What Are Bats Closest Relatives?

Contrary to popular belief, bats are not just rodents with wings. They belong to an order called Chiroptera, which means “hand-wing” in Greek. Bats are the only mammals that can fly, and they have been around for millions of years. And while bats may seem mysterious and even scary to some people, they are actually fascinating creatures that have played an important role in shaping the world we live in today.

What Are Bats Closest Relatives?
What Are Bats Closest Relatives?

The Ancestors of Bats

So where did bats come from? Well, scientists believe that their closest living relatives are shrews and moles. But if you go back far enough in time, you’ll find some truly weird creatures that gave rise to our modern-day flying friends.

Ancestor One: Onychonycteris finneyi. This little guy lived about 52 million years ago during the Eocene epoch. It had claws on all five fingers—hence its name—which it likely used for climbing and perching rather than flight.

Ancestor Two: Icaronycteris index. This bat-like animal lived around the same time as Onychonycteris but was better adapted for true powered flight. Its wings were similar in structure to those of modern-day bats but lacked certain key features like echolocation abilities.

Ancestor Three: Palaeochiropteryx tupaiodon. This bat-like creature is roughly 55 million years old. Palaeochiropteryx tupaiodon could climb trees well but probably couldn’t fly at all because its wings weren’t strong enough.

These three ancient ancestors show us how complex life is on earth over millions of years before eventually giving birth to beneficial variations adapted towards survival – a learned state preserved by generations over generations known as evolution!

How Did Bats Evolve?

Bats evolved from small insect-eating mammals that were around during the time of the dinosaurs. Scientists believe that a combination of factors—like a changing environment, competition for resources, and natural selection—led to the development of traits like wings and echolocation in these mammalian ancestors.

From there, things get complicated. While science has made huge strides in understanding bat evolution in recent years, there’s still much we don’t know about how bats evolved into the amazing creatures they are today.

What Are Some Unique Features of Bats?

Bats have some pretty unique features—from their ability to fly to their use of echolocation to find prey. Here are just a few examples:

Echolocation: One of the most amazing things about bats is their use of echolocation—a kind of “sonar” system that helps them navigate through dark environments and locate prey with pinpoint accuracy.

Wings: Of course, one of the most distinctive features of bats is their wings! These thin membranes stretch between elongated fingers on each hand and provide lift during flight.

Hibernation: Some species of bats hibernate during colder months when insects are scarce. During this time, they can slow down their metabolism dramatically and survive on stored fat reserves until spring arrives.

Why Do We Need Bats?

Aside from being fascinating creatures in their own right, bats play an important role in our world ecosystem. Here are just a few reasons why we need these winged wonders:

Pollination: Several bat species serve as pollinators for plants like bananas, peaches, avocados along with other crops – sustaining food sources for both humans and wildlife alike.

Pest Control: Many types of bats eat insects like mosquitoes or crop-damaging pests which significantly reduce dependence on synthetic fertilizers while lessening potential harm towards valuable plant life or human health risks associated with such practices towards vegetable or meat production industries!

So there you have it— a brief overview of the evolution of bat relatives. From early mammalian ancestors that could climb trees to the sophisticated and unique creatures we have today, bats are truly amazing animals that have played an important role in shaping our world.

So next time you see a bat swooping through the skies at dusk, take a moment to appreciate just how incredible these little critters really are!

Bat Family Tree

Have you ever wondered about the family tree of bats? Don’t worry, you’re not alone. Let’s dive into this fascinating world of nocturnal mammals and explore their lineage.

What is a bat?

Before we dive into the family tree, let’s quickly define what a bat is. Bats are winged mammals found all across the globe, except in some extremely cold areas like Antarctica. They are often characterized by their leathery wings, echolocation ability and diverse diet that ranges from fruits to insects to blood!

How many species of bats exist?

There are over 1, 400 species of bats that have been discovered around the world so far! That means there is still a lot left to discover.

What is the closest relative of a bat?

This may come as a surprise but it turns out that bats are more closely related to humans than they are to mice or rats! In fact, scientists believe that humans and bats share a common ancestor which lived about 80 million years ago.

The family tree

Now let’s get down to business – the Bat Family Tree!

Order: Chiroptera

The order Chiroptera refers to all bat species known till date. This classification divides them into two suborders:

Suborder: Megachiroptera

Megabats or fruit-eating bats belong to this suborder and make up only 20 % of all known bat species. These flying creatures use their keen sense of smell and eyesight instead of echolocation for navigation. Found in subtropical rain forests with overgrown vegetation such as Southeast Asia, Madagascar & tropical Australia.


  • Fruit Bats
  • Flying Foxes

Suborder Microchiroptera

Microbats or insectivorous feeders comprises around 80% percentof all other known bat species which use echolocation to navigate. These bats are found worldwide except in Antarctica, and can be divided into several families.


  • Free-tailed Bat
  • Myotis Bat

It’s worth noting that there is some debate among scientists about how exactly we should classify the bat family tree. Some experts believe that the suborders Megachiroptera and Microchiroptera should actually be classified as separate orders entirely!

Common ancestors

Believe it or not, all 1, 400+ species of bats evolved from a common ancestor! This means that despite their varied appearances and behaviors they all share some similarities – including wings!

Battiest Facts

Here are some interesting facts about bats you might not know:

  • Bats have been around for over 50 million years!
  • The smallest bat in the world is called Kitti’s hog-nosed bat and weighs less than a penny.
  • A single brown bat can eat up to 1, 000 mosquitoes in just one hour!
  • Vampire bats don’t suck blood out of their victims – instead, they make a small incision with their razor-sharp teeth and lick up the flowing liquid. Yikes!

So there you have it – everything you need to know about the fascinating world of bat evolution. Who knew these nocturnal flyers had such an interesting family tree?

93275 - What Are Bats Closest Relatives?
93275 – What Are Bats Closest Relatives?

Bat Ancestor Research

Bats are fascinating creatures, captivating our attention for their unique abilities. They belong to the order Chiroptera, which means “hand-wing” and refers to the fact that their wings are made up of stretched skin between elongated fingers. To learn more about these mysterious mammals, researchers have turned to studying bat ancestors through genetics, fossils, and morphology.


Genetic research has provided insights into the evolutionary history of bats. By comparing DNA sequences from different bat species and other animals, scientists can trace the relationships between them. One study found that bats likely evolved from small insectivorous mammals around 65 million years ago during the Paleocene Epoch.

Fun Fact: Did you know that genetic analysis has revealed that vampire bats share a common ancestor with fruit-eating bats? This suggests that vampire bats evolved from frugivorous ancestors before specializing in blood drinking.


Fossil evidence is another key tool used in bat ancestor research. Ancient fossils of extinct bat species provide clues about their physical characteristics and how they may have lived. For example, one fossil discovered in Wyoming dates back 52 million years ago and shows evidence of leg bones instead of wings!

Q: Leg bones? How did those turn into wings?

A: The evolution of wings was a gradual process over millions of years; it’s believed that early flying ancestors began gliding through trees before ultimately evolving full-fledged wings.


Studying the physical features of living bat species also helps researchers better understand their ancient ancestors. Interestingly enough, many adaptations seen in modern-day bats were actually inherited from non-flying mammal relatives – like small eyes or fur covering most of its face- however some features like elongated fingers for wing support are unique creating advantages for flight!

Fun Fact: Microbats possess an extraordinary sense known as echolocation- to navigate dark spaces, microbats utilize their voices to create echo-like waves which they use as sensory feedback in a process known as sonar.

Through genetics, fossils, and morphology- researchers continue uncovering more about the complex history of bat ancestors. With each discovery made we find ourselves falling deeper into fascination with these mysterious creatures and the unique abilities that have evolved over millennia.

As researcher Bruce Patterson once said; “Bats are fascinating animals, but perhaps even more interesting is who they were before bats! They represent a transitional state in vertebrate evolution. “

Closest non-bat mammal relatives

Mammals are one of the most diverse groups of animals, ranging from tiny shrews to giant whales. The evolutionary history of mammals is fascinating and complex, and scientists have made significant progress in understanding it over the years.

One area of particular interest is identifying which species are closely related. In this section, we’ll take a look at the closest non-bat mammal relatives and explore what makes them unique.

What are the closest non-bat mammal relatives?

The bat is often considered an outlier among mammals due to its evolutionarily distinct flight abilities. However, bats originated from a group called tree-shrews that were already diverging from other mammals around 100 million years ago.

Nevertheless, there’s still a whole bunch of non-flying mammals out there with extremely close family ties to bats. These include primates , rodents , carnivores such as hyenas and cats , as well as ungulates like horses or deer .

But if we’re talking about the closest relative? It would be none other than Ahaetulla nasuta – commonly known as Asian vine snake! Bet you didn’t see that coming? Scientists working on decoding genetics have discovered how much DNA they share with each other while establishing themselves genetically apart from others.

How did researchers determine that these were the closest relatives?

Molecular analysis techniques provide compelling evidence for determining relationships between different species. By analyzing DNA sequences or patterns in gene expression associated with specific traits, scientists could find phylogenetic associations within vertebrate groups with high statistical confidence.

In addition to molecular analyses, morphological studies examining physical characteristics also helped establish relationships between animals before these genetic techniques became mainstream.

But overall in modern science today- genetic analysis is considered to provide much more accurate data than a morphological one.

What makes the Asian vine snake so unique among mammals?

Although it may come as a surprise that these slithery serpents are the closest non-bat relatives, scientists have been able to identify several factors that link them genetically. For starters, both Ahaetulla nasuta and bats evolved from an ancient lineage of nocturnal insectivores. These chameleon-like snakes share an adaptation with some bat species for hearing range capability.

However, perhaps most strikingly they have both independently evolved how to fly – but in very different ways!. Bats’ wings are flaps made of stretched skin between their wing bones. In contrast, Ahaetullah’s body lengthens and flattens when gliding occurs due to muscular contraction elongating their ribs outward. While on the ground only 115 cm snakes-vines can cover vast distances in just one glide!, making themselves excellent learners by using visual cues during aerial hunts

Other noticeable similarities include our little reptile friend possessing ridges in its lower jaw suitable for capturing prey mid-air and even exhibiting similar digestive biological adaptations for insects said Dr. Samta Jain Chawla

Pinning down mammalian relationships requires equal parts science and artful interpretation. . . but uncovering links like these show us oddities hidden amongst evolutionary histories that we’d never expect.
At times discovering new life is about looking closely at something we so often overlook.


  • Q: So if I’m part bat does that mean I get cool echolocation powers?
    • A: Unfortunately no – humans don’t possess vocal chords capable of producing ultrasonic frequencies necessary for accomplishing such feats
  • Q: Can vine snakes really fly? I thought they were just gliders.
    • A: You’re absolutely right! While they may glide when gliding occurs, this capacity is achieved through elongating their ribs’ muscles and we’ve just associated that ability with flight for dramatic effect .
  • Q: Are there any other unusual mammalian relationships that scientists have discovered?
    • A: One peculiar example suggests elephants are the closest living relative to sea cows despite sharing no physical features aside from cusps on their molars.
  • Q: I’ve heard about genetically modified organisms. Could we eventually engineer bats or vine snakes that could do things humans can’t?
    • A: Well. . . While To alter an organism’s genetic sequence in a significant way is impossible without consequent ethical/moral conundrums regardless of what science-fiction narratives teach us about gene-editing abilities. But who knows – the possibilities could be endless!

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