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1 ng in northern and central Europe because of immigration.
2 arances of mammals traced to climate-induced immigration.
3 tion of this subset with the increase in ETP immigration.
4 and juveniles, suggesting an absence of seed immigration.
5 markets that have led to increasing rates of immigration.
6 at may have experienced successive rounds of immigration.
7 ought of as independent from the politics of immigration.
8 RSA) in the local community under restricted immigration.
9 grin, a marker essential for small intestine immigration.
10 be higher because of the increased rates of immigration.
11 arger policy and political context including immigration.
12 similar processes, such as birth, death and immigration.
13 ontrols varies by origin and over time since immigration.
14 , prevalence is increasing worldwide through immigration.
15 P = 0.22), by country of birth, or by age at immigration.
16 ile sinks suffer net mortality but enjoy net immigration.
17 are sinks instead, buoyed demographically by immigration.
18 ritage; birthplace; and, if relevant, age at immigration.
19 but that diversity can be recovered through immigration.
20 mulation of Treg in tumors by blocking their immigration.
21 of Americans' traditional ambivalence about immigration.
22 p usually immigrated independent of previous immigrations.
24 ates not only origination and extinction but immigration, a global analysis of genera and subgenera o
26 ocial Security numbers were issued after the immigration Act of 1965 had an adjusted relative risk of
29 y be sinks, and that movement dynamics (e.g. immigration) among winters can dramatically obscure key
31 y DACA eligibility criteria (based on age at immigration and at the time of policy implementation) be
32 malian neocortex develops by the coordinated immigration and differentiation of cells that are produc
36 ever, other explanations, such as biome age, immigration and ecological limits, must also be consider
38 eographic theory has identified the roles of immigration and extinction in relation to area size and
39 hought to emerge from an equilibrium between immigration and extinction rates, but the influence of s
43 ulations were characterized by low levels of immigration and high levels of genetic drift, whereas th
44 on chest radiograph noted either during the Immigration and Naturalization Service screening evaluat
47 nd habitat patches in the landscape enhances immigration and should in turn facilitate recovery of ge
48 not interact and diversity is maintained by immigration and speciation, yield unrealistically small
50 e disease has changed due to new patterns of immigration and successful control in its transmission,
51 Paternity analysis detected 9.2 % of pollen immigration and the average distance of pollination with
52 links) should be "selected" through repeated immigrations and extinctions during assembly into config
53 ly be filled through speciation (rather than immigration) and adaptive radiation of neo-endemics.
54 ures (e.g., early first pregnancy and age at immigration) and proximal lifestyle factors (e.g., smoki
55 d effective migration rates after subsequent immigration, and (iii) effects of selection through hitc
56 nited States, factors such as global travel, immigration, and military deployment have the potential
58 , including the effects of spatially focused immigration, and movement preferences at various ages, i
59 ns of residential processes, race/ethnicity, immigration, and other social determinants of health.
60 yses assessing the association of time since immigration, and region of birth, with end-of-life care.
61 ung microbiome is determined by elimination, immigration, and relative growth within its communities.
64 l services is limited because emigration and immigration are often confounded with local-scale popula
67 ere to get care (33% versus 16%), and feared immigration authorities (47% versus 18%) (p < 0.05).
68 rather, I want to discuss the impact of the immigration ban on scientific discourse, education, and
69 Our analysis shows that the geography of immigration based on households differs considerably fro
71 ome ponds, but not in others, and with early immigration both from external source populations, and f
72 cytokine secretion, did not inhibit NK cell immigration, but significantly increased neutrophil infl
73 , the grafts retained the ability to support immigration by human leukocytes, as demonstrated by the
74 t border security crackdown on illegal human immigration, by providing essential results on human che
75 ve, linking information from Citizenship and Immigration Canada's Permanent Resident database to nine
76 e different types of social challenges (male immigration, changes in grooming behavior after the deat
79 as occurred in the population through pollen immigration, contributing to the maintenance of genetic
83 using validated linkages between health and immigration databases to identify immigrant (since 1985)
85 l experience of many ethnic groups including immigration, discrimination, and acculturation may plaus
86 gical communities is a historical product of immigration, diversification and extinction, but the com
87 e lung microbiome is determined by microbial immigration, elimination, and relative growth rates of i
88 lated the models with demographic, clinical, immigration, emigration, and linkage data from a South A
90 fforts should focus on the quantification of immigration, emigration, growth, and death relative to t
94 s of the two new carnivores strongly suggest immigration events that were earlier than and distinct f
95 ndicating greater impact of the reduction of immigration filters and/or differential historical losse
96 ined by mutation but rather by high rates of immigration from a globally distributed metacommunity.
98 es may have changed over time as a result of immigration from countries with a high prevalence of HBV
100 ' niche, a population should persist without immigration from external sources, whereas if conditions
101 such as early Spanish colonization, waves of immigration from many regions of Europe, and forced relo
103 d juvenile survival probabilities (>0.7) and immigration from outside of the catchment limited the ef
104 of factors in the perinatal period, notably immigration from rural low-income to rich developed sett
105 "true sink" habitat, where in the absence of immigration from the source areas of the central Baltic
107 , or local extinction followed by subsequent immigrations from single or multiple source populations,
109 political, and economic changes and massive immigration have sparked new scholarly and policy intere
110 linked processes, with small differences in immigration history greatly affecting the evolutionary e
113 We studied sentinel behaviour following immigration in a habituated population of wild dwarf mon
116 ation history has been shaped by a series of immigrations, including the early Anglo-Saxon migrations
117 (Tehran), which was characterized by massive immigration, increased theta and a large decrease in F(S
122 ds were shown to underestimate realized gene immigration into the remnants by a factor of two suggest
124 terminating fibroblast and endothelial cell immigration into wounds; this signaling also directs epi
127 ot require MCP-1 upregulation; (2) Leukocyte immigration is not sufficient to induce BBB opening to l
128 sequent recoveries (by in situ speciation or immigration), is needed to better understand present-day
129 in badgers: expanded ranging, more frequent immigration, lower genetic relatedness, and elevated pre
131 dynamics in an invaded grassland community: immigration, maximum intrinsic growth rate, self-regulat
132 in Laurentia suggests that processes such as immigration may have been particularly important in the
133 sis indicated a best estimate of 6.5% pollen immigration (minimum 1.1%) from populations 2 km to 100+
135 intains alleles at two or more loci, despite immigration of alternative alleles at these loci from an
137 creased androgen signaling leads to enhanced immigration of bone marrow T-cell precursors, as manifes
138 the question if podocytes can be replaced by immigration of cells along the glomerular basement membr
139 pattern of mtDNA variability as a result of immigration of chamois from different Pleistocene refugi
141 ary-ocean connectivity operating through the immigration of fish and crustaceans that prey on bivalve
142 "cold phase" lead to strong recruitment and immigration of juvenile flatfish and crustaceans into es
145 vents allowing, within at most 36 hours, the immigration of midges from north-eastern Spain and Balea
147 The chemokine receptor CCR9 controls the immigration of multipotent hematopoietic progenitor cell
148 ls at 2 h postinfection revealed the massive immigration of neutrophils and their colocalization with
149 acts as a source of BDNF, which supports the immigration of new neurons from the overlying ventricula
150 host microbiota will change over time due to immigration of new species, interaction with the host im
151 gion showed considerable recovery, including immigration of newly generated or repaired neurons that
153 in is exacerbated by measures inhibiting the immigration of opioid-producing cells or, conversely, an
156 ess as a result of the interplay between the immigration of species from the much larger metacommunit
157 d, smaller release site collapsed due to the immigration of Wolbachia-free mosquitoes from surroundin
159 ined by external forces such as disturbance, immigration or 'patchiness' of resources in space and ti
160 ions per plant generation, in the absence of immigration or emigration in the insect population, the
162 work and wages, the economic consequences of immigration, or the possible causes of unemployment.
166 change, or the introduction of new cases via immigration, places the population at high risk for a ma
167 more likely to support foreign aid, liberal immigration policies, pacifism, and gun control, whereas
168 Natives' attitudes toward immigrants and immigration policy are important factors in the context
171 ildhood Arrivals (DACA) programme, a 2012 US immigration policy that provided renewable work permits
175 at oral cGVHD results from type I IFN-driven immigration, proliferation, and differentiation of T-bet
176 eters: the effective population size and the immigration rate for each population relative to the mut
179 nity dominance, possibly as a result of high immigration rates and preadaptation to anthropogenically
180 population processes, such as migration and immigration rates, linkage-disequilibrium strength, and
181 n co-estimate subpopulation Theta = 4N(e)mu, immigration rates, subpopulation exponential growth rate
183 results suggest the existence of a regional immigration-recolonization dynamic driven by urban cente
184 ntribution of movement rates (emigration and immigration), recruitment and mortality to the dynamics
187 ministered bilingual questionnaire collected immigration, reproductive, and lifestyle data from 213 w
188 ches were connected by habitat corridors, an immigration "rescue effect" arrested declines in both ab
190 rrestrial species, most niches are filled by immigration: speciation increases with the random accumu
191 born, we observed significant differences by immigration status in multidrug resistance (p = 0.02), h
193 dence of the impact of parents' unauthorized immigration status on the health of their U.S. citizen c
194 tios (HRs) were adjusted for marital status, immigration status, income quartile (since 1980), educat
195 identify independent risk factors (age, sex, immigration status, socioeconomic status, education, and
198 nclude that male crested macaques base their immigration strategy on relative fighting ability and th
199 and potentially transmissible--decades after immigration strengthens the rationale for donor screenin
200 also raises themes regarding the process of immigration, subsequent challenges in acculturation and
201 cies numbers will initially increase through immigration, the rate depending on the degree of isolati
203 three distinct stages (emigration, transit, immigration), these decisions are commonly ignored in si
204 enetic and fitness consequences of decreased immigration through time in a natural population [4-6].
205 nnative invasion may overwhelm the effect of immigration timing on community dominance, possibly as a
206 which divergence is initiated in allopatry; immigration to a new area of a single male hybrid and in
208 therein, and subsequent monitoring of their immigration to the intestine; endoscopic flashing of the
210 ion framework, we infer more recent European immigration to the Southeast/South than to the Northeast
212 owding, homelessness, low income, and recent immigration to the UK, which was not explainable by heal
213 ncompliance with drug therapy, homelessness, immigration to the United States from developing countri
219 viding no evidence of substantial unobserved immigration which could bias demographic estimates of Ne
220 ulation was only possible with high rates of immigration, which exceeded emigration in each year.
221 ht be attributable to greater sensitivity to immigration, which may hyperactivate evolved mechanisms
222 changing in the United States as a result of immigration, yet the extent to which different classes o
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