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Visualizing the Current State of the Global Gender Gap

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Map showing gender gaps in each region

The Current State of the Global Gender Gap

As a global society, we still have a long way to go before we reach gender equality around the world.

According to the World Economic Forum’s (WEF) latest Global Gender Gap Report, it could take up to 135.6 years to close the global gender gap, based on the current rate of change.

This graphic by Sebastian Gräff gives a breakdown of gender equality worldwide, showing how long it will take before each region reaches gender parity.

How Gender Gap is Measured

In its 15th edition, the Global Gender Gap Report analyzes gender-based discrepancies across 156 different countries. To gauge each region’s gender gap, the report digs into four key areas:

  1. Economic Participation and Opportunity
  2. Educational Attainment
  3. Health and Survival
  4. Political Empowerment

Each subindex is given its own score, then an average across the four pillars is calculated to give each country a final score between zero (exceptionally unequal) and one (completely equal).

Regional Breakdown

Out of all the regions, Western Europe has the smallest gender gap, with a score of 0.78. At this rate, the gender gap in Western Europe could be closed in approximately 52.1 years, more than 83 years faster than the global estimate.

RankRegionOverall Gender Gap Index (2021)
1Western Europe0.77
2North America0.76
3Latin America and the Caribbean0.71
4Eastern Europe and Central Asia0.71
5East Asia and the Pacific0.69
6Sub-Saharan Africa0.67
7South Asia0.62
8Middle East and North Africa0.61
Global Average0.69

Western Europe scores particularly high in educational attainment (1.0) and health and survival (0.97). Here’s a look at the category breakdown for each region:

RegionEconomic Participation and OpportunityEducational AttainmentHealth and SurvivalPolitical Empowerment
Western Europe0.701.000.970.44
North America0.751.000.970.33
Latin America and the Caribbean0.641.000.980.27
Eastern Europe and Central Asia0.741.000.980.14
East Asia and the Pacific0.700.980.950.14
Sub-Saharan Africa0.660.850.970.21
South Asia0.340.930.940.28
Middle East and North Africa0.410.940.970.12
Global Average0.620.960.970.22

But it might be surprising to see that political empowerment in Western Europe received a score of only 0.44. This is higher than the global average for political empowerment of 0.21, but still indicative of a large gender gap in this area.

Globally, political empowerment tended to receive the lowest scores in the report, as women are grossly underrepresented in politics. A study by the Council of Foreign Relations revealed that out of 195 different countries’ national cabinets, only 14 countries had at least 50% of their ministerial positions held by women.

Economic participation and opportunity is the second weakest category, with a global average score of 0.58. A good example of how this gap manifests itself is in entrepreneurship and business, where women still struggle to find investors and gain access to venture capital. Further, on average, women continue to make less money than men. According to the UN, women across the globe make approximately 77 cents for every dollar earned by men.

The Economic Benefit of Gender Equality

Research shows that empowering women in the workforce is in everyone’s best interest. Closing the gender gap in the global workforce could lead to a boost of more than $28 trillion to the global economy.

Yet across the globe, COVID-19 has created new challenges that have hindered our progress towards gender equality. This is partly because some of the sectors that have been impacted the most by COVID-19 restrictions, such as hospitality, food services, and personal care, are largely dominated by female workers.

As we continue to recover from the impact of COVID-19, world leaders will face numerous policy challenges, including how to build back better, creating more opportunities for women to thrive in the global economy.

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This article was published as a part of Visual Capitalist's Creator Program, which features data-driven visuals from some of our favorite Creators around the world.

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Misc

Explained: How Hurricane Categories Work in One Chart

The Saffir-Simpson scale measures five hurricane categories. But what do they actually mean? We break it down in one chart.

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This cropped graphic explains the Saffir-Simpson Hurricane Wind Scale, which is widely used to categorize the intensity and damage potential of impending hurricanes.

Explainer: How Hurricane Categories Work

This was originally posted on our Voronoi app. Download the app for free on iOS or Android and discover incredible data-driven charts from a variety of trusted sources.

Hurricane Milton made landfall in Florida as a Category 3 hurricane, and exited the area as a Category 1 storm. What do these hurricane categories mean?

We visualize the Saffir-Simpson Hurricane Wind Scale, which measures maximum sustained wind speed for one minute to estimate likely property damage.

Data is sourced from the Hurricane Center at National Oceanic and Atmospheric Administration.

Importantly it does not take into account other related weather conditions from a hurricane: storm surges (tsunami-like phenomenon of rising water), flooding, and tornadoes.

Hurricane Categories Measure Wind Speeds

At the very lowest rung, even a Category 1 storm (74-95 mph winds) can cause significant damage—broken roofs, bent gutters, snapped branches, and toppled trees, especially those with shallow roots.

As the wind speed gets higher, the damage potential worsens, as seen in the table below.

CategoryMaximum Sustained
Winds (1 Minute)
KMPH EquivalentDescription
174-95 mph119-153 km/hMinor damage to
homes and short
term power loss
296-110 mph154-177 km/hMajor roof damage to
buildings and near-total
power loss
3111-129 mph178-208 km/hElectricity and water
unavailable for up to
several weeks
4130-156 mph209-251 km/hSevere damage to
homes, with long
lasting power outages
and road blockages
5157 mph or higher252 km/h or higherHigh % of homes
destroyed; area
uninhabitable for
weeks or months

However, hurricanes often weaken as they approach land due to friction with the surface and reduced access to the warm ocean waters that fuel them.

For example, Hurricane Katrina strengthened into a Category 5 over the waters of the Gulf of Mexico, but reduced to a Category 3 upon landfall. And as stated above, Milton lost wind speed after it moved through the Floridian west coast.

And all of this is still measuring only wind damage. Often the majority of destruction occurs after storm surges and flooding.

In fact there has been discussion regarding a separate storm surge scale to help forecasting. However, local underwater topography has an outsized role in determining the impact of a storm surge, rendering any one scale inefficient.

Learn More on the Voronoi App

Despite being a category 3, Hurricane Katrina ranks first by the damage costs, leapfrogging other more severe storms. Check out The Costliest Hurricanes to Hit the U.S. for more information.

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