ADD ANI AS A TRUSTED SOURCE
googleads
ANI Logo
Menu
Science

Ancient pandas were not picky eaters, ate more than just bamboo

Washington D.C. [USA], Feb 1 (ANI): They are cute, cuddly and are restricted to certain mountain ranges in southwestern China, eating bamboo alone. The giant panda of today has evolved to have distinctive teeth, skull and muscle characteristics, along with a special pseudo-thumb to support their tough and fibrous bamboo diet.

ANI Feb 01, 2019 11:17 IST googleads

Ancient panda species most likely had a more varied and complex diet.

Washington D.C. [USA], Feb 1 (ANI): They are cute, cuddly and are restricted to certain mountain ranges in southwestern China, eating bamboo alone. The giant panda of today has evolved to have distinctive teeth, skull and muscle characteristics, along with a special pseudo-thumb to support their tough and fibrous bamboo diet.
However, according to new evidence reported Thursday in Current Biology, extinct and ancient panda species most likely had a more varied and complex diet.
Speaking about it, Fuwen Wei of Chinese Academy of Sciences said, “It has been widely accepted that giant pandas have exclusively fed on bamboo for the last two million years,” adding, “Our results showed the opposite."
While it may be impossible to know exactly what extinct animals ate, researchers can get clues by analysing the composition of stable isotopes in animal teeth, hair, and bones, including fossilised remains.
In the new study, the researchers first analysed bone collagen of modern pandas (1970s-2000s) and other mammals from the same mountains.
The data comparison showed that ancient and modern pandas are isotopically distinct from one another, suggesting differences in their dietary habits.
There was also more variation among ancient panda species, suggesting that the niche they occupied was about three times wider than that of modern pandas.
Ancient pandas most likely had a varied diet, similar to that of other mammalian species that lived alongside them. They were, the researchers write, "probably not exclusive bamboo feeders."
According to the researchers, pandas' dietary habits have evolved in two phases. First, the pandas went from being meat eaters or omnivores to becoming dedicated plant eaters. Only later did they specialize on bamboo.
The researchers would now like to figure out when exactly pandas shifted to the specialised diet and to find that out, they plan to collect and study more panda samples from different historical times over the last 5,000 years. (ANI)

Get the App

What to Read Next

Science

Study shows how protein folding drives multicellular evolution

Study shows how protein folding drives multicellular evolution

Researchers discovered a mechanism that drives the creation of multicellular life. They found that altered protein folding causes multicellular evolution.

Read More
Science

Butterflies mimic each other's flight patterns to evade predators

Butterflies mimic each other's flight patterns to evade predators

Researchers discovered that inedible butterfly species that replicate one other's colour patterns have developed similar flight habits to warn predators and avoid being eaten.

Read More
Science

Study probes novel therapeutics development for metastatic tumors

Study probes novel therapeutics development for metastatic tumors

Researcher Paul Dent of Virginia Commonwealth University's Department of Biochemistry and Molecular Biology found that tumours that have metastasized to distant locations, such as the brain, are most often impossible to treat and cure, despite recent successes in some tumour types such as NSCLC and cutaneous melanoma.

Read More
Science

How video technology can track changes in species evolution

How video technology can track changes in species evolution

Scientists have made a significant advance in the study of species evolution, providing additional proof that cutting-edge visual technology may be used to track the smallest changes in the growth of various organisms.

Read More
Science

Genome research reveals 30 years of Darwin's finch evolution

Genome research reveals 30 years of Darwin's finch evolution

A ground-breaking investigation on the most recent evolutionary change in natural populations has been published by an international team of academics. Nearly 4,000 Darwin's finches make up one of the largest genomic datasets yet created for animals living in their natural habitat, which is used in this work. The study has identified the genetic underpinnings of adaption in this famous population. The journal Science has published the findings.

Read More
Science

Pheromones impact fake behaviour in beetles: Study

Pheromones impact fake behaviour in beetles: Study

Predation is a driving force in the evolution of anti-predator defences, and death faking, or immobility in reaction to dangers is a widespread defensive strategy shared by many animal species.

Read More
Science

New study reveals how bats evolved to avoid cancer

New study reveals how bats evolved to avoid cancer

According to a new study published in Genome Biology and Evolution by Oxford University Press, rapid evolution in bats may explain the animals' unique ability to host and survive infections as well as avoid cancer.

Read More
Science

Monkeys make a stink in response to human noise

Monkeys make a stink in response to human noise

According to new research, monkeys increase their usage of scent markings in order to compensate for human noise pollution. Pied tamarins (Saguinus bicolor) communicate through both vocal calls and scent markings, and the current study, published in the journal Ethology Ecology & Evolution, is the first to look into how monkeys' communication tactics shift in response to noise pollution.

Read More
Science

Study finds how bats evolved to avoid cancer

Study finds how bats evolved to avoid cancer

A new research published by Oxford University Press in Genome Biology and Evolution suggests that rapid evolution in bats may explain the animals' unique capacity to host and survive infections as well as avoid cancer.

Read More
Science

Pandas living outside latitude of normal range are less active

Pandas living outside latitude of normal range are less active

Researchers found that pandas outside their latitude were less active, perhaps because daylight and temperature cues differed at different latitudes.

Read More
Home About Us Our Products Advertise Contact Us Terms & Condition Privacy Policy

Copyright © aninews.in | All Rights Reserved.