No, just 12,000 years too late.
At a time when most other Eurasian mammals were living it large, a handful of straight-tusked elephants, Palaeoloxodon antiquus, decided to buck the trend and go smaller. And it worked so well for them in the Mediterranean, they did it at least six times. The result? About seven species of dwarf elephant.
Separate to the modern day pygmy elephant, dwarf elephants trundled about on Malta, Sicily, the Aegean Islands and Cyprus up until about 11,700 years ago in the Pleistocene. But what cut such a large land mammal down to size?
A shrinking population
Well to start with the obvious, there’s no point ruling your own island if there’s hardly any island to rule. Space would be at a premium, as would food, and with no horrendous mainland predators, no one’s going to pick on you for being short. As an added bonus, reaching adulthood at a much smaller size would save you a ton of energy. And for some dwarf elephants, that was the case: the dinkiest, Palaeoloxodon falconeri of Malta and Sicily, was only about the size of a pig.
However, they didn’t all scale down in the same way, mainly because they didn’t all aim for island-living at the same time. Cyprus’ Palaeoloxodon cypriotes, for example, was bigger than P. falconeri, but had far teenier teeth, possibly because it rode an earlier wave of dwarfism and therefore made more evolutionary tweaks. Their evolving in different ways and at different times raises the question: how did they get to the islands in the first place?
Before you say “they obviously swam”, not always. The Pleistocene Mediterranean saw land bridges aplenty, and at one point Malta and Sicily were linked.
As for the Aegean Islands, we think elephants reached them on two separate occasions due to the rising and falling sea levels: once about 900,000 years ago, and again about 200,000 years ago, the latter load of travellers being the Palaeoloxodon crowd. There were considerable distances between the islands, so fanning out from the mainland to the nearest would have been more likely, rather than any inter-island swimming galas. In any case, elephants spread themselves in more ways than one, fnar fnar.
A giant family
A few scientific heads exploded recently after examining P. falconeri’s DNA. Although clearly descended from the African-born, straight-tusked P. antiquus, P. falconeri was, in fact, more closely related to the modern Asian elephant. It turns out this was possible because P. antiquus had a lover in almost every port, both during and after it left Africa, and enjoyed a cuddly clinch with the local mammoths as well. Finding such a varied species in some unexpected places gave rise to legends as well as debate.
Myth or mystery?
A dwarf elephant skull, on average, is about twice the size of a human’s, and has a huge nasal cavity slap-bang in the middle. According to Viennese palaeontologist Othenio Abel, this inspired the myth of the Cyclops in ancient Greece. A far less feared or accepted interpretation of a dwarf elephant is that depicted in a painting in the tomb of ancient Egyptian noble Rekhmire.
Some scholars believe it’s your standard baby Syrian Asian elephant, but it’s been playfully suggested that a dwarf elephant would have been suitably dinky and manageable too. Our fondness for miniature animals clearly hasn’t changed over thousands of years.
And then sometimes the person who discovers said dwarf elephant is a legend, like Natural History Museum London’s Dorothea Bate. She talked her way into a job as the museum’s first ever female scientist at 19, and as well as uncovering the first proof of dwarf elephants in Cyprus, she disguised herself as a man so she could travel to then-Turkish-controlled Crete and continue her research. Legends can come from awe and a lack of knowledge, and for the dwarf elephant, we’re still struggling with the latter.
Maybe they shrank too far?
It seems we’ve been underestimating the size of P. falconeri’s brain, which is the only animal brain ever to be comparable in size to a human’s. Whether this is due to the same complex social and cognitive tricks of today’s elephant, or just its brain staying the same while the rest of it shrinks, is up for debate. Still, we’ve also got the weight of them wrong, based on some handy 3D model calculations, and we’re not clear on exactly how many different species there are thanks to all the interbreeding. Even its extinction exit isn’t confirmed.
There’s some evidence a 7,000 year-old Neolithic people on the tiny island of Tilos had a weakness for dwarf elephant ivory, but unlike for some other prehistoric mammals, it’s not an open and shut case. It seems more likely that island living was the be-all and end-all: after a time, dwarf elephants may have been too safe in their little havens and adapted too well, being utterly unprepared for any shifts in climate, or new land-bridges that let the mainland predators re-join the party.
I can think of worse fates than dying on a small and sunny island after years of enemy-free peace and quiet. And if a predator suddenly caught you at the end of that, you’d probably go out on the most amazing adrenaline rush.
Latin: Genus name is Palaeoloxodon, and there are several species such as P. falconeri and P. mnaidriensis.
What? Small prehistoric elephant.
Where? Mediterranean islands from 2 million to 10,000 years ago during the Pleistocene period.
How big? The smallest, P. falconeri, was 1.8 metres / 6 feet long and only about 1 metre / 3 feet tall!
Probable motto: Better to be a big fish in a small pond.
Just to prove I’m not fibbing:
Benoit, Julien. 2015. “A new method of estimating brain mass through cranial capacity in extinct proboscideans to account for the non-neural tissues surrounding their brain“, Journal of Vertebrate Paleontology 35(6):
Benoit, Julien. 2019. “Evolutionary history of elephants is being rewritten by a strange, straight-tusked species“. Newsweek.
Choi, Charles Q. 2012. “World’s smallest mammoth discovered“. LiveScience.
Davies, P., and Lister, A. 2001. “Palaeloxodon cypriotes, the dwarf elephant of Cyprus: Size and scaling comparisons with P. falconeri (Sicily-Malta) and mainland P. antiquus“. World of Elephants.
“Dwarfing of fossil mammals on Mediterranean islands“. No date. Natural History Museum.
“G. Dwarf elephant tooth“. No date. Natural History Museum.
“Elephants“. 2016. In “Guiness World Records 2016”, page 42.
Flannery, Tim. 2018. “Europe: The first 100 million years“. Penguin.
Herridge, V.L. 2010.”Dwarf elephants on Mediterranean islands: a natural experiment in parallel evolution“. Doctoral thesis , UCL (University College London).
Herridge, Victoria, et al. 2014. “A new chronology for Spinagallo Cave (Sicily): implications for the evolution of the insular dwarf elephant Palaeoloxodon falconeri“, VIth International Conference on Mammoths and their Relatives, At Grevena- Siatista, Volume: S.A.S.G. Special Volume 102.
Meijer, Hanneke. 2016. “From giant rats to dwarf elephants, island living changes mammals“. The Guardian.
Prothero, Donald R., and Schoch, Robert M. 2002. “Horns, tusks, and flippers: the evolution of hoofed mammals“. Johns Hopkins University Press.
2019. “The smallest of the largest: new volumetric body mass estimate and in-vivo restoration of the dwarf elephant Palaeoloxodon ex gr. P. falconeri from Spinagallo Cave (Sicily)“, Historical Biology,
Sevket, Sen. 2017. “A review of the Pleistocene dwarfed elephants from the Aegean Islands, and their paleogeographic context“, Fossil Imprint 73(1-2):76-92.
“Smallest mammoths found on Crete“. 2012. BBC News.
Sondaar, Paul Y. 1986. “The island sweepstakes“. Natural History Magazine.
Strauss, Bob. 2019. “Dwarf Elephant Facts and Figures.” ThoughtCo.
tetrapodzoology. 2011. “The Rekhmire tomb elephant revisited: island dwarf or Syrian giant?” ScienceBlogs.
van der Geer, Alexandra Anna et al. 2014. “A dwarf elephant and a rock mouse on Naxos (Cyclades, Greece) with a revision of the palaeozoogeography of the Cycladic Islands (Greece) during the Pleistocene“, Palaeogeography Palaeoclimatology Palaeoecology. DOI: 10.1016/j.palaeo.2014.04.003.
van der Geer, A. A. E et al. 2016. “The effect of area and isolation on insular dwarf proboscideans“, Journal of Biogeography 43(8):1656-1666.