Female labor participation vs. Tuberculosis incidence
Holds up after adjusting for income
Across 176 countries, Female labor participation and Tuberculosis incidence rise and fall together at r = +0.09 (on a scale from −1 to +1, where 0 means no link). There is almost no link to explain.
Comparing countries across the middle half of female labor participation, 43.8% to 60.8% of women 15+, tuberculosis incidence is worse by 12.9 per 100,000 people at the top of that range than the bottom. Comparing only countries with similar national income, the gap is 17.9 per 100,000 people.
Link before adjusting (r)+0.087p = 0.252 · 176 countries
After adjusting for national income+0.140p = 0.065 · likely range [-0.01, +0.28]
p, allowing for regions0.003standard error 0.029 · 7 regions
Check for luck (q)0.038across 12,497 pairs
How to read these.r runs from −1 (one goes up as the other goes down) to +1 (they rise together), and 0 means no link. Adjusting for national income means comparing countries with the same GDP per person, so differences in wealth can’t explain the link. Income is used in percentage terms, since an extra $1,000 means more to a poor country than to a rich one. p is how likely a link this strong would be if there were really none. Below 0.05 means it is unlikely to be chance. Very small values are written in short form: 1.1e-32 means a decimal point followed by 31 zeros and then 11, so very close to zero. The likely range is where the true figure probably lies, and a range that crosses zero means the link could easily be chance. Countries in the same region tend to resemble each other, so the third figure allows for that, which gives a fairer p. The standard error is the typical size of the error in r. Finally, testing this many pairs means some will look strong by luck alone. A q below 0.05 means this link is unlikely to be one of those.
Female labor participation · % of women 15+link with income +0.07 · independent
Tuberculosis incidence · per 100,000 peoplelink with income -0.67 · high
“Link with income” is how closely each measure tracks GDP per person across countries, from −1 to +1.
Every country as a dot
best-fit line line after adjusting
Four ways to measure the link
Method
r
p
Countries
Standard (Pearson), not adjusted
+0.087
0.252
176
By rank (Spearman), not adjusted
+0.068
0.369
176
Standard (Pearson), adjusted for national income
+0.140
0.065
176
By rank (Spearman), adjusted for national income
+0.156
0.040
176
The rank version uses only each country’s place in line, from lowest to highest, so a few extreme countries count for less. The adjusted and unadjusted versions use the same 176 countries: those that report both measures and GDP per person. So the gap between them comes from the adjustment, not from a change in which countries are counted. Drop in the size of r after adjusting: -0.053 (a minus sign means it grew).
How solid is it?
Leaving out one country at a time, r ranges from +0.122 (without SDN) to +0.182 (without DJI). The bar above shows that range on a scale from −1 to +1, with the solid line at the full result. The single country that moves r most: DJI (+0.042).
Fragile: this link may not hold up.
direction is not consistent across regions
Within each region
Countries are not separate, unrelated cases, and neighbors share a lot. A link that holds inside each region is far more believable than one that shows up only when comparing regions.
n
r
East Asia & Pacific
25
-0.06
Europe & Central Asia
48
+0.21
Latin America & Caribbean
28
+0.26
Middle East, North Africa, Afghanistan & Pakistan
22
+0.21
Sub-Saharan Africa
45
+0.18
By income third
If the link shows up only in the richest third of countries, it is a feature of rich countries, not a general pattern.
n
r
Poorest third
59
+0.15
Middle third
58
+0.31
Richest third
59
-0.01
By largest religious group
Countries grouped by a label they share, such as main religion, rather than by a number. Groups of fewer than twelve countries are not shown. These groups differ in income, region and history all at once. So a gap between them is a place to start asking questions, not an answer.
n
r
Christians
105
-0.02
Muslims
49
+0.16
By last european coloniser
Countries grouped by a label they share, such as main religion, rather than by a number. Groups of fewer than twelve countries are not shown. These groups differ in income, region and history all at once. So a gap between them is a place to start asking questions, not an answer.
n
r
France
25
+0.17
Never a European colony
21
+0.18
Spain
19
+0.18
United Kingdom
55
+0.15
Without outliers (countries far outside the middle half of countries on either measure, by more than one and a half times the width of that middle half): r = +0.212 after dropping 24 countries.
Two series, one country
Both measures over the years for one country you pick. The two charts are stacked so they share only the years along the bottom.
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Over time, within countries
Everything above compares countries with each other at one moment. This section compares each country only with itself over 25years. So a link here can’t come from anything about a country that stays the same, such as its history, geography, institutions or culture.
Within countries over time, there is no link that is clearly more than chance (r = +0.097, comparing each country only with itself over the years, and each year only with the same year elsewhere). Whatever the cross-country picture shows, countries whose female labor participation moved did not tend to see their tuberculosis incidence move with it.
Across countries (adjusted)+0.140for comparison
Within countries+0.041each country vs itself
…and vs the same year elsewhere+0.097q = 0.065 · 184 countries
Year-on-year changes+0.016q = 0.152
Read with care.
Almost all of this indicator's variation is between countries, not within them, so the within-country estimate rests on a small part of the data.
4,568 country-years (one country in one year), 184 countries, 2000–2024, about 25 years each on average. Share of the variation that happens within countries over time: 4% for Female labor participation, 17% for Tuberculosis incidence. The margins of error allow for each country appearing many times, and for each year’s value being close to the year before.
Year-to-year changes are a cautious test, not a final answer. Looking only at changes from one year to the next removes each country’s own trends. But it also makes measurement mistakes louder, which pulls the results toward zero. A near-zero result here is weak evidence of no link, not proof.
With one measure years behind the other
Same year (lag 0): +0.097. A peak away from zero does not show which comes first. These series change slowly — this year’s value is close to last year’s. That makes the curve smooth and nearly symmetric, whatever produced the data. Even a sharp peak at one lag (a gap of some years) would not prove that one measure changes the other.
The data
% of women 15+
per 100,000 people
Years
Madagascar MDG
82.9%
224
2025, 2024
Solomon Islands SLB
82.3%
123
2025, 2024
Nigeria NGA
80.7%
219
2025, 2024
Tanzania TZA
80.3%
172
2025, 2024
Burundi BDI
79.5%
83
2025, 2024
Cambodia KHM
77.4%
272
2025, 2024
Mozambique MOZ
77.1%
361
2025, 2024
Uganda UGA
75.6%
197
2025, 2024
Benin BEN
75.2%
40
2025, 2024
Bolivia BOL
72.9%
114
2025, 2024
Niger NER
72.8%
86
2025, 2024
Moldova MDA
72.3%
64
2025, 2024
Angola AGO
72.2%
373
2025, 2024
Liberia LBR
72%
207
2025, 2024
Bahamas, The BHS
70.7%
18
2025, 2024
World Bank, World Development Indicators World Bank, World Development Indicators
World Health Organization · CC BY 4.0 · updated quarterly
How this was computed
Data used: most recent value in 2010-2025; values come from 2021–2025. To adjust for income, each measure is first predicted from GDP per person (in percentage terms, on a log scale) with a straight-line fit. Only what is left over is then compared. This is called a partial correlation. The line is drawn the standard way (ordinary least squares), which picks the line that comes closest to all the countries at once. The error margins allow for countries in the same region resembling each other, using 7 World Bank regions. The q-value corrects for testing all 12,497 pairs at once, using the Benjamini–Hochberg method. Underlying data last updated DYB 2024. How the country data works · explore Female labor participation and Tuberculosis incidence
This page shows that two measures go together. It does not show that Female labor participation changes Tuberculosis incidence, or the reverse. These figures also describe countries, not individual people. See the ecological fallacy.
More links with Female labor participation or Tuberculosis incidence