Male Smoking Prevalence 2005
Male smoking prevalence indicates the percentage of men who smoke in each country. Understand global trends and health impacts.
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Complete Data Rankings
Rank | Actions | ||
|---|---|---|---|
1 | Myanmar | 79.4 % | |
2 | Kiribati | 75.2 % | |
3 | Timor-Leste | 74.8 % | |
4 | Papua New Guinea | 68.4 % | |
5 | Nepal | 66.6 % | |
6 | Belarus | 64.5 % | |
7 | Laos | 64.2 % | |
8 | Tuvalu | 63.9 % | |
9 | Libya | 63.7 % | |
10 | Bangladesh | 63.5 % | |
11 | Georgia | 63.5 % | |
12 | India | 62.7 % | |
13 | Armenia | 62.4 % | |
14 | Indonesia | 60.6 % | |
15 | Ukraine | 60.6 % | |
16 | Solomon Islands | 58.7 % | |
17 | Latvia | 58.6 % | |
18 | Tunisia | 58.5 % | |
19 | Kyrgyzstan | 58.4 % | |
20 | Lithuania | 56.3 % | |
21 | Azerbaijan | 56.2 % | |
22 | Mongolia | 56.1 % | |
23 | Cyprus | 55.9 % | |
24 | Estonia | 55.9 % | |
25 | Greece | 54.7 % | |
26 | South Korea | 54.7 % | |
27 | Maldives | 54.6 % | |
28 | Jordan | 54.4 % | |
29 | Bosnia and Herzegovina | 54.3 % | |
30 | Kazakhstan | 54.2 % | |
31 | Madagascar | 53.6 % | |
32 | North Korea | 53.5 % | |
33 | Nauru | 53.5 % | |
34 | Vietnam | 53.5 % | |
35 | Albania | 52.6 % | |
36 | Bulgaria | 52.4 % | |
37 | Afghanistan | 52.3 % | |
38 | Russia | 51.9 % | |
39 | Philippines | 51.5 % | |
40 | Tonga | 51.5 % | |
41 | North Macedonia | 51.4 % | |
42 | State of Palestine | 51.4 % | |
43 | Cambodia | 50.4 % | |
44 | Fiji | 50.1 % | |
45 | Sierra Leone | 50.1 % | |
46 | Uzbekistan | 49.6 % | |
47 | Pakistan | 49.5 % | |
48 | China | 49.3 % | |
49 | Turkey | 48.8 % | |
50 | Samoa | 48.4 % | |
51 | Romania | 48.3 % | |
52 | Vanuatu | 47.7 % | |
53 | Sweden | 47.4 % | |
54 | Rwanda | 46.8 % | |
55 | Serbia | 46.7 % | |
56 | Thailand | 46.7 % | |
57 | Marshall Islands | 46.6 % | |
58 | Sri Lanka | 46.6 % | |
59 | Malaysia | 45.8 % | |
60 | Japan | 45.5 % | |
61 | Austria | 45.4 % | |
62 | Chile | 45.1 % | |
63 | Mauritius | 44.7 % | |
64 | Peru | 44.4 % | |
65 | Guyana | 43.5 % | |
66 | Cuba | 43.4 % | |
67 | Palau | 43.4 % | |
68 | Republic of Moldova | 43.1 % | |
69 | Lesotho | 42.7 % | |
70 | Hungary | 42.4 % | |
71 | Finland | 42.1 % | |
72 | Slovakia | 42.1 % | |
73 | Lebanon | 41.8 % | |
74 | Poland | 41.4 % | |
75 | Comoros | 41.1 % | |
76 | Andorra | 40.9 % | |
77 | Croatia | 40.8 % | |
78 | Seychelles | 40.6 % | |
79 | Egypt | 40.2 % | |
80 | Montenegro | 40.2 % | |
81 | United States | 40.1 % | |
82 | Algeria | 39.5 % | |
83 | Iraq | 39.1 % | |
84 | Czech Republic | 39 % | |
85 | Spain | 38.8 % | |
86 | France | 38.2 % | |
87 | Botswana | 37.6 % | |
88 | Mozambique | 37.6 % | |
89 | Tanzania | 37.4 % | |
90 | Kuwait | 37 % | |
91 | Malta | 36.9 % | |
92 | Argentina | 36.5 % | |
93 | Israel | 35.8 % | |
94 | Norway | 35.7 % | |
95 | Uruguay | 35.6 % | |
96 | Germany | 35.5 % | |
97 | South Africa | 35.5 % | |
98 | Paraguay | 34.3 % | |
99 | Morocco | 34.1 % | |
100 | Netherlands | 33.9 % | |
101 | Belgium | 33.8 % | |
102 | Denmark | 33.7 % | |
103 | Switzerland | 33.7 % | |
104 | Gambia | 33.4 % | |
105 | Burkina Faso | 33.3 % | |
106 | Portugal | 33 % | |
107 | Zimbabwe | 33 % | |
108 | Bahrain | 32.7 % | |
109 | Iran | 32.7 % | |
110 | Guinea-Bissau | 32.3 % | |
111 | Bhutan | 32.2 % | |
112 | United Kingdom | 32.2 % | |
113 | Ireland | 32 % | |
114 | Brunei Darussalam | 31.5 % | |
115 | Côte d'Ivoire | 31.5 % | |
116 | Luxembourg | 31.4 % | |
117 | Italy | 31.1 % | |
118 | Saint Lucia | 30.9 % | |
119 | Congo, Democratic Republic of the | 29.9 % | |
120 | Malawi | 29.9 % | |
121 | Bolivia | 29.8 % | |
122 | Kenya | 29.8 % | |
123 | Mexico | 29.4 % | |
124 | Zambia | 29.3 % | |
125 | Burundi | 29.1 % | |
126 | Honduras | 28.6 % | |
127 | Uganda | 27.8 % | |
128 | Mauritania | 27.6 % | |
129 | Singapore | 27 % | |
130 | United Arab Emirates | 26.1 % | |
131 | Slovenia | 25.9 % | |
132 | Canada | 25.8 % | |
133 | Jamaica | 25.7 % | |
134 | Saudi Arabia | 25.4 % | |
135 | Mali | 25.3 % | |
136 | Brazil | 25 % | |
137 | Cabo Verde | 25 % | |
138 | Iceland | 25 % | |
139 | New Zealand | 24.3 % | |
140 | Guatemala | 24.1 % | |
141 | El Salvador | 23.7 % | |
142 | Senegal | 23.7 % | |
143 | Liberia | 23.5 % | |
144 | Australia | 23.4 % | |
145 | Gabon | 23.2 % | |
146 | Bahamas | 23 % | |
147 | Qatar | 22.8 % | |
148 | Turkmenistan | 22.6 % | |
149 | Cameroon | 22.2 % | |
150 | Belize | 22.1 % | |
151 | Costa Rica | 21.3 % | |
152 | Ecuador | 21.2 % | |
153 | Togo | 21.2 % | |
154 | Benin | 20.7 % | |
155 | Congo | 20.5 % | |
156 | Colombia | 18.2 % | |
157 | Eswatini | 17.8 % | |
158 | Panama | 17.7 % | |
159 | Chad | 17.1 % | |
160 | Haiti | 16.3 % | |
161 | Niger | 15.9 % | |
162 | Oman | 14.7 % | |
163 | Nigeria | 14.1 % | |
164 | Ghana | 11.5 % | |
165 | Sao Tome and Principe | 11 % | |
166 | Ethiopia | 10.5 % |
- #1
Myanmar
- #2
Kiribati
- #3
Timor-Leste
- #4
Papua New Guinea
- #5
Nepal
- #6
Belarus
- #7
Laos
- #8
Tuvalu
- #9
Libya
- #10
Bangladesh
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #166
Ethiopia
- #165
Sao Tome and Principe
- #164
Ghana
- #163
Nigeria
- #162
Oman
- #161
Niger
- #160
Haiti
- #159
Chad
- #158
Panama
- #157
Eswatini
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2005, Myanmar recorded the highest Male Smoking Prevalence at 79.4%, while the global range for this metric spanned from 10.5% to 79.4%. This data encapsulates the percentage of men who smoke across 166 countries. The global average Male Smoking Prevalence was 39.74%, offering a comprehensive view of smoking habits among men worldwide.
Economic Factors Influencing Smoking Rates
Economic conditions play a significant role in the prevalence of smoking among males. In Myanmar, where the smoking rate is the highest at 79.4%, economic constraints often limit access to healthcare and smoking cessation programs, contributing to higher smoking rates. Similarly, countries like Kiribati and Timor-Leste, with prevalences of 75.2% and 74.8% respectively, often face economic challenges that can prioritize immediate consumption over long-term health considerations.
Conversely, in wealthier nations with better healthcare infrastructure, smoking rates tend to be lower. For instance, Oman and Nigeria, with Male Smoking Prevalence rates of 14.7% and 14.1%, respectively, benefit from stronger public health policies and economic stability, enabling more effective anti-smoking campaigns and access to smoking cessation resources.
Geographic and Cultural Influences
Geography and culture exert a profound influence on smoking habits. In regions such as Southeast Asia and the Pacific, cultural norms and traditional practices often include tobacco use. Laos and Papua New Guinea exhibit high smoking rates of 64.2% and 68.4%, respectively, partly due to cultural acceptance and the social integration of smoking.
In contrast, countries like Ghana and Ethiopia, with some of the lowest prevalences at 11.5% and 10.5%, reflect cultural attitudes that discourage smoking, often reinforced by religious beliefs and community norms that promote healthier lifestyles.
Public Health Policies and Their Impact
Public health policies are crucial in shaping smoking prevalence. Countries with stringent anti-smoking regulations, such as advertising bans and high tobacco taxes, often report lower smoking rates. For example, Panama, with a Male Smoking Prevalence of 17.7%, has implemented comprehensive tobacco control measures, including public smoking bans and health warnings on cigarette packaging.
On the other hand, nations like Belarus and Nepal, with smoking rates of 64.5% and 66.6%, respectively, may lack the rigorous enforcement of such policies, contributing to higher smoking rates. The absence of robust public health strategies can perpetuate the prevalence of smoking in these regions.
Demographic Trends and Smoking Behavior
Demographics also influence smoking rates, with younger populations often exhibiting higher smoking rates due to peer influence and targeted marketing. Tuvalu and Georgia, with Male Smoking Prevalence rates of 63.9% and 63.5%, respectively, have youthful demographics that may contribute to higher smoking incidences.
In contrast, countries with aging populations, such as Eswatini with a prevalence of 17.8%, often see reduced smoking rates as older individuals are more likely to quit smoking due to health concerns or increased awareness of smoking-related risks.
Understanding the diverse factors influencing Male Smoking Prevalence in 2005 is crucial for developing targeted interventions. Economic conditions, cultural norms, public health policies, and demographic trends all interplay to shape smoking behaviors across different nations. Addressing these factors holistically will be pivotal in reducing smoking rates and improving global health outcomes.
Frequently Asked Questions About Male Smoking Prevalence in 2005
Which country had the highest male smoking prevalence in 2005?
Myanmar had the highest male smoking prevalence in 2005, with 79.4% of men smoking.
Which country had the lowest male smoking prevalence in 2005?
Ethiopia had the lowest male smoking prevalence in 2005, with 10.5% of men smoking.
What was the average male smoking prevalence across countries in 2005?
The average male smoking prevalence across countries in 2005 was 39.74%.
What was the median male smoking prevalence in 2005?
The median male smoking prevalence in 2005 was 39.05%.
What is the range of male smoking prevalence in 2005?
The range of male smoking prevalence in 2005 spans from 10.5% in Ethiopia to 79.4% in Myanmar.
Which countries were in the top 10 for male smoking prevalence in 2005?
The top 10 countries for male smoking prevalence in 2005 were Myanmar, Kiribati, Timor-Leste, Papua New Guinea, Nepal, Belarus, Laos, Tuvalu, Libya, and Georgia.
Insights by country
Greece
In 2005, Greece had a male smoking prevalence of 54.7%, ranking #25 out of 166 countries. This figure is significantly higher than the European average, reflecting a strong cultural acceptance of smoking. Contributing factors include Greece's social norms that favor smoking, as well as limited tobacco control policies at the time, which allowed high smoking rates to persist among the male population.
Tonga
Tonga ranked #40 globally for Male Smoking Prevalence in 2005, with a rate of 51.5 %. This figure is significantly higher than the global average, reflecting a strong cultural acceptance of tobacco use. Contributing factors include limited access to smoking cessation programs and the economic reliance on cash crops like tobacco, which influences local attitudes towards smoking.
Jamaica
In 2005, Jamaica had a male smoking prevalence of 25.7 %, ranking #133 out of 166 countries. This rate is higher than the global average, indicating significant tobacco use among Jamaican men. Contributing factors include a cultural acceptance of smoking and limited public health policies aimed at reducing tobacco consumption. Additionally, economic challenges may hinder the implementation of effective smoking cessation programs.
Indonesia
In 2005, Indonesia had a male smoking prevalence of 60.6 %, ranking #14 out of 166 countries. This figure is significantly higher than the global average, reflecting a strong cultural acceptance of smoking. Key drivers include the country's rich tobacco farming industry and limited regulatory measures on tobacco advertising and sales, contributing to widespread smoking habits among men.
India
In 2005, India had a Male Smoking Prevalence of 62.7 %, ranking #12 out of 166 countries. This figure is significantly higher than the global average, reflecting cultural norms and widespread tobacco use in the country. Contributing factors include the accessibility of tobacco products, socio-economic conditions, and limited public health campaigns addressing smoking cessation.
Oman
In 2005, Oman ranked #162 globally for Male Smoking Prevalence, with a rate of 14.7%. This figure is notably lower than the global average, reflecting the country's cultural attitudes towards smoking and public health initiatives. Economic factors, such as rising awareness of health issues and government efforts to curb tobacco use, have contributed to this relatively low prevalence among men in Oman.
Denmark
In 2005, Denmark had a male smoking prevalence of 33.7 %, ranking #102 out of 166 countries. This figure is notably higher than the global average, reflecting a cultural acceptance of smoking that has persisted over the years. Contributing factors include Denmark's strong tobacco industry and relatively low taxation on tobacco products compared to other European nations, which have implemented more stringent anti-smoking policies.
Madagascar
In 2005, Madagascar had a male smoking prevalence of 53.6 %, ranking #31 out of 166 countries. This figure is notably higher than the global average, reflecting significant smoking habits among men in the region. Contributing factors include limited access to health education and economic conditions that prioritize tobacco cultivation over public health initiatives.
Congo, Democratic Republic of the
In 2005, Congo, Democratic Republic of the had a male smoking prevalence of 29.9 %, ranking #119 out of 166 countries. This rate is notably higher than many neighboring countries, reflecting broader public health challenges in the region. Contributing factors include limited access to healthcare, widespread poverty, and a lack of effective tobacco control policies, which hinder efforts to reduce smoking rates among men.
Kazakhstan
In 2005, Kazakhstan ranked #30 globally with a male smoking prevalence of 54.2 %. This figure is notably higher than the global average, highlighting significant public health concerns. Contributing factors include a lack of stringent tobacco control policies and cultural acceptance of smoking, particularly among men. Additionally, socioeconomic conditions and limited access to cessation programs have perpetuated high smoking rates in the country.
Data Source
Prevalence of current tobacco use, males (% of male adults) | Data
The World Bank provides data on the prevalence of current tobacco use among male adults as a percentage of the male population, offering insights into public health trends and tobacco consumption patterns across countries. This dataset aids in understanding the impact of tobacco use on male adult health and informs policy decisions.
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Explore Male Smoking Prevalence data across different years. Compare trends and see how statistics have changed over time.