deep sea
Dark Oxygen : The Ocean’s Deep Dark Secret
No photosynthesis? No problem! Oxygen can be produced in the deep ocean too.
Author: Neeharika Verma
I am a PhD student at the University of Chicago and the Marine Biological Lab, currently studying germline development and regeneration in the amphipod crustacean, Parhyale hawaiensis. I did my undergraduate degree in India and did my Masters in Oceanography at the University of Massachusetts (during which I participated in multiple month-long research cruises out in the Pacific and Atlantic Ocean!). I am broadly interested in integrating ecology with developmental biology in marine organisms and I hope to comprehend the fundamental interconnectedness of the mysteries that swim in the Earth’s oceans. I am also an illustrator and a PADI certified diver.
deep sea Evolution
Bioluminescence Turns 540 Million Years Old
Octocorals are found to be the oldest glowing animals on the planet!
Behavior Neurobiology
Under Pressure
How do marine worms respond to changes in water pressure using photoreceptors and motor neurons?
Biological oceanography Evolution
Started From the Bottom…
…now we’re neuston – did ocean surface organisms evolve from their seafloor ancestors?
Climate Change Ecology
Where there’s a (Gray) whale, there’s an Orca
Voracious Orcas are affecting the population dynamics of Gray whales migrating to their feeding grounds.
Behavior Human impacts
Ocean Commotion and Hearing Loss in Bobtail Squid
Human-made noises in the ocean are leading to hearing loss in hummingbird bobtail squid.
Behavior Ecology
Plenty of Fish in the OMZ
Ideal hunting grounds for swordfish and sailfish in the world’s largest oxygen minimum zone (OMZ)!
Behavior Ecology
Look Ma, No Eyes! : Sponge Larval Dispersal and Settlement
How do sponge larvae use light to navigate the ocean when they don’t even have eyes?
Coral deep sea
A Long-Distance Relationship : Deep Sea Corals and the Ocean Surface
Temporal changes in food production and tidal currents in the surface ocean affect feeding behaviour of deep sea corals.
Biological oceanography
As Elusive as a Cheshire Cat : Phytoplankton vs. Marine Viruses
Phytoplankton escape infection by marine viruses by becoming invisible to them using a new tactic: the “Cheshire Cat” strategy.