Floor of Sand, Roof of Water

From the new book Shorebreak. Photo: Clark Little

From the new book Shorebreak.
Photo: Clark Little

When I was a kid, I spent a lot of time (every possible minute) on the beaches of California. And one of my favorite activities was to run after the receding waves as far as I dared,, right up to where they were beginning another forward surge, and then turn and sprint back to safety. Or not, sometimes.

Getting away with nothing more than wet ankles counted as winning. Getting drenched or knocked over didn’t. Sure, it was a dangerous game. That’s what made it exciting.

One view I always wanted to see but never did (because I never dared or lost badly enough) was the dry sand beneath the roof of an oncoming wave. And here it is, courtesy of photographer Clark Little in his new book of waves, Shorebreak. Someone who dared to wait for the roof of water, and took a picture for the rest of us.

I worked as a translator on a film a few years ago that looked at the dry land beneath the waves, but in that case, the waves were frozen in icy forms. The film, Unter Dem Eis (Under the Ice) was a German-made documentary about the Inuit of the Canadian eastern seaboard and their tradition of gathering a bounty of winter mussels from beneath the frozen sea.

Gathering mussels Under The Ice, hastening before the sea returns. Source: Context Film

Gathering mussels Under The Ice, hastening before the sea returns.
Source: Context Film

The harvest was only possible for a few hours a year, on days of extremely low tide when the sea beneath the ice retreated enough to allow for a quick expedition.

It looks like walking under water, and in a way, it is. Or was. As the Atlantic Ocean warms and there are fewer days when mussels can be gathered without the ice roof collapsing, the tradition is fading.

Still, it’s a vision out of a dream, walking, or sprinting, on the floor of the ocean, however briefly.

Glimmering Jewels

A sea sapphire in motion. Image via Sploid

A sea sapphire in motion.
Image via Sploid

A tiny iridescent copepod (Sapphirina copepod) has been making its way around the web lately in a lovely now-you-see-it, now-you-don’t fashion not unlike its appearance in the natural habitat. Invisible unless hit at the right angle by light, they are described by those who have seen them as making the water look like its been scattered with jewels. Researcher RR Helm, who wrote a wonderful piece on these creatures in Deep Sea News, has dubbed them ‘sea sapphires’.

A lot of the time I feel like I’m looking out over vast expanses of space where the news is all pretty much the same, most of it not good, and then there’s a flicker, or maybe two, of something that is worth celebrating. And not just RR Helm‘s lovely writing.

For example, there’s good news on one of my pet topics, the American eel: The annual season for harvesting valuable eel young, the elvers, will soon be upon us.

American eel (Anguilla rostro.) Image: Sidhat

American eel (Anguilla rostro.)
Image: Sidhat

Concern about steep declines in the American eel population has prompted the The Atlantic States Marine Fisheries Commission to issue strict catch limits being placed on the elver harvest this year, with the overall permitted catch down 35% from last year, when there were no restrictions.

Tiny jewel copepods from Panama Photo: Arthur Anker/Flickr

Tiny jewel copepods from Panama
Photo: Arthur Anker/Flickr

I won’t go on at length about the complex role of the American eel in the Atlantic ecosystem, how the debate over elver harvesting reflects a number of state vs. tribal conservation conflicts, nor about how little is known about the eel and the status of its population, nor how these juvenile eels are caught to be sold halfway around the world because Asian eel stocks are utterly depleted.

The fact is, a catch quota is a good start to slowing down the overfishing of these animals while their actual status is still under examination.

And so there’s a flash of color, of positive news, in the sea. The hope that if I keep watching, I’ll always see more.

Maybe even an entire sea of jewelled water.

ROV frame grab of the sparkling layer of Sapphirina copepods at about 40 meters (130 feet).  Photo: Monterey Bay Aquarium Research Institute (MBARI)

ROV frame grab of the sparkling layer of Sapphirina copepods at about 40 meters (130 feet).
Photo: Monterey Bay Aquarium Research Institute (MBARI)