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Assembling the World Country-by-Country, Based on Economy Size

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If you had to sketch a world map, you’d probably start with a place that is familiar.

Perhaps you would begin by drawing your own continent, or maybe you’d focus on the specific borders of the country you live in. Then, you’d likely move to drawing the outlines of neighboring countries, eventually working your way to far and distant lands.

This would be a logical way for anyone to think about such a task, and it gives some insight as to how humans think about the world.

We start with what’s familiar, and build it out until it’s a complete picture.

Assembling the World by Economy Size

What if we assembled a world map in a completely different order?

Today’s two animations come to us from Engaging-Data, and they approach the world map from an alternate angle: assembling countries on the map in the order of their economic footprints.

GDP (Nominal)

The first map, shown below, uses nominal GDP to assemble countries in ascending order:

Country GDP

This version of the map shows the smallest economies first, with the larger economies at the end.

For this reason, the first economies appearing on the map tend to be developing nations, or nations with smaller geographical or demographic footprints.

For example, even though the Falkland Islands are wealthy on a per capita basis, the British Overseas Territory has fewer than 4,000 people, which gives it a minor footprint on a global stage.

GDP per Capita (Nominal)

Now, let’s take a look at the same map, constructed in order of GDP per capita:

Country GDP per Capita

This animation is more cohesive, given that it is not dependent on population size. Instead the order here is based on economic output (in nominal terms) of the average person in each country or jurisdiction.

In this case, developing nations appear first – and at the end, more developed regions (like Europe and North America) tend to fill out.

Note: All rankings here are in nominal terms, which use market rates to calculate comparable values in U.S. dollars, while omitting the cost of living as a factor. GDP rankings change significantly when using PPP rates.

Other Ways to Assemble the World

While assembling nations based on GDP provides an interesting way to look at the world, this same approach can be tried by applying other statistics as well.

We recommend checking out this page, which allows you to “assemble the world” based on measures like population density, life expectancy, or population.

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U.S. Debt Interest Payments Reach $1 Trillion

U.S. debt interest payments have surged past the $1 trillion dollar mark, amid high interest rates and an ever-expanding debt burden.

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This line chart shows U.S. debt interest payments over modern history.

U.S. Debt Interest Payments Reach $1 Trillion

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.

The cost of paying for America’s national debt crossed the $1 trillion dollar mark in 2023, driven by high interest rates and a record $34 trillion mountain of debt.

Over the last decade, U.S. debt interest payments have more than doubled amid vast government spending during the pandemic crisis. As debt payments continue to soar, the Congressional Budget Office (CBO) reported that debt servicing costs surpassed defense spending for the first time ever this year.

This graphic shows the sharp rise in U.S. debt payments, based on data from the Federal Reserve.

A $1 Trillion Interest Bill, and Growing

Below, we show how U.S. debt interest payments have risen at a faster pace than at another time in modern history:

DateInterest PaymentsU.S. National Debt
2023$1.0T$34.0T
2022$830B$31.4T
2021$612B$29.6T
2020$518B$27.7T
2019$564B$23.2T
2018$571B$22.0T
2017$493B$20.5T
2016$460B$20.0T
2015$435B$18.9T
2014$442B$18.1T
2013$425B$17.2T
2012$417B$16.4T
2011$433B$15.2T
2010$400B$14.0T
2009$354B$12.3T
2008$380B$10.7T
2007$414B$9.2T
2006$387B$8.7T
2005$355B$8.2T
2004$318B$7.6T
2003$294B$7.0T
2002$298B$6.4T
2001$318B$5.9T
2000$353B$5.7T
1999$353B$5.8T
1998$360B$5.6T
1997$368B$5.5T
1996$362B$5.3T
1995$357B$5.0T
1994$334B$4.8T
1993$311B$4.5T
1992$306B$4.2T
1991$308B$3.8T
1990$298B$3.4T
1989$275B$3.0T
1988$254B$2.7T
1987$240B$2.4T
1986$225B$2.2T
1985$219B$1.9T
1984$205B$1.7T
1983$176B$1.4T
1982$157B$1.2T
1981$142B$1.0T
1980$113B$930.2B
1979$96B$845.1B
1978$84B$789.2B
1977$69B$718.9B
1976$61B$653.5B
1975$55B$576.6B
1974$50B$492.7B
1973$45B$469.1B
1972$39B$448.5B
1971$36B$424.1B
1970$35B$389.2B
1969$30B$368.2B
1968$25B$358.0B
1967$23B$344.7B
1966$21B$329.3B

Interest payments represent seasonally adjusted annual rate at the end of Q4.

At current rates, the U.S. national debt is growing by a remarkable $1 trillion about every 100 days, equal to roughly $3.6 trillion per year.

As the national debt has ballooned, debt payments even exceeded Medicaid outlays in 2023—one of the government’s largest expenditures. On average, the U.S. spent more than $2 billion per day on interest costs last year. Going further, the U.S. government is projected to spend a historic $12.4 trillion on interest payments over the next decade, averaging about $37,100 per American.

Exacerbating matters is that the U.S. is running a steep deficit, which stood at $1.1 trillion for the first six months of fiscal 2024. This has accelerated due to the 43% increase in debt servicing costs along with a $31 billion dollar increase in defense spending from a year earlier. Additionally, a $30 billion increase in funding for the Federal Deposit Insurance Corporation in light of the regional banking crisis last year was a major contributor to the deficit increase.

Overall, the CBO forecasts that roughly 75% of the federal deficit’s increase will be due to interest costs by 2034.

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