Infographic: Crunching the Numbers on Mortality
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Crunching the Numbers on Mortality

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data mortality death infographic

Crunching the Numbers on Mortality

View the high resolution version of today’s graphic by clicking here.

One of the key traits that make human beings unique on planet Earth is that we’re aware of our own mortality.

Scientific advances have given us insight into which behaviors may prolong life, and which activities carry the greatest risk of death. Naturally, there have been some unique attempts to create a unified structure around risk and benefit, and to quantify every aspect of the human lifespan.

As today’s graphic from TitleMax demonstrates, even when we’re thinking about death, the human desire to codify the world around us is alive and well.

Mortality Units

Certain events – such as a parachute failing to open or being hit by a meteor – have an easily quantifiable effect on life, but how do we measure the riskiness of day-to-day habits and situations? This is where a unique unit of measurement, micromorts, comes into play.

This concept, invented by renowned decision analyst Ronald A. Howard, helps compare any number of potentially lethal risks. One micromort equals a one in a million chance of sudden death. Here’s the riskiness of various activities measured in micromorts:

ActivityMicromorts
Ascending Mount Everest37,932
Getting out of bed (Age 90)463
Being born (first day of life)430
Giving birth170
Playing Football20
Riding a motorcycle10
Running a marathon7
Rock climbing3
Travelling 6,000 miles by train1
Travelling 230 miles by car1

Life Units

The average person, by the time they reach adulthood, will live approximately one million half-hours. Those 30 minute units are known as microlives.

The microlife concept was invented by professor David Spiegelhalter as a way to measure the consequences of various behaviors. For example, 20 minutes of physical activity earns us two microlives, while watching TV for two hours subtracts one microlife.

This measurement extends beyond nutrition and eating habits. Simply living in a modern era earns us an additional 15 microlives per day compared to those who lived a century earlier.

Casting the die on how we’ll die

How will the estimated 353,000 humans that will be born today eventually meet their end? This was the thought experiment conducted by Reddit user, Presneeze.

causes of death

While our focus is often drawn to people who meet their end in spectacular and tragic ways, the vast majority of humanity will succumb to conditions such as heart disease and cancer.

Geography can play a big role in shifting these odds:

  • In the United States, which is grappling with an opioid addiction crisis, there is a 1-in-96 chance of dying from a drug overdose.
  • Diarrheal diseases may not be on the radar of most people living in first world countries, but in developing regions, they remain a leading cause of preventable death – particularly for children.
  • In Russia, the odds are 1-in-4 that a man will not live beyond 55 years. The main culprit? Vodka.

On a long enough time line, the survival rate for everyone drops to zero.

–Chuck Palahniuk

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Green

Mapped: Human Impact on the Earth’s Surface

This detailed map looks at where humans have (and haven’t) modified Earth’s terrestrial environment. See human impact in incredible detail.

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human impact on earths surface

Mapped: Human Impact on the Earth’s Surface

With human population on Earth approaching 8 billion (we’ll likely hit that milestone in 2023), our impact on the planet is becoming harder to ignore with each passing year.

Our cities, infrastructure, agriculture, and pollution are all forms of stress we place on the natural world. This map, by David M. Theobald et al., shows just how much of the planet we’ve now modified. The researchers estimate that 14.6% or 18.5 million km² of land area has been modified – an area greater than Russia.

Defining Human Impact

Human impact on the Earth’s surface can take a number of different forms, and researchers took a nuanced approach to classifying the “modifications” we’ve made. In the end, 10 main stressors were used to create this map:

  1. Built-Up Areas: All of our cities and towns
  2. Agriculture: Areas devoted to crops and pastures
  3. Energy and extractive resources: Primarily locations where oil and gas are extracted
  4. Mines and quarries: Other ground-based natural resource extraction, excluding oil and gas
  5. Power plants: Areas where energy is produced – both renewable and non-renewable
  6. Transportation and service corridors: Primarily roads and railways
  7. Logging: This measures commodity-based forest loss (excludes factors like wildfire and urbanization)
  8. Human intrusion: Typically areas adjacent to population centers and roads that humans access
  9. Natural systems modification: Primarily modifications to water flow, including reservoir creation
  10. Pollution: Phenomenon such as acid rain and fog caused by air pollution

The classification descriptions above are simplified. See the methodology for full descriptions and calculations.

A Closer Look at Human Impact on the Earth’s Surface

To help better understand the level of impact humans can have on the planet, we’ll take a closer look three regions, and see how the situation on the ground relates to these maps.

Land Use Contrasts: Egypt

Almost all of Egypt’s population lives along the Nile and its delta, making it an interesting place to examine land use and human impact.

egypt land use impact zone

The towns and high intensity agricultural land following the river stand out clearly on the human modification map, while the nearby desert shows much less impact.

Intensive Modification: Netherlands

The Netherlands has some of the heavily modified landscapes on Earth, so the way it looks on this map will come as no surprise.

netherlands land use impact zone

The area shown above, Rotterdam’s distinctive port and surround area, renders almost entirely in colors at the top of the human modification scale.

Resource Extraction: West Virginia

It isn’t just cities and towns that show up clearly on this map, it’s also the areas we extract our raw materials from as well. This mountainous region of West Virginia, in the United States, offers a very clear visual example.

west virginia land use impact zone

The mountaintop removal method of mining—which involves blasting mountains in order to retrieve seams of bituminous coal—is common in this region, and mine sites show up clearly in the map.

You can explore the interactive version of this map yourself to view any area on the globe. What surprises you about these patterns of human impact?

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Politics

Interactive Map: Tracking Global Hunger and Food Insecurity

Every day, hunger affects more than 700 million people. This live map from the UN highlights where hunger is hitting hardest around the world.

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The World Hunger Map

Interactive Map: Tracking Global Hunger and Food Insecurity

Hunger is still one the biggest—and most solvable—problems in the world.

Every day, more than 700 million people (8.8% of the world’s population) go to bed on an empty stomach, according to the UN World Food Programme (WFP).

The WFP’s HungerMap LIVE displayed here tracks core indicators of acute hunger like household food consumption, livelihoods, child nutritional status, mortality, and access to clean water in order to rank countries.

The World Hunger Map

After sitting closer to 600 million from 2014 to 2019, the number of people in the world affected by hunger increased during the COVID-19 pandemic.

In 2020, 155 million people (2% of the world’s population) experienced acute hunger, requiring urgent assistance.

The Fight to Feed the World

The problem of global hunger isn’t new, and attempts to solve it have making headlines for decades.

On July 13, 1985, at Wembley Stadium in London, Prince Charles and Princess Diana officially opened Live Aid, a worldwide rock concert organized to raise money for the relief of famine-stricken Africans.

The event was followed by similar concerts at other arenas around the world, globally linked by satellite to more than a billion viewers in 110 nations, raising more than $125 million ($309 million in today’s dollars) in famine relief for Africa.

But 35+ years later, the continent still struggles. According to the UN, from 12 countries with the highest prevalence of insufficient food consumption in the world, nine are in Africa.

Country % Population Affected by HungerPopulation (millions)Region
Afghanistan 🇦🇫93%40.4Asia
Somalia 🇸🇴68%12.3Africa
Burkina Faso 🇧🇫61%19.8Africa
South Sudan 🇸🇸60%11.0Africa
Mali 🇲🇱60%19.1Africa
Sierra Leone 🇸🇱55%8.2Africa
Syria 🇸🇾55%18.0Middle East
Niger 🇳🇪55%22.4Africa
Lesotho 🇱🇸50%2.1Africa
Guinea 🇬🇳48%12.2Africa
Benin 🇧🇯47%11.5Africa
Yemen 🇾🇪44%30.0Middle East

Approximately 30 million people in Africa face the effects of severe food insecurity, including malnutrition, starvation, and poverty.

Wasted Leftovers

Although many of the reasons for the food crisis around the globe involve conflicts or environmental challenges, one of the big contributors is food waste.

According to the United Nations, one-third of food produced for human consumption is lost or wasted globally. This amounts to about 1.3 billion tons of wasted food per year, worth approximately $1 trillion.

All the food produced but never eaten would be sufficient to feed two billion people. That’s more than twice the number of undernourished people across the globe. Consumers in rich countries waste almost as much food as the entire net food production of sub-Saharan Africa each year.

Solving Global Hunger

While many people may not be “hungry” in the sense that they are suffering physical discomfort, they may still be food insecure, lacking regular access to enough safe and nutritious food for normal growth and development.

Estimates of how much money it would take to end world hunger range from $7 billion to $265 billion per year.

But to tackle the problem, investments must be utilized in the right places. Specialists say that governments and organizations need to provide food and humanitarian relief to the most at-risk regions, increase agricultural productivity, and invest in more efficient supply chains.

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