SPACEWhile many argue that the fight against greenhouse gases is long over, climatologists and ecologists continue to urge that the battle continues on. And while the culprits are all the same, the problems with these remnants of burning fossil fuels are taking on new problems. A topic of major research has developed from these changes and now researchers are quantify just how it will impact our world in the years to come.
Beneath the glaring surface and choppy waves, many secrets are hidden here in the oceans of Earth. The vast depths hide species unknown to men, lost treasures at the seafloor and perhaps even a cryptid or two. And while terrestrial studies of planets may have been interesting in the 20th century, space agencies are looking to aquatic surveys which may one day reveal the origins of life even farther out in space.
If you were to guess the amount of tonnage of trash in the sea, we bet that you’d be off by a couple of millions. That’s right, millions with an “M”. You may think that you can estimate the trash based on what you see at the beach, but researchers say that the calculation is a bit more complex than what the average guesser might think.
In a race against the clock, volunteers in New Zealand’s famous Golden Bay are attempting to save the near 200 pilot whales that beached themselves early Friday morning, Feb. 13. In what researchers say is the largest beaching event in over a decade, the pod of pilot whales became trapped on a sandbar known as the “Farewell Spit”, which is a common trap for migrating whales.
While NASA researchers are still waiting for the initial readings from their newest mission, the Soil Moisture Active Passive (SMAP) mission which plans to give researchers and farmers vital information about the moisture of any given soil on the face of the Earth, another mission has its sights set on the seas this week. Releasing a new image courtesy of the Moderate Resolution Imaging Spectroradiometer (MODIS) aboard NASA’s Aqua satellite, researchers at the space agency reveal that while all may seem calm below, the clouds above the Bering Sea tell a tale much more interesting than the waters it hides.
While the presence of small pink roses may seem like an innocuous blossom, researchers from the University of California, Santa Cruz are finding that as little creatures appear they signal warmer waters to come. No, these pink roses aren’t flora species, they’re hot pink sea slugs found traditionally in southern California tide pools. But as they’ve migrated north, researchers now believe that coastal water temperatures are on the rise, and this could have serious implications farther up on the food chain.
While they be fun to look at, a new sight in northern California tide pools are causing quite a bit of concern as the shades of oceanic blue are filled with one-inch blotches of hot pink. The culprits, known as Hopkin’s Rose Nudibranch (Okenia rosacea), are sea slugs common to the warmer waters of southern California. But as water temperatures shift, researchers fear that their migration further up the coast may be a sign of what’s to come.
In a surprising twist, scientists drilling through 2,500 feet or 740 meters of ice in Antarctica have stumbled upon a colony of fish, crustaceans and jellyfish inhabiting the cold and dark recesses of the barren Antarctic sea floor.
Without fins or bones capable of paddling, in terms of appearances, jellyfish may seem like mere drifters of the sea. But even in spite of their major deficits, including the absence of a heart and brains, these invertebrates have an incredible talent for swimming. So much so that no other creature under the sea can quite compete in terms of efficiency and skills. Though their tactics have long been misunderstood, a new study adds to the working knowledge that these brainless creatures are far more clever than we give them credit for.
While jellyfish may seem like an innocuous marine species, most commonly known for their ability to sting, a new study published in the journal Current Biology reveals that the little gelatinous creatures are actually quite efficient in traversing waves, and can also detect the direction of ocean currents to effectively swim against them. Like a character straight out of Oz, without a heart, bones and even a brain, these little creatures may seem like their helpless in the wild but they’re proving that they can swim against the currents life brings them.
They may lack brains, bones, and even a heart, but jellyfish are undoubtedly some of the most interesting creatures marine biologists have come to research. Even in spite of their major deficits, and their obvious downfalls, jellyfish have an incredible talent for swimming. So much so that no other creature under the sea can quite compete in terms of efficiency and skills. Though their tactics have long been misunderstood, a new study adds to the working knowledge that these brainless creatures are far more clever than we give them credit for.
Scientists have made a startling discovery while exploring the ocean floor that could change how we understand supernovae. Researchers now believe that exploding stars, often far beyond the confines of our solar system, have deposited extraterrestrial dust at the bottom of the oceans, and that could give us better insights into the composition of far off galaxies.
A new study has found that human activity is having a drastic impact on the creatures under the sea, with many on the verge of extinction thanks to humans. However, swift intervention could still prevent a "disaster of the magnitude observed on land."The study published this week in the journal Science analyzes the impact humans are having on the oceans. According to the group of researchers who developed the study, several marine species could soon be gone forever if changes are not quickly made.
The oceans largest creatures aren't quite as large as we often image, according to a new study. According to a report published in the journal Peer J, humans are not very good at visualizing the size of creatures like the giant squid or whales, and media reports usually exaggerate their size too. The team of researchers from the U.S. and Canada compared popular reports and scientific reports for 25 different species of marine creatures, including whales, sharks, squids and other giant ocean dwellers, and found that most of the animals were actually smaller than what was reported.
As a migratory species, Leatherback Sea Turtles (Dermochely coriacea) are a rare oddity of nature that spend their lives mostly in travel, between their breeding grounds in open ocean and their tropical places of birth. Travelling back and forth between the tropics and their hunting grounds to the north, the unique species follows the cool waters, as they flow throughout the oceans they inhabit. But that doesn't even begin to unravel their mysterious origins or how they know to traverse the seas.
While the biochemistry of the world’s oceans may be a complex study, with a myriad of variants, researchers are certain of one simple fact—man-made plastics do not belong in the oceans. And the pollution of our oceans is far more vast than the world would like to admit. But in a new study recently published in this week’s issue of the journal PLOS ONE researchers are saying that the Earth’s oceans may contain more than 5.25 trillion pieces of plastic particulates, weighing nearly 270,000 tons combined which is far larger than previous studies ever estimated the pollution to be.
Increased Seafloor Methane Released Into the Pacific Ocean Water at intermediate depths is observed to be warming up as seafloor methane released into the Pacific Ocean is growing at an alarming rate, a recent study found.
When a whale washes ashore, researchers and government agencies are usually the first on scene to assess the causes of death. However, when a rare beaked whale washed ashore in Australia earlier this week, Tuesday Oct. 14, researchers were eager to get to the scene for an entirely different reason — the opportunity to learn something about a deep diving mammal we know so little about.