In our new paper, we discovered a HUGE issue at the heart of these industries. And ignoring it is a risk to all of us... [a thread 🧵]
Study: bit.ly/3p4ZgyP
@DivaAmon@ashadevos@4kgjerde@HighSeasPolicy@DrCraigMc In 2019 my colleagues and I met in Liverpool to ask a simple question: for otherworldly ecosystems, like those on the high seas, where we know almost nothing, can we estimate the risks of human activities? It seemed so simple...
(📽️surface-dwelling blue button jellies)
We focused on the most accessible high seas ecosystem, the surface, and the largest novel activity impacting it: The Ocean Cleanup. We gathered everything known and used mathematical models to fill in the gaps. We discovered...
(📽️surface-dwelling blue sea dragon)
That for even the most accessible high seas ecosystem, even for an activity that claims to do good...using ALL the best available science....we are in the dark. Not even a cleanup company on the high seas can promise they won't significantly harm the environment...
Even this 'positive environmental activity' could crash surface species populations. No company, operating in such unknown regions, can promise otherwise...
[an image of The Ocean Cleanup net, and a field of by-the-wind-sailor jellies, which float at the surface]
There literally isn't enough science. It's like stepping on a foreign planet, an alien forest, and estimating the impact human industry will have. We're in a catastrophic knowledge deficit. But why should we care?...
[📽️ surface-dwelling Portuguese man-o-war]
These ecosystems are all the way out at sea, right? We next preformed a stakeholder analysis and discovered connections between the high seas ocean surface and our everyday lives. Sure, this ecosystem is far away, but...
The ocean surface ecosystem is a nursery ground for commercially important fish, habitat for diverse species, feeding ground for turtles and sea birds...
And the legal framework to stop harmful activities just isn't there. The Dutch Government only requires that The Ocean Cleanup perform one environmental impact assessment once it's fully operational. Our data show impacts will only be obvious AFTER MONTHS TO YEARS...
Worse still, the new high seas treaty also falls short. All actors on the high seas will need to submit environmental impact information, but their countries of origin ultimately decide if they get to continue an activity, and not all countries play fair on the high seas....
Now, I'm not as worried as I used to be about The Ocean Cleanup's threat to marine life, because they've largely failed at their goals, but... abc.net.au/news/science/2…
High-seas ecologists, reporters, and enthusiasts who care about the environment must speak up when poorly known ecosystems are at risk. And most important of all: we must learn more, and we must start NOW...
From deep-sea mining to mesopelagic fishing to geoengineering, and even well-meaning efforts like plastic cleanup, the high seas is closer than it's ever been. But...
....for most people, the high seas is out of sight and out of mind. Only more funding, for science and discovery, can help close these gaps, and help us protect this hidden half of Earth.
(📸@InsideNatGeo)
OMG it literally took someone SWIMMING FROM HAWAII TO CALIFORNIA to discover this, but wow did we find something shocking in the Great Pacific Garbage Patch... [a thread 🧵]…
New study: plos.io/3LXY3CC
It started when this guy name Ben Lecomte started swimming. He'd already freestyle'd his way from Japan to Hawaii, and now he was going to California. SWIMMING. And luckily for us… benlecomte.com
The mission was clear: to swim to and through the HEART of the Great Pacific Garbage Patch. To see what is ACTUALLY out there. One stroke at a time, for months. And while he swam…
THIS IS SO COOL!
Scientists discovered that comb jellies, like this one, don't have brains with individual nerve cells. Instead, their nervous system wraps around their body & is made of ONE GIANT FUSED CELL! ...🧵
Study: science.org/doi/10.1126/sc…
📽️: bit.ly/3MVZVMZ
Comb jellies come in so many shapes and sizes, but what they all have in common is being VERY STRANGE animals. When the animal tree first started growing, comb jellies branched off before anyone else, which means they're as different as a creature can be & still be an animal....
This means that they don't do things the way most other animals do. Including, apparently, the way they think. Comb jellies can see and respond to the world, just like other animals, but they are apparently doing it using a never-seen-before 'fused' nervous system...
This is an open ocean sea slug called Phylliroe. Phyliroe swims like a fish, hunts like a fish, and eats like a fish. This is an example of "convergent evolution," when animals do similar things nature selects similar body types.
...To be more precise, the sea slug Phylliroe is a type of sea slug known as a nudibranch, and is about the size and shape of a goldfish...
... Phylliroe’s ancestors long ago left the sheltered seafloor, evolving into open ocean hunters out for blood, or, if we’re being scientifically accurate, out for jelly.
Yep, this fish-shaped nudibranch eat jellyfish, like this one...
A heartfelt note from a Japanese scientist at the end of WWII, asking the arriving Allied Forces at Tokyo's marine station to spare the science lab form destruction. A US captain alerted the Naval base in Woods Hole, and the marine lab was spared. @MBLScience@WHOI
The note was written by Dr. Katsuma Dan, who had studied in many of the marine labs mentioned. The text reads: This is a marine biological station with her history of over sixty years. If you are from the East Coast, some of you might know Woods Hole or Mt. Desert or Tortugas...
If you are from the West Coast, you may know Pacific Prove or Puget Sound Biological Station. This place is a place like one of these. Take care of this place and protect the possibility for the continuation of our peaceful research. You can destroy the weapons...
Tonight I am thinking about Moon. A humpback whose back was broke by a ship strike. Who swam 4000 miles using only her pectoral fins. Who now resides in the waters around Hawaii, where she will likely die.
More info: theguardian.com/environment/20…
The thing about science that I love and hate is that it never lets you rest. You want to believe in the savagery of nature but it won't let you rest there because then you see the beauty. And so you take shelter in the beauty only to meet the brutality again...
When I first started science I thought it was all about finding answers, but that's not true. It's about living in a twilight, where you can almost see but never fully. About learning to walk softly in the dark. Moon's story breaks my heart. And I also know...
Come work with me on open ocean bio!I’ve got research ideas (🧵below), but I’m also interested in how I can support yours! Sponsors are required to apply, so get in touch! Deadline fast approaching!
If you’re interested in community science and science for the public good: we have funding from NASA to build a community science program to study and map life on the ocean’s surface. You can gain skills in scicomm, community development, and decentralized scientific methods…
If you’re interested in marine spatial ecology we’ve building connectivity networks for oceans surface life, and how this life may or may not interact with plastic. You can read more here: nytimes.com/2022/05/06/sci…: