A team of researchers went back to the same part of Antarctic after a decade to see how the deep ocean had changed, and were surprised to find the deep ocean was fresher than they expected.
For the first time ever, scientists have found evidence that deep sea animals are actually consuming plastic microfibres. Read more about the study and why we should care.
Greenland sharks can live to be over 400 years old. What can they tell us about ageing?
Excerpt: The deep sea is not an easy place to live. Cold, dark, and featureless, it doesn’t provide a lot of food or hiding spots for the animals that live there. Read on to find out the odd way one species of crab has evolved to avoid both problems!
In honor of our Marine Halloween theme, this month I’ll be presenting my picks for the creepiest looking marine critters, à la Buzzfeed. Counting down from 5:
How much wood could a wood boring clam bore if a wood boring clam was given a lot of different options of wood to bore? Not as catchy as the original, but check this article out to learn about how the type of wood that falls to the deep ocean influences the community of animals that comes to feast on it.
Happy Shark Week! Today we examine a persistent and interesting biogeographical puzzle: why are there so few deep sea sharks?
A pair of scientists have figured out how to track deep ocean currents using gravity measurements from space.
Our human parents make a lot of sacrifices for us! They devote their time and energy, provide for us, invest in us (monetarily, sure, but also emotionally), nurture us, attempt to teach us, make career decisions with us in mind, and lose a lot of sleep worrying about us. However, in the marine world things can get much more extreme? Some animals make the ultimate sacrifice by literally dying to reproduce. Find out more about some of these marine creatures in today’s Oceanbites!
Whale carcasses that fall to the seafloor provide large amounts of food to deep-sea environments. Though ecologically important, little is known about whale falls and the communities they harbor in the vast Atlantic Ocean – all information comes from the Pacific. What happens to large mammals that sink to the bottom of the Atlantic and how does this impact communities there?
The first seafloor massive sulfide mine in the Pacific is expected to begin commercial operation in 2017. Licenses have already been granted and environmental impact assessments conducted, but we know little about the marine communities surrounding sulfide deposits in the ocean. This study characterizes such communities in a future mining exploration site.
Many of us believe that the deep ocean is pristine and not affected by any human activities; the fact that pollutants such as perfluoroalkyl substances can reach deep ocean gives us a warning sign. It was estimated that around 60 kg of these chemicals was transported during the sampling periods.
Bad environmental news can seem overwhelming at times. No matter how environmentally aware you are, you will still need to eat something and you will take up space that probably used to belong more to nature than it does now. So let’s take a moment to appreciate why it’s worth trying to conserve nature. Let’s talk about sperm whales pursuing squid in the deep oceans!
Many different animals in the ocean produce light to communicate, especially in the darkness of the deep-sea. But how exactly do these animals produce their own light? Researchers studied the structure of a bioluminescent organ in rattail fishes to see how these fish begin to produce light.
Scientists found an octopus that guards its eggs for the longest period ever recorded. The super mother was filmed for 53 months and has produced the largest and most developed hatchlings known to date.
Humans have made amazing strides in exploring and understanding the world, and even the universe, around us; but right off the coast looms a large, mysterious entity: the deep sea. For as much as we know about coastal zones and the continental shelf, we know very little about the organisms, communities, and ecology of the deep. However, we are slowly piecing together information about deep sea species and expanding our knowledge of these systems. This includes recent research showing that eels found in oceanic rim ecosystems appear to be key links in the food chain, connecting surface waters to the deep sea.