Science has a new trick up its sleeve. It's called temperature-responsive liquid chromatography (TRLC). This isn't just any regular chromatography. It's special because it can change how it works just by changing the temperature. This is all thanks to smart polymers like PNIPAAm. These polymers are
In Virginia, scientists have been studying deer bones to figure out where these animals come from. The goal is to find better ways to track movements of both animals and humans. Right now, it's tough to pinpoint exact locations using animal tissues. Three things were looked at in the bones: oxygen,
Orchids in the Didymoplexis genus are fascinating. They belong to a large group of plants that rely solely on fungi for their food. These orchids are part of the Gastrodieae tribe, which is one of the biggest groups of fully mycoheterotrophic orchids. Mycoheterotrophic means they get their nutrients
In the vast and often overlooked world beneath our feet, scientists stumbled upon something unexpected. While exploring the mineral-rich subsoil of southern Poland, researchers encountered a peculiar creature: Haplotaxis cf. gordioides. This isn't your typical earthworm. This worm is part of a group
Investigating wildlife trade crimes has become easier thanks to advancements in science and technology. One of the most promising methods is stable isotope analysis (SIA). This technique is proving to be a game-changer in identifying species, pinpointing where animals come from, and telling the diff
Imagine diving into the coastal waters of China and finding a vibrant community of jellyfish. These aren't just any jellyfish—they're the ones that form massive blooms, sometimes creating a stunning spectacle in the sea. Scientists have recently discovered that these jellyfish play a much bigger rol
