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A Visual Guide to Human Emotion

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visual guide to human emotion

A Visual Guide to Human Emotion

Despite vast differences in culture around the world, humanity’s DNA is 99.9% similar.

There are few attributes more central and universal to the human experience than our emotions. Of course, the broad spectrum of emotions we’re capable of experiencing can be difficult to articulate. That’s where this brilliant visualization by the Junto Institute comes in.

This circular visualization is the latest in an ongoing attempt to neatly categorize the full range of emotions in a logical way.

A Taxonomy of Human Emotion

Our understanding has come a long way since William James proposed four basic emotions – fear, grief, love, and rage—though these core emotions still form much of the foundation for current frameworks.

The wheel visualization above identifies six root emotions:

  1. Fear
  2. Anger
  3. Sadness
  4. Surprise
  5. Joy
  6. Love

From these six emotions, more nuanced descriptions emerge, such as jealousy as a subset of anger, and awe-struck as a subset of surprise. In total, there are 102 second- and third-order emotions listed on this emotion wheel.

Reinventing the Feeling Wheel

The concept of mapping the range of human emotions on a wheel picked up traction in the 1980s, and has evolved ever since.

One of these original concepts was developed by American psychologist Robert Plutchik, who mapped eight primary emotions—anger, fear, sadness, disgust, surprise, anticipation, trust, and joy. These “high survival value” emotions were believed to be the most useful in keeping our ancient ancestors alive.

plutchik emotion wheel

Another seminal graphic concept was developed by author Dr. Gloria Willcox. This version of the emotions wheel has spawned dozens of similar designs, as people continue to try to improve on the concept.

willcox feelings wheel

Further Exploration

The more we research human emotion, the more nuanced our understanding becomes in terms of how we react to the world around us.

Researchers at UC Berkeley used 2,185 short video clips to elicit emotions from study participants. Study participants rated the videos using 27 dimensions of self-reported emotional experience, and the results were mapped in an incredible interactive visualization. It is interesting to note that some video clips garnered a wide array of responses, while other clips elicit a near unanimous emotional response.

Here are some example videos and the distribution of responses:

reported emotional reaction to video clips

The data visualization clusters these types of videos together, giving us a unique perspective on how people respond to certain types of stimuli.

Much like emotion itself, our desire to understand and classify the world around us is powerful and uniquely human.

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Maps

The Largest Earthquakes in the New York Area (1970-2024)

The earthquake that shook buildings across New York in April 2024 was the third-largest quake in the Northeast U.S. over the past 50 years.

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Map of earthquakes with a magnitude of 4.0 or greater recorded in the northeastern U.S. since 1970.

The Largest Earthquakes in the New York Area

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

The 4.8 magnitude earthquake that shook buildings across New York on Friday, April 5th, 2024 was the third-largest quake in the U.S. Northeast area over the past 50 years.

In this map, we illustrate earthquakes with a magnitude of 4.0 or greater recorded in the Northeastern U.S. since 1970, according to the United States Geological Survey (USGS).

Shallow Quakes and Older Buildings

The earthquake that struck the U.S. Northeast in April 2024 was felt by millions of people from Washington, D.C., to north of Boston. It even caused a full ground stop at Newark Airport.

The quake, occurring just 5 km beneath the Earth’s surface, was considered shallow, which is what contributed to more intense shaking at the surface.

According to the USGS, rocks in the eastern U.S. are significantly older, denser, and harder than those on the western side, compressed by time. This makes them more efficient conduits for seismic energy. Additionally, buildings in the Northeast tend to be older and may not adhere to the latest earthquake codes.

Despite disrupting work and school life, the earthquake was considered minor, according to the Michigan Technological University magnitude scale:

MagnitudeEarthquake EffectsEstimated Number
Each Year
2.5 or lessUsually not felt, but can be
recorded by seismograph.
Millions
2.5 to 5.4Often felt, but only causes
minor damage.
500,000
5.5 to 6.0Slight damage to buildings
and other structures.
350
6.1 to 6.9May cause a lot of damage
in very populated areas.
100
7.0 to 7.9Major earthquake.
Serious damage.
10-15
8.0 or greaterGreat earthquake. Can totally
destroy communities near the
epicenter.
One every year
or two

The largest earthquake felt in the area over the past 50 years was a 5.3 magnitude quake that occurred in Au Sable Forks, New York, in 2002. It damaged houses and cracked roads in a remote corner of the Adirondack Mountains, but caused no injuries.

DateMagnitudeLocationState
April 20, 20025.3Au Sable ForksNew York
October 7, 19835.1NewcombNew York
April 5, 20244.8Whitehouse StationNew Jersey
October 16, 20124.7Hollis CenterMaine
January 16, 19944.6Sinking SpringPennsylvania
January 19, 19824.5SanborntonNew Hampshire
September 25, 19984.5AdamsvillePennsylvania
June 9, 19754.2AltonaNew York
May 29, 19834.2PeruMaine
April 23, 19844.2ConestogaPennsylvania
January 16, 19944.2Sinking SpringPennsylvania
November 3, 19754Long LakeNew York
June 17, 19914WorcesterNew York

The largest earthquake in U.S. history, however, was the 1964 Good Friday quake in Alaska, measuring 9.2 magnitude and killing 131 people.

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