Nature & Animals
From wildlife to ecosystems, endangered species to natural balance — content introducing nature and living creatures up close.
The Immortal Jellyfish: How Turritopsis dohrnii Reverses Aging
Turritopsis dohrnii, a tiny hydrozoan from the Mediterranean, can reprogram its cells under threat and revert from its adult jellyfish stage back to a juvenile polyp. Known as the 'immortal jellyfish,' its secret lies in a cellular process called transdifferentiation.
Read Article →FeaturedWhy Do Chameleons Change Color? The Crystal Secret Under Their Skin
Chameleons don't change color mainly to hide — they do it to communicate. Guanine nanocrystals beneath their skin physically rearrange to reflect different wavelengths of light, a mechanism only decoded in 2015.
Read Article →FeaturedEcholocation in Bats: The Science of "Seeing" With Sound in the Dark
Bats hunt in total darkness with barely any use of their eyes. This article explains echolocation, the biological sonar system that lets bats "see" through sound, based on scientific sources.
Read Article →FeaturedThe Waggle Dance: How a Honey Bee Tells Others Where to Find Food
Honey bees tell other bees in the hive the direction and distance of a nectar source through a figure-eight movement called the waggle dance. Karl von Frisch's decoding of this behaviour won a share of the 1973 Nobel Prize and proved that an insect can convey abstract information. But how does a bee turn the angle of the sun into a map on a dark comb?
Read Article →FeaturedTardigrades: The Water Bears That Survive the Vacuum of Space
A tenth of a millimeter long, tardigrades can survive the vacuum of space, extreme radiation, and freezing through cryptobiosis. Here's what scientists are learning from these tiny water bears.
Read Article →Most Read
All Articles
Nature & Animals
The Immortal Jellyfish: How Turritopsis dohrnii Reverses Aging
Turritopsis dohrnii, a tiny hydrozoan from the Mediterranean, can reprogram its cells under threat and revert from its adult jellyfish stage back to a juvenile polyp. Known as the 'immortal jellyfish,' its secret lies in a cellular process called transdifferentiation.
Nature & Animals
Why Do Chameleons Change Color? The Crystal Secret Under Their Skin
Chameleons don't change color mainly to hide — they do it to communicate. Guanine nanocrystals beneath their skin physically rearrange to reflect different wavelengths of light, a mechanism only decoded in 2015.
Nature & Animals
Echolocation in Bats: The Science of "Seeing" With Sound in the Dark
Bats hunt in total darkness with barely any use of their eyes. This article explains echolocation, the biological sonar system that lets bats "see" through sound, based on scientific sources.
Nature & Animals
The Waggle Dance: How a Honey Bee Tells Others Where to Find Food
Honey bees tell other bees in the hive the direction and distance of a nectar source through a figure-eight movement called the waggle dance. Karl von Frisch's decoding of this behaviour won a share of the 1973 Nobel Prize and proved that an insect can convey abstract information. But how does a bee turn the angle of the sun into a map on a dark comb?
Nature & Animals
Tardigrades: The Water Bears That Survive the Vacuum of Space
A tenth of a millimeter long, tardigrades can survive the vacuum of space, extreme radiation, and freezing through cryptobiosis. Here's what scientists are learning from these tiny water bears.
Nature & Animals
How Do Migratory Birds Find Their Way? The Science of Magnetic Field Perception
Migratory birds navigate thousands of kilometers with astonishing accuracy using Earth's magnetic field, star positions, and even scent cues. The scientific mechanisms behind this ability.