, sidewalks, and parks were characterized for the residential neighborhoo
36 nd hot dogs in street medians (24 sites) and parks (21 sites) in New York City, USA.
37 engaging urban planning, transportation, and parks sectors in efforts to reduce the health burden of
38 fe (Giraffa camelopardalis) in a wild-animal park in the United States.
39 eath of a captive beluga whale in an aquatic park.
40          Resident memory T (T(RM)) cells are parked within single organs, share properties with termi
41                                Fractions are parked in the reactor where they undergo complete dephos
42 ated Playground, Playground, and Nature Area park types.
43 rate folding) against holdases (which act as parking spots).
44 y providing food or refuge for rats, such as parks.
45 ecies richness and abundance was recorded at parks located at the edge of city and species richness w
46 uch as amusement parks, arenas, and baseball parks.
47  loops, and a particular analyte band can be parked in one NMR detector coil while CE continues in th
48 e apoptosome and one catalytic domain may be parked on the hub, when an odd number of zymogens are bo
49            We find that the tradeoff between parking and traffic obeys an inverse exponential law whi
50 istory of illegal harvest and enforcement by park authorities.
51 s very difficult; most sites are obscured by parked cars.
52  spontaneous graft tolerance was restored by parking the irradiated LEW donor liver in naive LEW rats
53  (for example, finding the car in a busy car park) and animals (for example, foraging for food).
54 y the side of a road in the presence of cars parked at random along the road.
55   In addition, KJ1.26(+) HSV nonimmune cells parked in ocularly infected BALB/c mice were demonstrabl
56 th serologically and virologically in a city park of Jiangxi in 2009.
57 irectly from DNA isolated from New York City park soils.
58 ison of sequences derived from New York City parks to genes involved in the biosynthesis of biomedica
59 y-group interaction, intervention vs control park: 2.7 [1.1 to 6.8], p=0.033).
60 tervention study design with matched control parks.
61 lly covering the loading bay prevent correct parking of the truck.
62                                       A curb parking information system deployed in a study area in S
63                            Drosophila double park encodes a homolog of Cdt1 that functions in initiat
64      We identified a Drosophila gene, double parked (dup), that is essential for DNA replication and
65 mpletely suppressed by cosilencing of Double parked (Dup), the Drosophila homologue of Cdt1, a replic
66 he pre-replication complex component, double-parked protein/cell division cycle 10-dependent transcri
67                We find that increased Double-parked (Dup), the Drosophila ortholog of Cdt1, results i
68 gated the developmental regulation of Double-parked (Dup) protein, the Drosophila ortholog of Cdt1, a
69 ination of other ORC members, whereas Double-parked protein/Cdt1 and minichromosome maintenance prote
70 rs that genetically interact with Drosophila park and Pink1.
71 asset categories (transportation, education, parks and recreation, faith-based entities, health servi
72 by the following driving environments: empty parking lots, suburban residential streets, intermediate
73 and more species, yet strengthening existing parks, particularly those vulnerable to harmful human ac
74 ent studies have started looking at expected parking reductions with on-demand mobility, but a system
75 sferred into MHC class II-deficient mice for parking, and the hosts were later analyzed for long-live
76 2010s, generating a new form of exposure for parks, and has led to concerns about overcrowding and de
77 g of samples from North Island native forest parks identified a widespread population of Saccharomyce
78 robability that the loading bay is free from parked cars.
79                    Even uninhabited frontier parks are logged to supply international markets.
80 ack-a-mole" sensitivity, after a popular fun park game.
81 treet trees, green roofs, community gardens, parks and open spaces, and extensive connective pathways
82 e evaluate the feasibility of using hospital parking lot traffic data extracted from high-resolution
83                                     A hybrid parking strategy has been employed for portions of the H
84                 Adoptively transferred IELps parked better in the intestines of young mice than in ad
85 crisis, and molecular genetics can assist in park design by helping to identify key species, historic
86 nvenience produces a substantial increase in parking for passenger pickup/dropoff.
87 t difficult driving tasks were navigating in parking ramps, parking in the correct space, seeing lane
88      However, a more modest 57% reduction in parking is achievable with only a 1.3% increase in VKT.
89 ber of people and their physical activity in parks with and without walking loops, controlling for mu
90           Arthropod diversity was greater in parks (on average 11 hexapod families and 4.7 ant specie
91 Here we describe the use of walking loops in parks and compare the number of park users and their phy
92 k on streets and sidewalks, walking loops in parks offer a setting to walk in nature and to avoid int
93 -3 times more food per day than did those in parks.
94  controlling for multiple factors, including park size, facilities, and population density.
95 utary Mulde downstream of a large industrial park.
96  of clean energy, particularly in industrial parks with overlapping of building and process loads.
97 d from residential areas close to industrial parks in central Taiwan were analyzed.
98                 Park features also influence park use and park-based physical activity.
99 ted nature of the gaps left after an initial parking strategy may make it difficult to finish a proje
100                                          Ion parking depends upon the selective inhibition of the rea
101                                          Ion parking was used to increase the number of parent ions o
102 tion events interspersed with additional ion parking ion/ion reaction periods were used to "charge-st
103                         These include an ion parking experiment for the purpose of gas-phase ion conc
104 n of proton transfer reactions (PTR) and ion parking on an Orbitrap mass spectrometer.
105                            Using PTR and ion parking, we evaluate the charge state dependence of frag
106 mass-to-charge ratios is referred to as "ion parking".
107 ected in the manner used in conventional ion parking.
108 r ion/ion reactions under a given set of ion parking conditions.
109                                 Parallel ion parking is demonstrated with a six-component protein mix
110 range, in a process termed HALF parallel ion parking.
111                Additionally, the product ion parking waveform has been optimized to enhance the PTR r
112                                      PTR/ion parking allows charge states of proteins to be focused i
113 s in conjunction with a technique termed ion parking, which can be implemented in electrodynamic ion
114    The efficiency and specificity of the ion parking experiment is highly dependent upon ion densitie
115                                      The ion parking experiment is illustrated herein along with appl
116 on/ion proton-transfer reactions and the ion parking technique were applied to purify and concentrate
117 ociation of generated reporter ions with ion parking, which altogether boosted reporter ion yield by
118 njunction with mass-to-charge dependent ion "parking" to accumulate protein ions initially dispersed
119      We suggest that the converted state is "park," in which kinetochores are anchored to plus ends o
120 waterfowl, including ducks, in two Hong Kong parks.
121              Consistent with the SAR, larger parks supported higher species richness and diversity.
122 adeoff between two public policy goals: less parking means increased vehicle travel from deadheading
123 ted grass samples from their garden or local park, from which we analyzed the radiocarbon content to
124 om an abandoned fluorochemical manufacturing park.
125 ssess for future spatial planning and marine park management plan reviews for NMP.
126 inimum parking" problem: what is the minimum parking infrastructure needed in a city for given on-dem
127 etworks to address what we call the "minimum parking" problem: what is the minimum parking infrastruc
128 approach is the so-called tsunami mitigation park, which combines a designed hillscape with vegetatio
129 The protective benefit of tsunami mitigation parks is thus comparable to that of a small wall, at lea
130  increasing popularity of tsunami mitigation parks, the protective benefits they provide are poorly u
131 he protective benefits of tsunami mitigation parks.
132             Our discussion includes modified parking strategies and hybrids with other strategies.
133 at these binding sites comprise a "molecular parking lot" in which the AChE molecules can be released
134 GP), a durable, solar-powered air monitoring park bench that measures real-time ozone, PM2.5, and met
135 ulation of wild baboons living in a national park in Kenya.
136          China plans to establish a national park system for the first time, aiming to reform the exi
137 ienced recruitment failure within a national park, now surrounded by logged forest.
138 d use for communities living near a national park, with clinic discounts offsetting costs historicall
139 ed growth for each wilderness area, national park, and national forest in the conterminous United Sta
140 3 land users near a tropical forest national park in the Vietnamese Central Annamites, a global biodi
141 cosystem restoration began with its national park designation in 1971.
142 ats, 26 populations will be outside national park planning.
143  mountains comprising the potential national park, and existing protected areas have overlaps between
144 ntegrated management under a single national park administration, focusing on the key gaps, which we
145 of deforestation was averted in the national park over a decade (~70% reduction in deforestation comp
146 as (prey-rich vs. prey-poor) of the national park.
147                                     National parks and bioreserves are key conservation tools used to
148 raits of large mammal species in 13 national parks in Kenya over the past 60 y.
149                            Although national parks will probably connect some fragmented habitats, 26
150 occurrence are found over state and national parks in the southeast during winter and spring, in the
151 rances to major attractions such as national parks.
152 and cattle collected from biobanks, national parks, and other regions of South Africa were used in du
153 pecies are rare in long-established national parks and nature reserves, which are actively protected
154 ing 2008-2010 from 17 lakes in four national parks of the northwestern Laurentian Great Lakes region.
155 onomic conservation success at four national parks, four comanaged reserves, and three traditionally
156 ess is observed in IUCN category-II national parks supposedly with stricter protection, and in larger
157 fine particulate matter and haze in national parks and wilderness areas where visibility is protected
158 ections, ranging from 25 to 100% in national parks.
159 densities similar to those found in national parks.
160 s within protected lands, including national parks, where Hg can bioaccumulate to levels detrimental
161 a pardus saxicolor in three montane national parks, northeastern Iran.
162  can inform the construction of new national parks.
163 alysis that can aid the planning of national parks.
164 ence for the establishment of other national parks in China and the world.
165 ity hotspots worldwide and two U.S. national parks (Cuyahoga and Rocky Mountain).
166  experienced in eight selected U.S. national parks if climate change causes mammalian species within
167 nd drastic influxes of new species, national parks are not likely to meet their mandate of protecting
168 h population densities in the three national parks, varying between 3.10 +/- SD 1.84 and 8.86 +/- SD
169 g trend whereby their visitation to national parks is substantially lower amongst communities closer
170 lower amongst communities closer to national parks.
171  much the same way that traditional national parks preserve special geological features and historica
172 nfluences: Indianapolis, IN and two national parks (the Great Smoky Mountains and Yellowstone).
173 ood walkability, and distance to the nearest park.
174 nce and use of walking loops in neighborhood parks: a national study.
175 hich a representative sample of neighborhood parks (n = 174) from 25 U.S. cities with > 100,000 popul
176                       Access to neighborhood parks may increase levels of physical activity and reduc
177 heir physical activity in urban neighborhood parks with and without walking loops.
178                                 Creating new parks can protect larger populations and more species, y
179 are difficult to generalize: older and newer parks, protected areas with higher and lower suitability
180 ps, on average during an hourly observation, parks with walking loops had 80% more users (95% CI: 42,
181 tional conservation programs and an index of park-related funding.
182 ing loops in parks and compare the number of park users and their physical activity in urban neighbor
183  the availability and increasing the cost of parking, designing pedestrian-friendly and cycling-frien
184                 It is akin to the problem of parking a truck at a loading bay by the side of a road i
185 reat uncertainty about the future ability of parks and protected areas to meet their conservation man
186 nding would directly increase the ability of parks to protect tropical biodiversity.
187                We found that the majority of parks are successful at stopping land clearing, and to a
188 .037 [1.018-1.056]; p=0.0007), and number of parks (1.146 [1.033-1.272]; p=0.010).
189 ilt environment, including the proportion of parks (relative risk [RR] = 2.233; 95% credible interval
190                                 All types of parks saw significant decreases in distance traveled to
191 munities, possibly because vegetation in old parks have had a longer time to modify soil properties a
192 re adjusted for the impact of temperature on park visitation, and we focused primarily on visits made
193 dely used in the central and eastern U.S. on parking lots, driveways, and even playgrounds, are typic
194 le assembling into a "hub" or "platform" or "park" the various companies and services that link farme
195                Therefore, in addition to our parking model, we model gap closing by walking.
196       However, the PV canopy structures over parking spaces potentially make systems costs prohibitiv
197 W of PV is possible on Pittsburgh city-owned parking facilities.
198 installation of distributed PV at city-owned parking facilities.
199 ard highly protected areas and ignore "paper parks." Analysis of a Brazilian database does not suppor
200           Apparently there are marine 'paper parks' just as there are terrestrial 'paper parks'.
201  parks' just as there are terrestrial 'paper parks'.
202 freeway (12%), in the rain (9%) and parallel parking (8%).
203 racy, low actuation power, and self-parallel parking.
204 ermittent voltage drops, also known as "peak parking," and analyzed by collision-induced dissociation
205    The capability of the monolith to do peak parking experiments was demonstrated by the characteriza
206 standards were also measured, using the peak parking method.
207 time on selected fractions, similar to "peak parking".
208                     As a project progresses, parking becomes progressively more expensive and eventua
209 uld provoke a different response at a public park than a shooting range.
210 efits from converting the site into a public park.
211 sidential gardens and parks (54%) and public parks and footpaths (31%).
212 ving tasks were navigating in parking ramps, parking in the correct space, seeing lane markings, and
213 in mortality among waterfowl in recreational parks, domestic flocks, and wild migratory birds.
214 c samples that were collected in a recycling park (manufacture date before 2006), this suggests a rec
215 on-demand (OD) mobility has started reducing parking needs in urban areas around the world.
216 st are sampled into loops, where they remain parked until their sequential reinjection onto the secon
217 hus, despite increasing densities in smaller parks, we conclude that there are only two robust popula
218 of solar parks, optimal connections of solar parks across time zones for minimizing intermittency, an
219 apacity and storage, optimal siting of solar parks, optimal connections of solar parks across time zo
220  of cases was detected near the southwestern park border, although infection was widely distributed.
221 erations and characteristics of all 50 state park systems.
222  assumes annual attendance within each state park system will continue to grow (or decline) at the sa
223 he operating expenditures of America's state park systems will be affected by a continued growth in a
224                The future of America's state park systems will depend upon increased support from sta
225  affecting the operations of America's state park systems, dwarfing the influence of climate change,
226 ecreation services generated by the US state park system is approximately $14 billion annually.
227 ecreation services generated by the US state park system.
228                                    All state parks generate annually an estimated 2.2 billion hours o
229 ith information on the availability of state parks and other potentially important drivers of recreat
230 , the approximately 2 million acres of state parks established between 1975 and 2007 are estimated to
231 sed to examine the net contribution of state parks to nature recreation.
232                  The results show that state parks have a robust positive effect on nature recreation
233 slope; numbers of hospitals, grocery stores, parks, railway stations, and bus stops; educational leve
234 uffer zone behind the hills into a strategic park design.
235 ely to visit locations such as supermarkets, parks and hospitals.
236  of GroEL: the ability to act as a temporary parking spot for sticky intermediates by binding many mo
237                                 We show that park age shaped the composition of microbial communities
238 gy to the city of Singapore we discover that parking infrastructure reduction of up to 86% is possibl
239 opical countries to test the hypothesis that parks are an effective means to protect tropical biodive
240                                          The park and forest, but not the urban area, provided signif
241 activities) across communities bordering the park: The greatest logging reductions were adjacent to t
242 ere forest workers and regularly entered the park.
243  to reside in Gabon [1], their loss from the park is a considerable setback for the preservation of t
244 ), while the ratio in surface soils from the park was typically an order of magnitude lower.
245 1.1 x 10 degrees mug/L), and the pond in the park (2.9 x 10(1) mug/L), where low levels of microcysti
246         We assessed population change in the park and its surroundings between 2004 and 2014.
247              None of the other snakes in the park was moribund, and RT-PCR results for surveillance s
248 other rather than from other reptiles in the park, with subsequent interanaconda juvenile transmissio
249 esence of poor households at the edge of the park does not signal that the park is a poverty trap.
250                       In the interior of the park, adult survival was less variable and density-indep
251 ession in the prey-rich northern area of the park.
252 ent with our findings in the interior of the park.
253  although the poor tend to be located on the park perimeter, proximity to the park has no measureable
254 However, a bad decade for forest outside the park proved a prosperous one for most local residents.
255 he edge of the park does not signal that the park is a poverty trap.
256 63 long-term monitoring sites throughout the park.
257 only on the walking loops but throughout the park.
258 for boys, more frequent family visits to the park (-1.89; -3.28, -0.51) and family participation in s
259 itions collected from a site adjacent to the park during August-October 2012 was 96 Bq mg(-1), while
260 ated on the park perimeter, proximity to the park has no measureable effect on growth of productive a
261 s inversely correlated with proximity to the park, initial farm size, and decline in adjacent communa
262 to identify the mechanisms through which the park protects the coast.
263                                          The parking strategy is an iterative approach to DNA sequenc
264 m ligand binding prior to elimination of the parking problem but also extended that treatment to incl
265 hance the PTR rate without compromise to the parking efficiency.
266 ak of salmonellosis in a large Florida theme park.
267 patients had drunk orange juice in the theme park vs 54% of controls (matched odds ratio, undefined;
268 l study, case patients were limited to theme park hotel visitors and controls were matched to case pa
269 oliferation, yet timing and insensitivity to park mutation suggest that preferential proliferation un
270 (PAHs) in living spaces and soil adjacent to parking lots sealed with coal-tar-based products.
271 e dust in living spaces and soil adjacent to parking lots sealed with coal-tar-based products.
272 tario, Canada in 2008 and reimburses travel, parking, accommodation, meals, and loss of income; each
273 tario, Canada in 2008 and reimburses travel, parking, accommodation, meals, and loss of income; each
274                                 Urban trees, parks, gardens, open spaces, and other nearby nature ele
275 eet in London (Oxford Street) or in an urban park (Hyde Park).
276 f Rome, and Park of Valentino, a 42 ha urban park in downtown Turin.
277 eptides and polyketides, we found that urban park soil microbiomes are both rich in biosynthetic dive
278 pared soil microbial communities in 41 urban parks of (i) divergent plant functional types (evergreen
279 ess and distribution of butterflies in urban parks in Beijing.
280 th bacterial and fungal communities in urban parks responded to plant functional groups, but fungi we
281 that, despite frequent disturbances in urban parks, urban soil microbes still followed the classic pa
282 tics to provide realistic estimates of urban parks to deliver ecosystem services.
283 py model AIRTREE in two representative urban parks in Italy: Park of Castel di Guido, a 3673 ha refor
284  collected over a 2 year period at six urban parks in Indianapolis, located varying distances from th
285 cted the first butterfly survey in ten urban parks in Beijing and estimated butterfly species richnes
286 iverse soil microbial communities than urban parks that are under continuous anthropogenic disturbanc
287 racterized by heavy traffic and within urban parks.
288                                        Valet parking is demonstrated using model proteins to concentr
289 /molecule reactions is referred to as "valet parking" as it entails the transport of the ions of inte
290 interest from the IEF dimension, as IEF was 'parked' during each CE analysis and refocused prior to a
291 ithout Ag also served as memory T cells when parked for 100 d in unirradiated, syngeneic recipients w
292  the environmental impact of individual wind parks requires a universal but location-dependent method
293 ions between butterfly species richness with park variables (age, area and distance to city center),
294                       Overall, compared with parks without walking loops, on average during an hourly
295 te of protecting current biodiversity within park boundaries.
296 robability of per-pixel deforestation within parks for 2018.
297 ties and microbial communities than in young parks.
298 l activity was observed in a renovated zonal park (adjusted OR for the time-by-group interaction, int
299 aths of several exotic birds at a zoological park in the same area.
300 ons of species might differ, most zoological parks worldwide commonly feature mixed-species exhibits.

 
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