Romanian Population in Michigan by City : 2025 Ranking & Insights

The Romanian population in Michigan is reported as 25,471, with the largest concentrations in cities like Sterling Heights (1,234), Farmington Hills (770), and Ann Arbor (697). Interestingly, the combined city-level total exceeds the statewide figure - a discrepancy that may reflect rounding, reporting lags, or cross-boundary overlaps in census data. This distribution highlights strong urban clustering alongside possible undercounts in state-level aggregates. The analysis below explores how Romanian communities take shape across Michigan and how these patterns compare with other states across the nation.

Top 5 cities with the largest Romanian population in Michigan

View All
  • 1
    Sterling Heights
    Romanian population in Sterling Heights is 1,234
    0.92% of Sterling Heights population is Romanian
  • 2
    Farmington Hills
    Romanian population in Farmington Hills is 770
    0.92% of Farmington Hills population is Romanian
  • 3
    Ann Arbor
    Romanian population in Ann Arbor is 697
    0.58% of Ann Arbor population is Romanian
  • 4
    Livonia
    Romanian population in Livonia is 677
    0.72% of Livonia population is Romanian
  • 5
    West Bloomfield charter township
    Romanian population in West Bloomfield charter township is 657
    1.00% of West Bloomfield charter township population is Romanian

Overview of Romanian population in Michigan

  • Population Count and Percentage: American Community Survey data indicate Michigan contains 25,471 Romanian residents (0.25% of 10.1 million total state population), positioning the state at the 91st percentile nationally among U.S. states for Romanian population concentrations.
  • Comparison to State and National Averages: U.S. Census data records indicate Michigan's Romanian population of 0.25% exceeds the national average of 0.14% by a factor of 1.9.
  • Share of Total National Population: Official American Community Survey records show Michigan hosts 25,471 Romanian residents, representing 5.6% of the nation's total Romanian population of 451,491, establishing the state as a significant demographic concentration center within national boundaries.
  • Population Density per Square Mile: U.S. Census Bureau's American Community Survey data indicates Michigan's density of 0.45 Romanian Americans per square mile exceeds the national average of 0.13 per square mile by three and a half times, establishing the state as a significant concentration center for Romanian demographic communities.
  • Need additional overviews? Extended research data available for purchase and license. ➔

1,552 Cities in Michigan Ranked by Romanian Population

View Methodology
American Community Survey data [1] show Romanian population in Michigan present in Sterling Heights, Farmington Hills, and Ann Arbor, along with several other incorporated cities reporting non-zero populations. The table below provides broader statistics, including total population figures, density measures, and demographic distributions based on current ACS data for all incorporated cities included in this analysis*.
cities in Michigan ranked by Romanian population count
Rank by Romanian Population
City
Romanian Population
% of Total City Population
% of Total Michigan Romanian Population
5 Year Rank Trend
1 Sterling Heights 1,234 0.92% 4.84%
2 Farmington Hills 770 0.92% 3.02%
3 Ann Arbor 697 0.58% 2.74%
4 Livonia 677 0.72% 2.66%
5 West Bloomfield charter township 657 1.00% 2.58%
6 Macomb township 654 0.71% 2.57%
7 Troy 635 0.73% 2.49%
8 630 0.83% 2.47%
9 556 0.70% 2.18%
10 550 0.40% 2.16%
11 536 0.55% 2.10%
12 512 1.80% 2.01%
13 441 0.71% 1.73%
14 388 1.61% 1.52%
15 343 0.52% 1.35%
16 338 0.78% 1.33%
17 330 0.33% 1.30%
18 292 1.17% 1.15%
19 288 3.02% 1.13%
20 287 11.11% 1.13%
21 276 1.64% 1.08%
22 255 0.44% 1.00%
23 248 0.04% 0.97%
24 246 0.63% 0.97%
25 243 0.98% 0.95%
26 232 0.28% 0.91%
27 220 0.45% 0.86%
28 216 1.26% 0.85%
29 208 1.03% 0.82%
29 208 0.30% 0.82%
30 207 1.34% 0.81%
31 201 0.46% 0.79%
31 201 0.18% 0.79%
32 198 0.72% 0.78%
33 189 0.49% 0.74%
34 186 0.30% 0.73%
35 177 0.63% 0.69%
36 174 0.32% 0.68%
37 172 0.30% 0.68%
38 169 0.78% 0.66%
39 168 0.37% 0.66%
40 165 0.80% 0.65%
41 160 0.71% 0.63%
41 160 0.52% 0.63%
42 155 0.20% 0.61%
43 153 0.08% 0.60%
44 148 1.00% 0.58%
45 133 0.46% 0.52%
46 130 0.44% 0.51%
47 126 1.10% 0.49%
47 126 1.40% 0.49%
48 125 1.65% 0.49%
49 120 0.11% 0.47%
50 119 1.13% 0.47%
51 118 1.19% 0.46%
51 118 0.40% 0.46%
52 107 1.44% 0.42%
53 105 1.65% 0.41%
53 105 0.14% 0.41%
54 104 0.49% 0.41%
55 103 0.50% 0.40%
56 101 1.05% 0.40%
57 100 0.40% 0.39%
57 100 1.10% 0.39%
58 96 0.20% 0.38%
59 95 0.42% 0.37%
60 94 0.15% 0.37%
60 94 0.38% 0.37%
61 92 0.31% 0.36%
61 92 0.32% 0.36%
62 89 1.26% 0.35%
63 88 0.41% 0.35%
63 88 1.94% 0.35%
64 86 1.40% 0.34%
65 85 0.93% 0.33%
66 83 0.78% 0.33%
67 82 0.56% 0.32%
68 80 1.28% 0.31%
69 78 0.17% 0.31%
70 77 0.17% 0.30%
71 76 0.27% 0.30%
72 72 0.17% 0.28%
73 71 0.26% 0.28%
73 71 0.26% 0.28%
74 68 0.40% 0.27%
75 67 1.56% 0.26%
75 67 0.09% 0.26%
76 65 0.21% 0.26%
77 63 0.33% 0.25%
77 63 1.88% 0.25%
78 62 0.18% 0.24%
79 61 0.48% 0.24%
80 60 1.25% 0.24%
81 59 0.83% 0.23%
82 57 0.35% 0.22%
83 56 0.29% 0.22%
84 55 0.46% 0.22%
84 55 0.31% 0.22%
85 54 0.48% 0.21%
85 54 0.14% 0.21%
85 54 0.25% 0.21%
85 54 0.89% 0.21%
85 54 0.30% 0.21%
85 54 0.74% 0.21%
86 53 0.62% 0.21%
87 52 0.10% 0.20%
87 52 0.32% 0.20%
88 50 0.74% 0.20%
89 48 0.32% 0.19%
89 48 1.00% 0.19%
89 48 3.60% 0.19%
89 48 1.02% 0.19%
89 48 0.75% 0.19%
90 47 0.13% 0.18%
91 44 0.08% 0.17%
91 44 1.10% 0.17%
91 44 0.29% 0.17%
92 41 0.16% 0.16%
92 41 0.10% 0.16%
93 40 0.28% 0.16%
93 40 0.05% 0.16%
93 40 0.10% 0.16%
94 39 0.07% 0.15%
94 39 0.20% 0.15%
95 38 0.75% 0.15%
95 38 0.90% 0.15%
96 37 0.18% 0.15%
96 37 0.16% 0.15%
97 36 0.43% 0.14%
97 36 0.08% 0.14%
97 36 0.11% 0.14%
98 34 0.18% 0.13%
98 34 1.48% 0.13%
99 33 1.12% 0.13%
99 33 0.72% 0.13%
100 32 1.10% 0.13%
100 32 0.10% 0.13%
100 32 0.38% 0.13%
100 32 0.48% 0.13%
100 32 0.62% 0.13%
100 32 0.41% 0.13%
100 32 0.49% 0.13%
100 32 0.71% 0.13%
101 31 1.74% 0.12%
101 31 1.42% 0.12%
101 31 1.15% 0.12%
101 31 0.88% 0.12%
101 31 0.27% 0.12%
101 31 0.34% 0.12%
101 31 0.18% 0.12%
102 30 2.52% 0.12%
103 29 1.76% 0.11%
103 29 0.19% 0.11%
103 29 0.64% 0.11%
103 29 0.25% 0.11%
103 29 0.26% 0.11%
103 29 0.45% 0.11%
104 28 2.26% 0.11%
104 28 0.19% 0.11%
105 27 0.65% 0.11%
105 27 0.52% 0.11%
105 27 1.08% 0.11%
105 27 0.30% 0.11%
106 26 0.41% 0.10%
106 26 0.13% 0.10%
106 26 0.42% 0.10%
106 26 0.41% 0.10%
106 26 0.54% 0.10%
106 26 0.49% 0.10%
107 25 0.62% 0.10%
107 25 0.10% 0.10%
108 24 0.25% 0.09%
108 24 0.23% 0.09%
108 24 0.58% 0.09%
108 24 1.13% 0.09%
108 24 0.92% 0.09%
108 24 0.40% 0.09%
109 23 1.23% 0.09%
109 23 1.22% 0.09%
109 23 0.46% 0.09%
110 22 0.50% 0.09%
110 22 0.07% 0.09%
110 22 0.11% 0.09%
110 22 0.58% 0.09%
111 21 0.19% 0.08%
111 21 0.06% 0.08%
112 20 0.20% 0.08%
112 20 0.17% 0.08%
112 20 1.42% 0.08%
113 19 0.06% 0.07%
113 19 0.69% 0.07%
113 19 0.46% 0.07%
113 19 0.09% 0.07%
113 19 1.37% 0.07%
114 18 0.88% 0.07%
114 18 0.20% 0.07%
114 18 0.31% 0.07%
114 18 0.31% 0.07%
114 18 1.34% 0.07%
114 18 0.20% 0.07%
114 18 0.86% 0.07%
114 18 0.15% 0.07%
115 17 0.18% 0.07%
115 17 0.29% 0.07%
115 17 0.52% 0.07%
115 17 0.09% 0.07%
115 17 0.65% 0.07%
115 17 1.78% 0.07%
115 17 0.11% 0.07%
115 17 0.24% 0.07%
115 17 0.12% 0.07%
115 17 1.93% 0.07%
116 16 0.06% 0.06%
116 16 0.15% 0.06%
116 16 0.05% 0.06%
116 16 0.62% 0.06%
117 15 0.56% 0.06%
117 15 0.18% 0.06%
117 15 0.34% 0.06%
117 15 0.26% 0.06%
117 15 0.89% 0.06%
117 15 0.07% 0.06%
118 14 0.49% 0.06%
118 14 0.20% 0.06%
118 14 0.11% 0.06%
118 14 1.81% 0.06%
118 14 0.81% 0.06%
118 14 0.09% 0.06%
118 14 0.80% 0.06%
118 14 0.35% 0.06%
118 14 0.03% 0.06%
119 13 0.04% 0.05%
119 13 1.45% 0.05%
119 13 0.37% 0.05%
119 13 0.33% 0.05%
119 13 0.99% 0.05%
119 13 1.06% 0.05%
119 13 0.32% 0.05%
119 13 0.36% 0.05%
120 12 1.44% 0.05%
120 12 0.12% 0.05%
120 12 0.26% 0.05%
120 12 0.04% 0.05%
120 12 0.43% 0.05%
120 12 0.19% 0.05%
120 12 0.34% 0.05%
120 12 0.17% 0.05%
120 12 0.08% 0.05%
120 12 0.07% 0.05%
120 12 0.35% 0.05%
121 11 0.29% 0.04%
121 11 0.08% 0.04%
121 11 0.43% 0.04%
121 11 0.91% 0.04%
121 11 0.13% 0.04%
121 11 0.09% 0.04%
121 11 2.29% 0.04%
122 10 0.40% 0.04%
122 10 0.53% 0.04%
122 10 0.32% 0.04%
122 10 0.16% 0.04%
122 10 0.13% 0.04%
122 10 0.07% 0.04%
122 10 1.43% 0.04%
122 10 0.06% 0.04%
122 10 0.13% 0.04%
122 10 0.05% 0.04%
122 10 0.18% 0.04%
122 10 0.83% 0.04%
122 10 1.26% 0.04%
122 10 0.37% 0.04%
122 10 0.13% 0.04%
122 10 0.64% 0.04%
122 10 0.43% 0.04%
122 10 0.12% 0.04%
122 10 0.25% 0.04%
122 10 0.14% 0.04%
123 9 0.19% 0.04%
123 9 0.26% 0.04%
123 9 0.31% 0.04%
123 9 0.64% 0.04%
123 9 0.09% 0.04%
123 9 0.10% 0.04%
123 9 0.33% 0.04%
123 9 0.07% 0.04%
123 9 0.83% 0.04%
123 9 0.39% 0.04%
123 9 0.22% 0.04%
123 9 0.40% 0.04%
123 9 1.23% 0.04%
123 9 0.29% 0.04%
124 8 0.26% 0.03%
124 8 0.05% 0.03%
124 8 0.68% 0.03%
124 8 0.02% 0.03%
124 8 0.62% 0.03%
124 8 0.13% 0.03%
124 8 0.10% 0.03%
124 8 0.16% 0.03%
124 8 0.13% 0.03%
124 8 0.17% 0.03%
124 8 0.49% 0.03%
124 8 0.13% 0.03%
124 8 0.10% 0.03%
124 8 0.06% 0.03%
124 8 0.13% 0.03%
124 8 0.60% 0.03%
124 8 0.29% 0.03%
124 8 0.89% 0.03%
124 8 0.08% 0.03%
124 8 0.05% 0.03%
124 8 0.25% 0.03%
125 7 0.29% 0.03%
125 7 0.22% 0.03%
125 7 0.77% 0.03%
125 7 0.16% 0.03%
125 7 0.02% 0.03%
125 7 0.66% 0.03%
125 7 1.05% 0.03%
125 7 0.25% 0.03%
125 7 0.05% 0.03%
125 7 0.05% 0.03%
125 7 0.26% 0.03%
125 7 0.06% 0.03%
125 7 0.45% 0.03%
126 6 0.04% 0.02%
126 6 0.08% 0.02%
126 6 0.65% 0.02%
126 6 0.86% 0.02%
126 6 0.23% 0.02%
126 6 0.39% 0.02%
126 6 0.25% 0.02%
126 6 0.70% 0.02%
126 6 0.29% 0.02%
126 6 0.97% 0.02%
126 6 0.22% 0.02%
126 6 0.64% 0.02%
126 6 0.38% 0.02%
126 6 0.25% 0.02%
126 6 0.31% 0.02%
127 5 0.20% 0.02%
127 5 0.19% 0.02%
127 5 0.22% 0.02%
127 5 0.14% 0.02%
127 5 0.27% 0.02%
127 5 0.47% 0.02%
127 5 0.47% 0.02%
127 5 0.13% 0.02%
127 5 0.97% 0.02%
127 5 0.15% 0.02%
127 5 0.19% 0.02%
127 5 0.27% 0.02%
127 5 0.23% 0.02%
127 5 0.21% 0.02%
127 5 0.07% 0.02%
127 5 0.34% 0.02%
127 5 0.18% 0.02%
127 5 0.37% 0.02%
128 4 0.24% 0.02%
128 4 0.18% 0.02%
128 4 0.38% 0.02%
128 4 0.23% 0.02%
128 4 0.14% 0.02%
128 4 0.13% 0.02%
128 4 0.11% 0.02%
128 4 0.39% 0.02%
128 4 0.19% 0.02%
128 4 0.34% 0.02%
128 4 0.45% 0.02%
128 4 0.18% 0.02%
128 4 0.50% 0.02%
128 4 0.66% 0.02%
128 4 0.24% 0.02%
128 4 0.31% 0.02%
128 4 0.13% 0.02%
128 4 0.01% 0.02%
128 4 0.25% 0.02%
128 4 0.32% 0.02%
128 4 0.22% 0.02%
128 4 0.44% 0.02%
128 4 0.13% 0.02%
128 4 0.20% 0.02%
128 4 0.15% 0.02%
129 3 0.17% 0.01%
129 3 0.13% 0.01%
129 3 0.28% 0.01%
129 3 0.38% 0.01%
129 3 0.37% 0.01%
129 3 0.17% 0.01%
129 3 0.24% 0.01%
129 3 0.22% 0.01%
129 3 0.10% 0.01%
129 3 0.33% 0.01%
129 3 0.17% 0.01%
129 3 0.16% 0.01%
129 3 0.05% 0.01%
129 3 0.02% 0.01%
129 3 0.20% 0.01%
129 3 0.46% 0.01%
129 3 0.17% 0.01%
129 3 0.25% 0.01%
129 3 0.19% 0.01%
129 3 0.14% 0.01%
129 3 0.39% 0.01%
129 3 0.18% 0.01%
129 3 0.17% 0.01%
129 3 0.11% 0.01%
129 3 0.31% 0.01%
129 3 0.52% 0.01%
129 3 0.02% 0.01%
129 3 0.25% 0.01%
129 3 0.08% 0.01%
129 3 0.22% 0.01%
129 3 0.16% 0.01%
129 3 0.22% 0.01%
129 3 0.16% 0.01%
129 3 0.22% 0.01%
129 3 0.58% 0.01%
129 3 0.21% 0.01%
129 3 0.21% 0.01%
129 3 0.33% 0.01%
129 3 0.24% 0.01%
129 3 0.08% 0.01%
129 3 0.11% 0.01%
129 3 0.06% 0.01%
129 3 0.28% 0.01%
129 3 0.23% 0.01%
129 3 0.14% 0.01%
130 2 0.42% 0.01%
130 2 0.22% 0.01%
130 2 0.12% 0.01%
130 2 0.27% 0.01%
130 2 0.07% 0.01%
130 2 0.13% 0.01%
130 2 0.29% 0.01%
130 2 0.19% 0.01%
130 2 0.11% 0.01%
130 2 0.18% 0.01%
130 2 0.07% 0.01%
130 2 0.16% 0.01%
130 2 0.23% 0.01%
130 2 0.20% 0.01%
130 2 0.13% 0.01%
130 2 0.29% 0.01%
130 2 0.01% 0.01%
130 2 0.31% 0.01%
130 2 0.34% 0.01%
130 2 0.01% 0.01%
130 2 0.20% 0.01%
130 2 0.35% 0.01%
130 2 0.08% 0.01%
130 2 0.23% 0.01%
130 2 0.03% 0.01%
130 2 0.25% 0.01%
130 2 0.24% 0.01%
130 2 0.17% 0.01%
130 2 0.13% 0.01%
131 1 0.21% 0.00%
131 1 0.10% 0.00%
131 1 0.07% 0.00%
131 1 0.17% 0.00%
131 1 0.15% 0.00%
131 1 0.04% 0.00%
131 1 0.02% 0.00%
131 1 0.12% 0.00%
131 1 0.04% 0.00%
131 1 0.10% 0.00%
131 1 0.11% 0.00%
131 1 0.10% 0.00%
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
132 0 - -
Need the complete table? Full rankings and the underlying data sets for California and other locations are available for purchase or license.

Methodology

This ranking list is based on data from the American Community Survey (ACS) 5-Year Estimates, conducted by the U.S. Census Bureau. The ACS is one of the most reliable sources for understanding population trends across different locations, and it provides estimates for various racial and ethnic groups at city, county, state and all geography levels down to the Census block group.
This list ranks city in Michigan by their Romanian population, using the most recent ACS data available.

How the Census defines Romanian population

The U.S. Census Bureau allows people to self-identify their ancestry, meaning individuals can write upto ancestries when responding to the survey. In this ranking, we include everyone who identifies as having Romanian ancestry, whether alone or in combination with another ancestry.
Here are a few important things to know about how ancestry is reported:
  • Some people identify as Romanian alone, while others identify as Romanian along with another race (such as Romanian and German).
  • We’ve used the “Romanian alone or in any combination” category unless noted otherwise, which gives a broader picture of the Romanian population in each area.

How We Ranked the Data

This ranking is based on the total number of people who identified as Romanian alone or in combination in city. To provide additional context, we’ve also included two key percentages:
  1. % of Total City Population – This shows what percentage of the total state population identifies as Romanian .
  2. % of Total Michigan Romanian Population – This tells us how much of the entire U.S. Romanian population lives in that state.
To keep things simple, all population numbers have been rounded to the nearest whole number, and percentages are rounded to one decimal place. Because of rounding, some percentages may not add up to exactly 100%.

Things to Keep in Mind

Like all survey-based data, ACS estimates come with some limitations. Here are a few things to be aware of:
  • In places with very small Romanian populations, the numbers may not be reported at all due to privacy protections or sampling variability in the survey.
  • Since the ACS is based on a sample, the numbers are estimates, not exact counts. That means they may slightly differ from other sources like the decennial U.S. Census.
  • City that don’t have any reported Romanian population are not included in the ranking but are listed separately below for reference.
This ranking is meant to provide a clear, data-driven look at where Romanian populations are most concentrated while keeping the numbers easy to understand.

Sources

  1. 2019-2023 5-Year Estimates.
  2. 2023.