No | Author (Year) | Country | Urban or Rural? | Type of Study | Sampling | Sample size | Dependent Variables | Age | Quality Assessment |
---|---|---|---|---|---|---|---|---|---|
1 | Zhang (2019) [74] | USA | Urban | Cohort | census | 9521 | BMI | 20–60 | 8/10 |
2 | Vaccaro (2019) [68]. | USA | - | cross-sectional | Random | 42,828 | BMI | 10–17 | 7/9 |
3 | Astell-Burt (2014) [136] | Australia | - | cross-sectional | Random | 246, 920 | BMI | 45–106 45 ≤ | 7/9 |
4 | U. Goldsby (2016) [55] | USA | Urban | Cohort | A convenience samples | 1443 | BMI | < 19 | 9/10 |
5 | Alexander(2013) [50] | USA | - | cross-sectional | Random-digit-dialing | 44 278 | Obesity | 6–17 | 7/9 |
6 | Bai(2013) [51] | USA | - | cross-sectional | Census | 3,906 | BMI | 18–63 | 6/9 |
7 | Bell(2008) [52] | USA | Urban | cohort | Census | 3831 | BMI | 3–16 | 8/10 |
8 | Bird(2016) [76] | Canada | Urban | Cohort | Census | 380 | Obesity | 8–10 | 9/10 |
9 | Burgoine(2015) [91] | UK | Urban | cross-sectional | Base line data | 94 | BMI | 5–11 | 7/9 |
10 | Dadvand(2014) [105] | Spain | Urban | cross-sectional | Random | 3,178 | sedentary behavior, obesity, asthma, and allergy | 9–12 | 8/9 |
11 | Davidson(2010) [77] | Canada | Urban & Rural (Urban = 47.2 Town = 16.1 Rural = 36.7) | - | Random | 148 | Body weights | Students grade 5 | - |
12 | Gose(2013) [98] | Germany | - | - | Data were collected as part of the Kiel Obesity Prevention Study | 485 | weight status | age at baseline: 6.1 (5.8–6.4) | - |
13 | Assis (2018) [145] | Brazil | - | cross-sectional | Census | 408 | Overweight | 6–15 | 6/9 |
14 | Hobbs(2018) [92] | UK | Urban & Rural (Urban = 88.60 Rural = 11.40) | cross-sectional | Yorkshire Health Study | 22,889 | BMI | 18–86 | 8/9 |
15 | Klompmaker(2018) [99] | Dutch | Urban & Rural (very highly urbanized = 15 highly urbanized = 25 moderately urbanized = 18 low urbanized = 23 not urbanized = 19) | cross-sectional | using data from a Dutch national health survey | 387,195 | Overweight | ≥ 19 | 7/9 |
16 | Lovasi(2011) [61] | USA | Urban | cross-sectional | Census | 428 | Adiposity | 2–5 | 7/9 |
17 | Manandhar(2019) [125] | Nepal | Urban | cross-sectional | Random | 440 | Overweight/ Obesity | 6–13 | 7/9 |
18 | Mathis(2017) [62] | USA | Urban | cross-sectional | Census | 217 | BMI | 65+ | 6/9 |
19 | Mena(2014) [146] | Chile | Urban | cross-sectional | Random | 832 | BMI | 18–74 | 7/9 |
20 | Mendes(2013) [147] | Brazil | Urban | cross-sectional | Random | 3404 | Overweight | 18 ≤ | 6/9 |
21 | Hughey(2017) [162] | USA | - | cross-sectional | Census | 13,469 | Obesity | 3rd–5th grade | 7/9 |
22 | Grit Müller (2018) [100] | Germany | Urban | cross-sectional | Census | 1312 | BMI/T2DM | 25–74 | 7/9 |
23 | Nicolle-Mir (2018) [107] | Lithuania. | Unknown | cross-sectional | Data used from cohort study | 1489 | Overweight | 4–6 | 8/9 |
24 | Nies(2015) [79] | Idaho | Urban& Rural | Retrospective base EHR | Census | 9800 | Obesity | 18–105 | 7/10 |
25 | Picavet(2016) [90] | Netherlands | Urban &Rural | cross-sectional and longitudinal | Random | 4005 | Height, weight, blood pressure | 20–59 | 8/9 |
26 | Potestio (2009) [80] | Canada | Urban | cross-sectional | Census | 6,772 | Overweight/Obesity | 3–8 | 8/9 |
27 | Potwarka(2008) [81] | Canada | - | - | Random | 108 | Weight Status | 2–17 | - |
28 | Putrik(2015) [102] | Netherlands | - | cross-sectional | - | 9771 | Overweight/Obesity | 18–65 | 7/9 |
29 | Rossi(2018) [149] | Brazil | - | cross-sectional | Random | 2,152 | BMI | 7–14 | 8/9 |
30 | Rundle(2013) [65] | USA | - | cross-sectional | Census | 13,102 | BMI | - | 8/9 |
31 | Schüle(2016) [101] | Germany | - | cross-sectional | Census | 3499 | Overweight | 5–7 | 6/9 |
32 | Singh(2010) [66] | USA | - | cross-sectional | Random | 44,101 | Obesity | 10–17 | 7/9 |
33 | Sullivan(2014) [67] | USA | - | cross-sectional | Census | 6082 | Obesity | ≥ 18 | 7/9 |
34 | Toftager(2011) [103] | Denmark | Urban | cross-sectional | Census | 14,566 | Physical activity | ≥ 16 | 6/9 |
35 | van der Zwaard(2018) [93] | UK | - | Cohort | - | 6001 | BMI | 3–11 | 8/10 |
36 | Veitch(2016) [69] | Australia | Urban & Rural, 40 Urban area) | cross-sectional | Random | 1848 | Overweight and Obesity | 33.5- 50.0 | 7/9 |
USA | Â | 489 | Overweight and Obesity | 43.7- 57.1 | 7/9 | ||||
37 | Velásquez-Meléndez(2013) [150] | Brazil | Urban | cross-sectional | Random | 3,425 | Overweight and Obesity | 18–65 | 8/9 |
38 | Veugelers (2008) [82] | Canada | Urban &Rural (Urban = 55 and Rural = 45) | - | - | 5 200 | Diet, Physical activity and Overweight | 10–11 | - |
39 | Wall(2012) [70] | USA | Urban/ suburban | cross-sectional | - | 2682 | Obesity | Mean age 14.5 | 7/9 |
40 | Wen(2012) [71] | USA | Urban | cross-sectional | census | 2000 | Obesity | 20–64 | 7/9 |
41 | Wolch(2011) [72] | USA | Urban | cohort | Random | 3173 | Obesity | 9–10 | 7/10 |
42 | Yang(2018) [73] | USA | Urban | cross-sectional | census | 41,283 | Overweight and Obesity | 3–18 | 7/9 |
43 | Nesbit(2014) [63] | USA | - | cross-sectional | Random | 39,542 | Obesity | 11 to 17 | 7/9 |
44 | Pereira(2018) [106] | Portugal | Urban | - | Census | 929 | Obesity | Mean (± SD) 7.28 (± 1.94) | - |
45 | Akpinar(2017) [126] | Turkey | Urban | Cross-sectional | Census | 422 | Physical activity/Screen time/General health/Overweight | Children 1–18 | 7/9 |
46 | Benjamin-Neelon (2019) [75] | Mexico | - | Cohort | Random | 102 | BMI | children 3–5 | 9/10 |
47 | Bjork (2008) [108] | Sweden | Urban | Cross-sectional | Census | 24,819 | Physical activity, Obesity and Wellbeing | 18–80 | 7/9 |
48 | Brown(2009) [53] | USA | - | Cross-sectional | Census | 5000 | BMI, overweight, and obesity | 25–64 | 7/9 |
49 | Browning and Rigolon (2018) [54] | USA | Urban | Cross-sectional | Census | 97,574,613 | Obesity and Mental health | > 18 | 8/9 |
50 | Coombes (2010) [95] | UK | Urban | Cross-sectional | Census | 6821 | Physical activity and Overweight | > 16 | 7/9 |
51 | Cummins and Fagg (2012) [96] | UK | Urban &Rural (Urban = 80.3, Town = 9.5, village = 10.2) | Cross-sectional | Random | 79,136 | Weight status | > 18 | 7/9 |
52 | Dempsey(2018) [109] | Ireland | Urban | Cross-sectional | Census | 8175 | Obesity | ≥ 50 | 6/9 |
53 | Ellaway (2005) [97] | UK | - | Cross-sectional | Census | 6919 | Obesity | Adults age not mentioned | 8/9 |
54 | Feng (2018) [138] | Australia | Urban &Rural (Urban = 12.9, regional = 11.1 and Rural = 12.2) | Cohort | Census | 3843 | Obesity | Mothers age not mentioned | 7/10 |
55 | Hoehner (2012) [56] | USA | - | Cross-sectional | Random | 8857 | Cardiorespiratory fitness | 20–88 | 7/9 |
56 | James (2017) [57] | USA | Urban &Rural (Urban = 98.8 Small town& Rural = 1.1) | Cross-sectional | Random | 23,435 | BMI | 60–87 | 7/9 |
57 | Li (2008) [58] | USA | Urban | Cross-sectional | Random | 1221 | Adiposity, and Physical activity | 50–75 | 7/9 |
58 | Li (2018) [59] | USA | Urban | Cross-sectional | - | 149,797 | BMI | 18–84 | 7/9 |
59 | Liu (2007) [60] | USA | Urban &Rural | Cross-sectional | Census | 7334 | Overweight | Children 3–18 | 7/9 |
60 | Mowafi (2012) [127] | Egypt | Urban | Cross-sectional | - | 3546 | BMI | ≥ 22 | 6/9 |
61 | Nielsen and Hansen (2007) [104] | Denmark | Urban | Cross-sectional | Random | 2000 | Obesity, Overweight, Mental stress, Physical activity | 18–80 | 7/9 |
62 | Norman (2006) [64] | USA | - | Cross-sectional | - | 789 | Physical activity and BMI | Children 11–15 | 7/9 |
63 | Oreskovic (2009) [49] | USA | Urban &Rural | Cross-sectional | Census | 21,008 | Obesity | Children 2–18 | 7/9 |
64 | Ortega Hinojosa (2018) [48] | USA | - | Cross-sectional | - | 5,265,265 | Obesity | Children | 8/9 |
65 | Pearson (2014) [140] | New Zealand | Urban &Rural | Cross-sectional | Random | 12,488 | Obesity | > 15 | 7/9 |
66 | Pereira (2013) [141] | Australia | - | Cross-sectional | Census | 10,208 | Weight status | > 16 | 8/9 |
67 | Li(2022) [177] | China | Rural | cross-sectional | Census | 8377 | Obesity | ≥ 18 | 7/9 |
68 | Abbasi(2020) [15] | Iran | - | cross-sectional | cluster sampling | 12,340 | Blood Pressure | 7–18 | 7/9 |
69 | Thomas Astell-Burt(2016) [137] | Sydney, Australia. | - | - | Census | 7272 | Physical activity, Mental and Cardiometabolic health | 45 ≤ | - |
70 | Regina Grazuleviciene(2014) [88] | Lithuania | Urban | cross-sectional study | - | 3,416 females | Blood Pressure | 20–45 | 6/9 |
71 | Sérgio Rodrigues Moreira(2013) [148] | Pernambuco State, Brazil. | Urban | - | - | 500 adults | stress, high blood pressure, and high blood glucose | > 18 | - |
72 | Iana Markevych(2014) [178] | Munich, Germany | - | cross-sectional study | - | 2,078 children | Blood Pressure | 10 years | 7/9 |
73 | Usama Bilal(2016) [179] | Spain | Urban | exploratory study | census | 16,000 Electronic health records | Diabetes or Hypertension, Dyslipidemia, Obesity or smoking | ≥ 45 | 7/9 |
74 | H SusanJ Picavet(2016) [111] | Netherlands | Urban &Rural | prospective longitudinal study | an age-sex stratified sample | 12,439 | BMI/Diabetes/Blood pressure/CVD/Mental health | 20–59 | 6/10 |
75 | Bo-Yi Yang(2019) [14] | China | Urban | Cohort | randomly | 24,845 adults | Blood pressure | 18–74 | 8/10 |
76 | Scott C. Brown(2016) [26] | USA | Urban &suburban | retrospective cohort | Census | 249,405 Medicare beneficiaries | Diabetes/ Hypertension/ Hyperlipidemia | ≥ 65 | 8/10 |
77 | Catherine Paquet(2014) [139] | Australia | Urban | longitudinal biomedical cohort | randomly | 3145 adults | (pre)Diabetes/ Hypertension/ Dyslipidemia/ Abdominal Obesity | ≥ 18 | 7/10 |
78 | Angel M. Dzhambov(2018) [16] | Austria | Urban &Rural | cross-sectional | randomly | 555adults | Blood pressure | 35–81 | 6/9 |
79 | Esmée M Bijnens(2017) [12] | Belgium | - | Prospective Cohort | - | 278 twins | Blood pressure | 18–25 | 7/9 |
80 | Jie Jiang(2020) [13] | China | Rural | cross-sectional study | - | 39,259 | Blood pressure | 18–79 | 7/9 |
81 | Marcia P. Jimenez(2020) [17] | New England | - | longitudinal study | random intercepts for each family and for each census tract | 517 | Blood pressure/BMI | birth (mean age = 1.60 months) childhood (mean age = 7.08 years) adulthood (mean age = 44.41 years) | 7/9 |
82 | Ray Yeager(2018) [47] | University of Louisville | Urban &Rural | cross-sectional | - | 408 | Hypertension/ Hyperlipidemia/ Diabetes mellitus/ Current smoker | 51.4 ± 10.8 | 8/9 |
83 | Li(2022) [129] | China | - | cross-sectional | randomly | 8383 | Blood pressure | ≥ 18 | 7/9 |
84 | Ruijia Li (2021) [130] | China | Rural | Cohort | - | 39,019 | Type 2 diabetes mellitus | 18–79 | 8/10 |
85 | Annie Doubleday(2022) [83] | USA | Urban | prospective cohort | - | 6814 | Type 2 diabetes mellitus | 45–84 years | 9/10 |
86 | LucÃaRodriguez-Loureiro(2022) [180] | Belgium | Urban | longitudinal study | census | 2,309,236 | Diabetes mortality | 40–79 years | 7/9 |
87 | Jiaqiang Liao(2019) [131] | China | Urban | Cohort | - | 6807 | Blood glucose levels | ≤ 24 ≥ 35 | 8/10 |
88 | Anna Ponjoan(2022) [113] | Spain | Urban | retrospective cohort | - | 41,463 | Myocardial infarction in the population with diabetes | mean68.8 years | 8/9 |
89 | Roland Ngom(2016) [152] | Canada | Urban | cross-sectional | census | 3,920,000 | Cardiovascular morbidity and Diabetes | ≥ 20 | 7/9 |
90 | Soumya Mazumdar(2021) [144] | Australia | Urban | cohort | randomly | 267,153 | Type 2 Diabetes | ≥ 45 | 7/10 |
91 | Charlotte Clark(2017) [84] | Canada | Urban &Rural | cohort | - | 380,738 | Diabetes | 45–85 | 8/10 |
92 | Danielle H Bodicoat(2014) [114] | UK | Urban &Rural (Urban = 83.6 Rural = 16.4) | cross-sectional | random | 10 476 | Type 2 Diabetes | 20–75 | 7/9 |
93 | Alice M. Dalton(2016) [115] | UK | Urban &Rural (Urban = 46.9 Town and fringe = 20.7 Village = 23.6 Hamlet = 8.9) | cross sectional | - | 23,865 | Diabetes | 39.5 -79.1 | 7/9 |
94 | Shanley Chong (2019) [143] | Australia | Urban | Prospective cohort | random | 60 404 | Type 2 Diabetes | ≥ 45 | 8/9 |
95 | Thomas Astell-Burt(2014) [32] | Australia | Urban &Rural | - | random | 267,072 | Type 2 Diabetes | ≥ 45 | - |
96 | H.Lee(2015) [181] | Korea | Urban &suburban | Cross-sectional | - | 16,178 | Physical activity/ Hypertension and Diabetes | Mean age 47.50 ± 12.87 | 7/9 |
97 | Dadvand (2018) [35] | Iran | Urban &Rural | Population base | Clustering | 3844 | Blood glucose | 7–18 | 8/9 |
98 | Shujun Fan (2020) [23] | China | Rural | cross- sectional | stratified cluster random | 4735 | Blood lipids | ≥ 18 | 8/9 |
99 | Hye-Jin Kim (2016) [27] | Korean | - | cross-sectional | - | 212,584 | Hyperlipidemia | ≥ 20 | 7/9 |
100 | Hari S. Iyer(2020) [132] | Africa | Suburban &Urban&Rural | cross-sectional | - | 1178 | BMI/ diabetes/ hypertension/ cholesterol | Mean age 46.7 | 6/9 |
101 | Jie Jiang(2021) [116] | China | Rural | cohort | multi-stage sampling | 39,057 | Dyslipidemia | mean age 55.6 | 7/10 |
102 | Iana Markevych(2016) [133] | Germany | Urban | cohort | - | 1,552 | Blood lipids | 10 and 15 years of age | 7/10 |
103 | Bo-Yi Yang(2019) [151] | China | Urban | cohort | four- stage cluster random | 15,477 | Blood lipids | Mean age 44.97 | 9/10 |
104 | Aliyas et al. (2018) [135] | Iran | Urban | Cross-sectional | random | 978 | Hypertension | ≥ 65 | 8/9 |
105 | Bauwelinck et al. (2020) [124] | Spain Belgian | Urban | Cross-sectional | random | Barcelona (n = 3400) Brussels (n = 2335) | Hypertension | ≥ 15 | 7/9 |
106 | Bloemsma et al. (2019) [20] | Holland | Urban & Rural | Cohort | census | 2302 | Hypertension | Adolescents aged 12 and 16 | 8/10 |
107 | Braziene et al. (2019) [123] | Lithuania | Urban & suburban | Cohort | Census | 739 | Hypertension | 35–64 | 8/10 |
108 | de Keijzer et al. (2019) [122] | UK | Urban &Rural | Cohort | - | 6076 | Metabolic syndrome | 45–69 | 9/10 |
109 | Jendrossek et al. (2017) [21] | Germany | Urban &Rural | Cross-sectional | randomly | Wesel (n = 1310) Munich (n = 1753) | Hypertension | - | 7/9 |
110 | Leng et al. (2020) [134] | China | Urban | Cross-sectional | - | 4155 | Hypertension(cardiovascular health) | ≥ 60 | 8/9 |
111 | Madhloum et al. (2019) [121] | Belgium | - | Cohort | - | 769 | Hypertension | Newborns | 8/10 |
112 | Plans et al. (2019) [120] | Spain | Urban | Cross-sectional | census | 1625 | Hypertension (Cardiovascular Risk Factors) | 40–75 | 7/9 |
113 | Poulsen et al. (2021) [87] | USA | Urban &Rural | Cross-sectional | - | 9593 | Blood Pressure | ≥ 18 | 7/9 |
114 | Ribeiro et al. (2019) [119] | Portugal | Urban &Rural (Predominantly urban = 97.4 Moderately urban = 2.4 Predominantly rural = 0.3) | Cross-sectional | random | 3108 | Hypertension | 7-year-old children | 8/9 |
115 | Riggs et al. (2021) [86] | USA | - | Cross-sectional | - | 73 | Hypertension(cardiovascular disease risk) | 23–84 | 6/9 |
116 | Sarkar et al. (2018) [118] | UK | Urban | Cohort | random | 429,334 | Hypertension | 38–73 | 8/10 |
117 | Tamosiunas et al. (2014) [117] | Lithuania | Urban | Cohort | random | 5112 | Hypertension(cardiovascular health) | 45–72 | 8/10 |
118 | Ulmer et al. (2016) [85] | USA | Urban | Cross-sectional study | - | 4820 | Hypertension | - | 7/9 |