Looking back in a decade or two, we might well remember 2010 as the year that the weather got really wacky. Or, perhaps, as the year that the effects of long term global climate change started to really tweak short term weather patterns.
One thing is clear: this was a wild, violent, and catastrophic year in extreme weather events.
Don't trust a layman like me. Weather Underground's founding meteorologist Jeff Masters said, "In my 30 plus years of being a meteorologist I can't ever recall a year like this one as far as extreme weather events go, not only for U.S. but the world at large."
Now let's be clear: no single weather event is evidence alone of climate change. But it's also true that most, if not all, of the extreme weather events of 2010 do fit within the predictions of climatic extremes that the best science is warning us of in the coming century.
Kevin Trenberth of the Nation Center for Atmospheric Research offers this take:
We can't attribute a single event to climate change, but I would contend that every event has a climate change component to it nowadays. And a different way of thinking about it is try to look at odds of that event happening. And, with some of the events that we've had this year it's clear—even though the research has not been done in detail yet—that the odds have changed, and we can probably say some of these would not have happened without global warming, without the human influence on climate."
Trenberth hints at a common metaphor used in climate science circles: that global warming is "loading the dice" for extreme weather patterns. One climate scientist, Steven Sherwood, carries the metaphor a bit further, writing to Andy Revkin at Dot Earth:
Climate change also allows unprecedented (in human history) things to happen. It is more like painting an extra spot on each face of one of the dice, so that it goes from 2 to 7 instead of 1 to 6. This increases the odds of rolling 11 or 12, but also makes it possible to roll 13. What happens then? Since we have never had to cope with 13’s, this could prove far worse than simply loading the dice toward more 11’s and 12’s.
You can decide for yourself whether the extreme, destructive events of 2010—the Russian heat wave or the floods in Pakistan or the Amazon's drought—count as 12's or 13's. You can't argue that it's been a wild year for weather.
Problematic homework question
A student’s brilliant homework answer outsmarted her teacher's ridiculously sexist question
From an early age, children absorb societal norms—including gender stereotypes. But one sharp 8-year-old from Birmingham, England, challenged a sexist homework question designed to reinforce outdated ideas.
An English teacher created a word puzzle with clues containing “UR.” One prompt read “Hospital Lady,” expecting students to answer “nurse.”
While most did, Yasmine wrote “surgeon”—a perfectly valid answer. Her father, Robert Sutcliffe, shared the incident on X (formerly Twitter), revealing the teacher had scribbled “or nurse” beside Yasmine’s response, revealing the biased expectation.
For Yasmine, the answer was obvious: both her parents are surgeons. Her perspective proves how representation shapes ambition. If children only see women as nurses, they internalize limits. But when they witness diversity—like female surgeons—they envision broader possibilities.
As Rebecca Brand noted in The Guardian: “Their developing minds are that little bit more unquestioning about what they see and hear on their screens. What message are we giving those impressionable minds about women? And how might we be cutting the ambitions of little girls short before they've even had the chance to develop properly?”
X users praised Yasmine while critiquing the question. Such subtle conditioning reinforces stereotypes early. Research confirms this: a study found children as young as four associate jobs with gender, with girls choosing “feminine” roles (e.g., nursing) and boys opting for “masculine” ones (e.g., engineering).
Even preschoolers avoided careers misaligned with their gender, proving sexist conditioning begins startlingly young.
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The problem spans globally. Data from 50 countries reveals that by age 15, girls disproportionately abandon math and science, while boys avoid caregiving fields like teaching and nursing. This segregation perpetuates stereotypes—women are underrepresented in STEM, and men in caregiving roles—creating a cycle that limits both genders.
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This article originally appeared last year.