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Oceans

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In
The New Climate.
by
Ben Shread-Hewitt
Could Deep-Sea Mining “Save Biodiversity”?
As Trump signs executive order to fast-track deep-sea mining, scientists and economists warn of a flawed ecological promise.
May 7
3
In
The New Climate.
by
Silvia Pineda-Munoz, PhD - Climate Ages
Why Planting Baby Corals Isn’t Enough to Save Reefs
A new study finds coral seeding boosts survival in the first year, but long-term success still depends on the neighborhood
May 1
11
In
The Environment
by
Silvia Pineda-Munoz, PhD - Climate Ages
Cod, Eels, and the Quiet Power Beneath Our FeetNew research shows the fish we love to eat are also busy engineers of the seafloor, shaping ecosystems and carbon storage in ways we’ve…
Apr 29
11
Apr 29
11
In
The New Climate.
by
Carol Labuzzetta, MS
One Of  the Most Critical Natural Resources for Marine Life Is DisappearingAnd it also happens to be important to us all…
Apr 1
7
Apr 1
7
In
The New Climate.
by
The Conversation U.S.
Deep-sea Mining Could Threaten Sea Life, Climate — and Us.A planned mining method to gather critical minerals from the seafloor could create sediment plumes endangering the food web and climate.
Mar 27
10
Mar 27
10

Could Deep-Sea Mining “Save Biodiversity”?

Could Deep-Sea Mining “Save Biodiversity”?

In

The New Climate.

by

Ben Shread-Hewitt

Could Deep-Sea Mining “Save Biodiversity”?

As Trump signs executive order to fast-track deep-sea mining, scientists and economists warn of a flawed ecological promise.

May 7

This whimsical image features a vibrant coral reef scene with fish swimming among coral structures — except there’s an unexpected twist: a wooden desk entangled with seaweed and clamped to the reef floor, complete with a lamp, mug, and plant. It playfully evokes the idea of underwater research or the absurdity of trying to bring human workspaces into natural ecosystems, possibly hinting at marine science, ocean conservation, or the tension between development and preservation

This whimsical image features a vibrant coral reef scene with fish swimming among coral structures — except there’s an unexpected twist: a wooden desk entangled with seaweed and clamped to the reef floor, complete with a lamp, mug, and plant. It playfully evokes the idea of underwater research or the absurdity of trying to bring human workspaces into natural ecosystems, possibly hinting at marine science, ocean conservation, or the tension between development and preservation

In

The New Climate.

by

Silvia Pineda-Munoz, PhD - Climate Ages

Why Planting Baby Corals Isn’t Enough to Save Reefs

A new study finds coral seeding boosts survival in the first year, but long-term success still depends on the neighborhood

May 1

This image shows a vintage-style illustration of a fish, likely a cod or similar bottom-dwelling species, swimming over a sandy seafloor. The background suggests a shallow marine environment. The composition likely represents the ecological concept of bioturbation — the process by which organisms like fish or invertebrates stir up and rework sediments, influencing nutrient cycling and ocean health

In

The Environment

by

Silvia Pineda-Munoz, PhD - Climate Ages

Cod, Eels, and the Quiet Power Beneath Our Feet

New research shows the fish we love to eat are also busy engineers of the seafloor, shaping ecosystems and carbon storage in ways we’ve…

Apr 29

One Of the Most Critical Natural Resources for Marine Life Is Disappearing

In

The New Climate.

by

Carol Labuzzetta, MS

One Of the Most Critical Natural Resources for Marine Life Is Disappearing

And it also happens to be important to us all…

Apr 1

Deep-sea Mining Could Threaten Sea Life, Climate — and Us.

In

The New Climate.

by

The Conversation U.S.

Deep-sea Mining Could Threaten Sea Life, Climate — and Us.

A planned mining method to gather critical minerals from the seafloor could create sediment plumes endangering the food web and climate.

Mar 27

Forgotten Shark Jaws Are Now a Goldmine for Ocean Science

In

Fossils et al.

by

Silvia Pineda-Munoz, PhD - Climate Ages

Forgotten Shark Jaws Are Now a Goldmine for Ocean Science

How a new study unlocked decades of hidden data from preserved shark and ray jaws in museum collections

Mar 23

A digitally created image of a kelp forest underwater with clear blue water in the background. In the foreground, a large, stylized, monochrome illustration of a sea urchin shell is superimposed, contrasting with the natural colors of the kelp forest. The image visually represents the impact of sea urchins on marine ecosystems, highlighting their role in kelp forest decline and the need for conservation effort

In

Southern Winds

by

Silvia Pineda-Munoz, PhD - Climate Ages

How Overfishing Became a Conservation Strategy in Australia

Targeting an invasive sea urchin may be the key to saving Tasmania’s kelp forests

Mar 19

A digitally edited image of a great white shark swimming in the ocean, framed through the fossilized jaws of a megalodon. The perspective emphasizes the massive size difference between the extinct megalodon and modern sharks. The background features a school of fish, adding depth to the underwater scene and reinforcing the contrast between past and present marine predators

In

Fossils et al.

by

Silvia Pineda-Munoz, PhD - Climate Ages

The Real Reason Megalodon Got So Gigantic (and Then Went Extinct)

The surprising science behind the ocean’s largest shark — and why it couldn’t last

Mar 14

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