Now, running begins with a slow lean back, a slight pitch forward and then a trot. Which maybe turns into a fast trot. Sprints are rare.
Back in the day, if I needed to run, I'd just go. Now, I see a break in traffic and want to cross the street quickly, I lean back, roll into a run and trot across the street.
You know what it's like.
I'm slower than I used to be, but I'd still beat Lucy in a race. And so would you.
Eat our dust, Lucy!
If you're wondering whether I mean Lucille Ball or a modern Lucy, it's neither (modern means post-1960. Lucy Liu? Lucy Lawless?).
It's the original Lucy, a hominin whose skeleton was found in the 1970s. (Hominin means "a group of bipedal apes that includes modern humans, extinct human species and their ancestors." I thought it meant a word that sounds like another word but is spelled differently.)
Lucy's origin was traced back about 3 million years and she is considered the earliest human ancestor, older than Keith Richards, Tom Brady and Dick Van Dyke.
How do I know I could outrun Lucy? Well, other than my irrational confidence, it's based on research.
Curious about how Lucy – and others like her – could run, scientists, musculoskeletal specialists and evolutionary biologists in the United Kingdom recently formed a dream team to create simulations of Lucy running. It's not clear why, but perhaps it was to inspire this column.
As reported in a paper titled "Running performance in Australopithecus afarensis" (talk about clickbait!), researchers studied whether Lucy and her contemporaries could run on two legs (I don't know their names, but I'd like to think they are Ricky, Fred and Ethel, a joke that makes sense if you are a contemporary of the original Lucy). If so, how fast?
They found that she could run on two legs, but here's how fast: Slower than me. They found that she could run upright but that she was much slower than modern humans.
I'm a modern human (I own a smartphone! I drive a hybrid! I go to Starbucks!), so I'd run right past Lucy.
My 40-yard time might be slow, but it's probably Refrigerator Perry slow, not Lucy slow.
To study Lucy's running speed, researchers created a simulator and added what they knew about her muscular and skeletal systems. Crucially, Lucy lacked the long Achilles tendon that modern humans have. She also didn't have shorter muscle fibers in her legs, muscle fibers that help with endurance running (according to an article I read. I don't understand any of this).
The most important conclusion was that running would be so taxing on Lucy that she would only do so when required. Lucy, like most of us, was in no hurry to run.
However, researchers found that at her top speed (with some adjustments of modern muscles), Lucy could run about 11 mph. That's much slower than the top speed of 17 mph for modern humans.
Which means . . .
Umm . . .
Wait a second. I probably can't run 11 mph. That seems kind of fast. Maybe Lucy was faster than me after all.
Well, I bet I can type faster than Lucy. I bet I can look up things on Google faster than she could.
We're better.
Eat my dust, old woman!
Reach Brad Stanhope at bradstanhope@outlook.com.