Diabetes Deaths Per 100,000 (Age-Std) 1960
Diabetes deaths per 100,000 people reveal health trends. Compare countries and explore interactive maps for deeper insights.
Interactive Map
Complete Data Rankings
Rank | ||
|---|---|---|
1 | Jamaica | 44.701 |
2 | Trinidad and Tobago | 40.054 |
3 | Sri Lanka | 30.947 |
4 | Colombia | 28.498 |
5 | Mexico | 27.383 |
6 | Japan | 24.202 |
7 | Poland | 23.545 |
8 | Uruguay | 23.116 |
9 | Belgium | 22.632 |
10 | Hungary | 22.492 |
11 | Barbados | 22.111 |
12 | United States | 21.591 |
13 | Spain | 20.568 |
14 | New Zealand | 20.092 |
15 | Venezuela | 19.861 |
16 | Netherlands | 19.854 |
17 | Panama | 19.393 |
18 | Chile | 18.71 |
19 | Canada | 18.664 |
20 | Switzerland | 18.481 |
21 | Australia | 18.015 |
22 | Italy | 16.882 |
23 | Sweden | 16.495 |
24 | Finland | 15.518 |
25 | Ireland | 14.652 |
26 | France | 13.45 |
27 | Norway | 12.395 |
28 | Austria | 11.188 |
29 | United Kingdom | 11.011 |
30 | Denmark | 10.386 |
31 | Portugal | 10.122 |
32 | China, Hong Kong SAR | 9.425 |
33 | Iceland | 6.626 |
34 | Romania | 5.362 |
- #1
Jamaica
- #2
Trinidad and Tobago
- #3
Sri Lanka
- #4
Colombia
- #5
Mexico
- #6
Japan
- #7
Poland
- #8
Uruguay
- #9
Belgium
- #10
Hungary
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #34
Romania
- #33
Iceland
- #32
China, Hong Kong SAR
- #31
Portugal
- #30
Denmark
- #29
United Kingdom
- #28
Austria
- #27
Norway
- #26
France
- #25
Ireland
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Global Overview of Diabetes Deaths Per 100,000 (Age-Std) in 1960
In 1960, Jamaica recorded the highest rate of Diabetes Deaths Per 100,000 (Age-Std) at 44.70, while the global range of diabetes-related mortality varied significantly, with a minimum of 5.36 deaths per 100,000. The average diabetes mortality rate across the 34 countries with data was 19.37, indicating a substantial disparity in health outcomes linked to diabetes.
Geographic Disparities in Diabetes Mortality Rates
The stark differences in diabetes mortality rates among countries in 1960 can be attributed to various factors, including healthcare access, lifestyle, and dietary habits. For instance, Jamaica not only led with the highest deaths but also faced challenges related to healthcare infrastructure and public health initiatives at the time. In contrast, countries like Iceland (6.63) and Romania (5.36) had significantly lower rates, reflecting better healthcare systems and lifestyle choices that mitigated diabetes risks.
Additionally, in the Asian context, Japan had a relatively high mortality rate of 24.20, which could be linked to rapid urbanization and lifestyle changes. Conversely, China, Hong Kong SAR reported a lower rate of 9.42, suggesting a different set of public health policies and dietary patterns that may have been more effective in controlling diabetes prevalence.
Year-over-Year Changes: A Closer Look
The year-over-year changes in diabetes mortality reveal intriguing trends. Notably, Colombia experienced the largest increase in diabetes deaths, rising by 3.43 (13.7%), suggesting a growing public health concern and potentially inadequate healthcare responses at the time. Similarly, Mexico saw a rise of 3.10 (12.8%), indicating a parallel trend in Latin America where urbanization and dietary shifts may have contributed to increasing diabetes prevalence.
On the other hand, countries like Chile faced a significant decrease of -4.17 (-18.2%), which could be attributed to improved healthcare initiatives and public awareness campaigns regarding diabetes management. Sri Lanka also reported a decrease of -2.88 (-8.5%), highlighting successful strategies in health promotion that may have reduced diabetes mortality.
Socioeconomic Factors Influencing Diabetes Mortality
Socioeconomic conditions play a crucial role in diabetes mortality rates. Countries with lower economic development often face higher diabetes mortality due to limited access to healthcare and preventive measures. For example, Poland had a mortality rate of 23.54, which may reflect challenges in healthcare access during a time of political and economic transition. In contrast, wealthier nations, such as Belgium (22.63) and Hungary (22.49), were better equipped to manage chronic diseases, although they still faced significant diabetes-related mortality.
Moreover, urbanization trends, particularly in developing nations, have led to lifestyle changes that increase diabetes risk. Countries like Mexico and Colombia are prime examples where urban living has contributed to shifts in diet and physical activity, resulting in higher diabetes mortality rates. The relationship between urbanization and diabetes underscores the need for targeted public health interventions to address these growing health concerns.
Data Source
World Health Organization (WHO)
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Visit Data SourceHistorical Data by Year
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