MdP – MAPS: Greatest, perceived threats around the world

Diese Karte stammt von dem renommierten PEW Research Center (, so dass die erhobenen Daten relativ verlässlich sein dürften. Die Karte stammt allerdings aus dem Jahr 2015, so dass die wahrgenommene Bedrohung durch Nord-Korea nicht „eingepreist“ ist. Aber trotz dieses Fakts finde ich diese Analyse sehr interessant und mitunter auch überrraschend. 




MdP – PREVIEW THE FUTURE: This Invention can turn Seawater into Drinking Water affordably

Michael’s opinion: In Old Europe, we are too reluctant and critical towards new technologies. Maybe we shouldn’t be as a technology enthusiastic as US Americans. But more „German Mut“ and „German Zuversicht“ would definitely be a helpful motto when it comes to the use of new tech. Here’s a great example for my conviction that mankind will master its problems. An invention made by the Manchester University. 

by and University of Manchester

Climate Change is Rewriting the History Books

Michael’s Anmerkung: Ein weisses Feld bedeutet, dass die Temperatur dem Basiswert (Durchschnittswert der Monatstemperaturen zwischen 1881 und 1910) entspricht. Ein rote Einfärbung bedeutet eine höhere monatliche Durchschnittstemperatur gegenüber dieser „Base-Line“. Dementsprechend entspricht eine blaue Einfärbung einer geringeren monatlichen Durchschnittstemperatur gegen dem Basiswert. Die Zahlen stammen von der NASA und NOAA.

Sollten Sie nach dem Dezember 1964 geboren sein, haben Sie niemals einen Monat erlebt während dessen es kälter war als die Monatsdurchschnitts-Temperatur von 1881 und 1910). Das sind immerhin über 620 Monate.

Übrigens: Die dunkelrote Farbe bedeutet maximal einen Wert von 1,9 Grad Celsius über dem Basiswert.

Climate Change is Rewriting the History Books Climate Central infographic

„Climate Change is Rewriting the History Books“ is an infographic from Climate Central that uses a heatmap design style to show how average temperatures have changed over the last 137 years.

This March clocked in as the second warmest March on record when compared to the 20th century average, according to newly released data from the National Oceanic and Atmospheric Administration. NASA data published last week came to the same conclusion, comparing temperatures to a 1951-1980 baseline.

The NOAA data shows the planet was 1.9°F (1.05°C) above the 20th century average for March, the first time any month has breached the 1°C threshold in the absence of El Niño. This March is the latest freakishly hot month following three years in a row of record heat.

NOAA and NASA baselines don’t really tell the whole story. How much the world has warmed since pre-industrial times is a crucial measuring stick for international climate talks and a more accurate representation of how much climate change is altering the planet.

Using the baseline of 1881-1910, a new, more dire picture of global warming emerges. This March was 2.4°F (1.3°C) above the pre-industrial average by that measure. More notably, this March marks a whopping 627 months in a row of warmer than normal temperatures. If you were born after December 1964, you’ve never experienced a month cooler than average on this planet.

To understand what that looks like, take a peek at the global temperature chart below. Each month is represented by a box. Cool blues have been disappearing, replaced by a wave of unending heat. Climate change is likely to continue the streak of warmer than normal months into the foreseeable future as temperatures keep marching upward.

There are a few things about this design worth commenting on:

I’m accepting the data from NASA and NOAA at face value, because this blog discusses the visual communication and design of data. However, I can’t find the data they used. It would be helpful if they provided the final data they used to build the visualization.

Heatmaps or choropleth maps (ie. using color hue, density, shading, opacity, or saturation) are impossible for the reader to differentiate the exact  between the values.

In a heatmap, the designer chooses the minimum and maximum values, and the data dictates all of the actual color saturations shown for each month. The minimum would be solid blue, the midpoint would be white and the maximum value would be solid red.
In this case, the chart colors start near the average, not the minimum value. So, all of the months from 1881-1910 are very close to white because these are the values that were used to calculate the midpoint

The maximum temperature value is 1.9° higher than the average, and that value is shown as the fully saturated red color. This is a choice by the designer, and makes the average temperatures in the highest months visually appear as very dramatic.

Quelle: Coolinfographics