Medicine & TechnologyThink that we’ve found just about every prehistoric species that there is to find? You’d be terrifyingly wrong if you said yes. In fact, adding a new view on the diversity of some unlikely large predators that predate humans, a new fossil this week revealed another species of South American “terror birds” known as Llallawavis scagliai.
While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.
When it comes to ecological modeling, often the devil is in the details. But with so many complex theories at play, and so many realistic, natural variants it becomes an almost impossible task to decipher exactly it is that the researchers are trying to show us. This time the researchers made it easy for us.
While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.
Just when we thought that scientists have found all the species they were going to, a new species of lizard dubbed the dwarf dragon has been discovered in the Andes Mountains of South America.
Many endangered species like the Giant Tortoises of the Galápagos islands share a similar fate with the introduction of human beings to their natural landscape. With humans so too come the pets and the plants that invade their space. And more often than not it means that these endangered species either die off or adapt to avoid competition or costly meals. But for some, in very rare conditions, it means that the species can thrive even better than it could on its sparse local sources for food. And in a new study published this week in the Biotropica, researchers say that after a four year study, tracking the movement and foraging behavior of giant tortoises, it appears that they are seeking out sweeter treats of invasive flora and fruits instead of their local fare.
When it comes to invasive flora, most conservation ecologists know that the ramifications that come with these primary producers often appear much higher in the food chain. Some animals are unequipped to utilize the plants for food, while others simply find the energy spent foraging for it is far too much for the energy gained. And it’s a dynamic that often leads some species to coevolve. But looking into one of the first Darwinian subjects, Galápagos Giant Tortoises, some researchers have found that the unique species may be getting far more out of the invasive flora than they once thought—enough to even change their foraging behavior altogether.
The tropical rainforests near the equator aren’t the only woodland areas affected by the effects of climate change. The Central Appalachian forests have been experiencing major effects such as heavy rainfall, drought and heat spells as well. And according to a new vulnerability assessment published today by the USDA Forest Service, the complex landscape reveals resilience to climate change in some areas, but also costly vulnerabilities in others.
Searching through museum archives can often be quite a lifeless task, especially when you’re sorting through tons of tons of samples of faded white seashells that went extinct millions of years ago. But with a little bit of ingenuity, and whole heap of incentive, some researchers with San Jose State University are bringing life back to these ancient species and giving us a technicolor look as what the seas may have been like 6.6 million years ago.
It might be a sad fact, but in our daily lives, the most obvious example of species cohabitation may just be that of humans and ants. Now they’re not man’s best friend, that’s an obvious fact, but these little pests get away with a lot and whether we like it our not they tend to keep coming back. But when researchers looked into the tiny species, they revealed that the reason for their blissful cohabitation may be a lot more similar to why dogs like human homes as well—namely table scraps.
Think that you’ve got a long commute into the office every morning? Think again. While you may be used to sitting in traffic for hours on end, it turns out that one little songbird’s lengthy migration will put your commute to shame.
Think that you’ve got a long commute into the office every morning? Think again. While you may be used to sitting in traffic for hours on end, it turns out that one little songbird’s lengthy migration will put your commute to shame.
Neurobiology can be quite a difficult to subject to wrap our minds around, especially considering that every individual’s neurochemistry is unique unto itself. But with a bit of persistance, four years to be exact, and a bit of innovative technology in the field of biophotonics researchers with NYU’s Langone Medical Center have finally revealed just how brains sort, store and process information in the process of learning new tasks.