#convergentevolution

[lilgreenfox]

💻🦎💨🪶🐞👾🔨🃏🐰 [pokemon team commission - updated august 2024]

[athomsonart]

Life Sucks - BECOME CRAB

[252mya]

Phytosaurs were Triassic semi-aquatic archosauriformes. They weren't particularly closely related to crocodiles but convergently evolved a similar lifestyle and appearance. Design by Greco Westermann sulc.us/phyto

[markscherz]

Aglyptodactylus madagascariensis is Madagascar's mantellid frogs' answer to ranid frogs. Long, powerful limbs give it huge leaping power. In the mating season, males turn bright yellow, and they are explosive breeders, sometimes covering the forest floor. . . . . . . #frog #animals #madagascar #frogs #animal #amphibian #Mantellidae #Aglyptodactylus #Aglyptodactylus_madagascariensis #highkey #transparent #Rana #Ranidae #evolution #convergentevolution #convergence #wildlife #wildlifephotography #animalphotography #herpetology #zoology #biology https://www.instagram.com/p/BxqXnBdhYxf/?igshid=5019bnbrtqbd

[drdadbooks]

The Speed of Silence Large flakes of wet snow drift slowly to the ground. Their patter is the only sound one can hear on the northern slopes of Yellowstone where pronghorn, the fastest land mammal in North America, have gathered to graze and rest. Moving at the speed of silence they watch patiently but seem little bothered by our intrusion. Others move softly across the meadow sharing the sparse vestiges of flora partially hidden by the winter white. #Pronghorn #Notantelope #ConvergentEvolution #instagramanimals #wildlife #nature #mammals #wildlifephitography #animals https://www.instagram.com/p/Bt3JztKgJ8i/?utm_source=ig_tumblr_share&igshid=1w4yksdmjvu4u

[macdonaldforge]

Lenzites betulina: The Gilled Polypore Thought I'd spotted some Turkey Tail Fungi aka Trametes versicolor but alas....it turned out to be a fascinating imposter (swipe left and check out the gills) . . #blacksmith #fungi #polypore #lenzitesbetulina #gilledpolypore #convergentevolution #turkeytailmushroom #hickorynutgorge #forage #faerie #maker (at Gerton Helipad) https://www.instagram.com/p/BtyNm-_DGsb/?utm_source=ig_tumblr_share&igshid=y9wxm4xs8hmi

[naturenibble]

The Evolutionary Illusion: Why Unrelated Species Look the Same

Nature has a way of repeating itself.

In evolutionary biology, one of the most compelling patterns we observe is called convergent evolution — a process where animals that are not closely related evolve to look or behave similarly. It's not mimicry, and it’s not coincidence. It’s the result of different species solving the same survival problems in similar ways.

This phenomenon can be seen in multiple areas of the animal kingdom.

1. Wings in Birds, Bats, and Insects

All three can fly. But birds, bats, and insects developed their wings independently. Their ancestors were entirely unrelated. Birds descended from feathered reptiles, bats from mammals, and insects from arthropods. The structure of their wings differs, but the function converges.

2. Aquatic Streamlining in Dolphins and Sharks

Despite their similar shapes, dolphins and sharks come from vastly different evolutionary paths. Dolphins are mammals; sharks are fish. Yet both have streamlined bodies, dorsal fins, and tail propulsion — all evolutionary solutions to the same environmental constraint: moving efficiently through water.

3. Trunk-Like Faces: Tapirs and Elephants

One of the most interesting examples is how animals like tapirs appear similar to elephants. Both have trunk-like snouts, bulky frames, and forest-dwelling behavior. Yet biologically, they are distant. Tapirs are more closely related to horses and rhinos, not elephants.

I explored this in detail in a previous post. You can read more in

Do Tapirs Really Look Like Elephants — a post that breaks down the similarities and differences with real-world examples.

[naturenibble]

Do Tapirs Really Look Like Elephants?

Tapirs are often mistaken for miniature elephants. They have a short, trunk-like snout, rounded body, and a gentle, herbivorous lifestyle. But biologically, they’re not even close.

Elephants belong to the order Proboscidea, while tapirs fall under Perissodactyla, along with horses and rhinos. Their visual resemblance is a case of convergent evolution — where unrelated species develop similar traits to survive in similar environments.

This topic is part of a visual breakdown I created recently for readers exploring species similarities in more detail.

I’ll continue posting short comparisons and science visuals here weekly.