wachinyeya

The 'Wild' is Everywhere

Wachinyeya (wah-chi-ey-yah) Lakota-to hold out faith, to hope, set one's mind;trust. This blog will post positivity, inspiration and the beauty of nature and climate hope but ALSO be open about the very real effects our environmental crisis is having on us all. it is healthy to talk about it. we NEED to talk about it. Climate grief is important to learn about and discuss with each other. Oglala Lakota. IndigeQueer (osteka). 1996. scholar of sociology and our environment.

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Showing 30 posts tagged oceans

Grant Brown —Thu 1 Jan 2026

A major international agreement to protect ocean areas beyond the control of any country will take effect on January 17, 2025. The High Seas Treaty, officially known as the Agreement on Biodiversity Beyond National Jurisdiction, reached the 60-country minimum required to take effect after 74 nations ratified it.

The treaty covers nearly two-thirds of the ocean, protecting areas of the sea and seabed that don’t fall under the control of any single nation. These international waters face growing threats from mining, fishing, and climate change.

The agreement creates new rules for activities in international waters. It focuses on four main areas: sharing benefits from marine genetic resources, creating protected ocean areas, assessing environmental impacts, and transferring technology between nations. 

New international bodies will enforce the treaty’s requirements. These organizations will work alongside existing groups like the International Seabed Authority and regional fisheries management groups that already regulate mining and fishing. The treaty supports the Global Biodiversity Framework’s target of protecting 30% of the ocean by 2030.

The agreement includes several key principles for ocean management. Countries must follow a precautionary approach when effects aren’t well understood. They should use the best available science and traditional knowledge. The treaty also requires an ecosystem-based approach that considers how different parts of the ocean work together.

One important principle makes polluters responsible for cleanup costs. Another ensures that benefits from marine resources get shared fairly, including with Indigenous peoples. The treaty acknowledges the ocean’s crucial role in absorbing carbon and emphasizes the need to build resilience to climate change.

The High Seas Treaty works under the United Nations Convention on the Law of the Sea, which established legal rules for territorial seas, exclusive economic zones, and continental shelves. Many countries ratified that earlier convention in the 1990s.

Deep-sea areas beneath international waters contain a rich biodiversity. Much of it remains undescribed by scientists. These areas include unique habitats that support deepwater corals, sponges, and fish species found nowhere else.

Bottom trawling, which uses large nets to scrape the seafloor, can damage these habitats. The practice catches unwanted species along with target fish. Bycatch can include deepwater corals and sponges, destroying homes for fish and other ocean life.

While the treaty doesn’t directly regulate fishing or mining, it influences how these activities can be conducted. Countries must now consider environmental impacts more carefully. They must also share the benefits from ocean resources more equitably.

The treaty reflects what experts now consider best practices for ocean management. It aligns with the UN Decade of Ocean Science for Sustainable Development and the Sustainable Development Goals. This shows a growing global awareness about protecting ocean resources.

Countries that sign the treaty must respect Indigenous peoples’ rights. They should incorporate traditional knowledge into decision-making regarding ocean use. This represents a shift toward more inclusive ocean governance worldwide.

The agreement requires countries to use ocean management approaches that build climate resilience. It recognizes the ocean’s role in the global carbon cycle. This connects ocean protection directly to climate change solutions.

Some countries are moving faster than others to protect their ocean territories. The treaty establishes a new standard that all participating nations should adhere to. It creates accountability for countries’ actions in international waters.

Environmental advocates have long called for better ocean protection. Scientists support these efforts with research showing how human activities harm marine ecosystems. The treaty provides a legal framework to turn these concerns into action.

The high seas treaty ratification opens opportunities for countries to lead on ocean conservation. It provides tools for creating marine protected areas in international waters. These protected zones can help species recover and ecosystems heal.

For the treaty to work, countries must align their domestic laws with international standards. This entails updating older regulations to reflect the current state of scientific understanding. It also means enforcing rules consistently across different ocean uses.

The treaty’s environmental impact assessment requirements apply to future projects. This gives countries the opportunity to prevent damage before it occurs. It represents a shift from reacting to problems to preventing them.

Technology transfer provisions help developing nations participate in ocean science and management. The sharing of knowledge and tools can enhance ocean monitoring globally. It ensures that all countries can contribute to protecting international waters.

The High Seas Treaty ratification creates a framework for sharing benefits from marine genetic resources. These resources include organisms and substances found in the ocean that might have commercial or scientific value. Fair sharing ensures that all humanity benefits from ocean biodiversity.

Ocean advocates see the treaty as a step toward better global cooperation. It provides mechanisms for countries to work together on shared challenges. This cooperation becomes increasingly important as climate change affects ocean ecosystems.

The treaty’s success depends on strong enforcement and continued international cooperation. Countries must commit resources to monitoring, research, and protection efforts. They must also hold each other accountable for following the rules.

As the high seas treaty ratification takes effect, it will test whether international agreements can protect shared resources. The world’s oceans face unprecedented pressures from multiple sources. This agreement provides hope that collective action can make a difference.

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04/12/2025

Marine researchers have documented living Ginkgo-toothed Beaked Whales at sea for the first known time – a breakthrough that resolves decades of mystery surrounding one of the ocean’s most elusive cetaceans. 

The team’s long search finally paid off in June 2024, off Baja California, Mexico, when crew aboard the vessel Pacific Storm spotted a small group of whales surfacing and diving away, only to return several times. Visual confirmation, acoustic data (using hydrophones), photography and a tiny tissue sample obtained by biopsy confirmed the identity of the whales as Ginkgo-toothed Beaked Whales. 

Until now, knowledge of this species came solely from stranded individuals and bycatch, including skeletons, skulls and dried skins, with no confirmed at sea observations. This meant that – even among beaked whales, which are regarded as the largest least-known animals left on the planet – Ginkgo-toothed Beaked Whales were among the most poorly documented large mammals alive today. 

The team's findings will appear in the January 2026 issue of Marine Mammal Science.

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Mysterious cetacean unveiled

Biologist, research-team member and global cetacean expert Robert Pitman described the find as proof that even in oceans studied for decades, large animals may remain hidden from science. He said: “It is exciting to think that there [are] still organisms here on earth that weigh more than a tonne and have never been identified alive in the wild.”

The whales encountered included a mature adult male – marked by the species’ characteristic tusks – plus a female with a calf and other juveniles. Photographs revealed the distinctive morphology: streamlined bodies, scarred skin from probable shark bites and the male’s ginkgo-leaf-shaped tusks protruding slightly from the lower jaw. 

Ginkgo-toothed Beaked Whales are deep-diving, pelagic animals that spend most of their lives offshore, surfacing only for brief breaths before disappearing beneath the waves. Their cryptic behaviour has long made them all but invisible to ship-based observers. Acoustic detection via hydrophones proved crucial.

Echolocations documented

The whales’ unique echolocation call – previously labelled ‘BW43’ – had been recorded in the North Pacific since 2020, but until now the animals behind the calls remained unknown. 

With this confirmation, researchers can now match acoustic signals to a real species, opening the door to wider monitoring. Passive acoustic surveys can reveal where these whales live, how abundant they are and whether they or their habitats are under threat. Given that beaked whales are especially vulnerable to disturbance from deep-water fishing and naval sonar, this is a vital step for conservation. 

Yet many mysteries remain. We still know little about their exact distribution, population size or life history. 

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New to Science Reef

At a time when there’s no shortage of headlines about coral reefs disappearing, here’s a different story: A new-to-science reef was recently found alive and well in an unexpected place - deep in the Mediterranean Sea. ​About 6 feet wide and 260 feet tall along a vertical wall, the large coral reef was discovered in the Dohrn Canyon off the coast of Naples, Italy, via a remotely operated submarine. But unlike the bright colours people usually think of when they hear “coral reef,” this one is mainly made up of “white corals” that flourish in cold, dark depths - not to be confused with bleached reefs. “Their discovery represents a fundamental step towards understanding the ecological role of deep-sea coral habitats and their distribution, especially with a view to protection and restoration efforts,” a researcher told Economia del Mare.

–Information from OGN

Quick Translation of the Italian article:

A coral reef hitherto unknown, extensive and ancient, located in the center of the Dohrn Canyon of the Gulf of Naples, over 500 meters below the surface of the sea: the discovery took place as part of the scientific expedition “Demeter” underway on the Gaia Blu research ship of the National Research Council, coordinated by the Institute of Marine Sciences of the CNR (Cnr-Ismar) with the involvement of scientific personnel belonging to the Zoological Station Anton Do

Explorations carried out by means of a remotely controlled submarine vehicle (ROV) revealed the presence of imposing structures wide over two meters wide and distributed along a vertical wall of more than 80 meters, formed by hard corals of depth, commonly called “white corals” for the absence of color, related to the species Desmophyllum pertusum and Madrepora oculata.

“It is an exceptional find for the Italian seas: bioconstructions of this species of such magnitude had never been observed in the Dohrn Canyon and rarely elsewhere in our Mediterranean,” says Giorgio Castellan, head of the campaign mission and researcher of the CNR-Ismar in Bologna. “Their discovery represents a fundamental element to understand the ecological role of deep coral habitats and their distribution, especially with a view to protection and restoration actions.”

In addition to white corals, the cliff is home to a unique community for wealth and biodiversity: black corals, solitary corals, sponges and other species of great ecological importance. But not only that. The canyon walls also preserve fossil traces of oysters and ancient corals, real geological evidence of a remote past.

“The exploration of this previously unknown portion of the Dohrn Canyon gives us the image of a deep marine ecosystem of extraordinary scientific interest and naturalistic value. The white coral bioconstructions found here, consisting of imposing colonies of Desmophyllum pertusum and enriched by the presence of species whose distribution in the Mediterranean is restricted to a few sites, such as the bivalve Acesta excavata and the neopycnodonte zibrowii depth oyster, testify to the structural uniqueness of the marine communities that characterize this system, explains Frine Cardone, researcher “Next to the living communities, we observed extensive fossil aggregations of N. zibrowii, which represent a testament to the ancient biodiversity of the Dohrn Canyon and provide valuable paleoecological information about its evolution over time.”

The Canyon Dohrn is one of the pilot sites of the European Life Dream project – coordinated by Federica Foglini of the Cnr-Ismar of Bologna – and the European project REDRESS coordinated by Roberto Danovaro, full professor of the Polytechnic University of the Marche. The two projects aim to promote the active restoration of deep ecosystems damaged by human activities.

“The discovery strengthens the value of projects in this canyon and in the Gulf of Naples, and offers us new opportunities to restore vitality to a fragile and extraordinary heritage,” emphasizes Foglini. As part of the LIFE DREAM project, the site was proposed as a new protected area of the European Natura 2000 network, confirming its relevance for the conservation of marine biodiversity.

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From Fixthenews: In a recovery called a ‘near miracle’ Eastern Australia’s population of humpback whales now surpasses pre-whaling numbers. The population, rebuilt from just 150 survivors in the 1960s, may soon plateau as it reaches environmental limits.

In short:

Eastern Australian humpback whale numbers last year reached at least 50,000 individuals, far surpassing population numbers seen before commercial whaling, according to a new population estimate.

Why these humpbacks have bounced back quickly and other whales have not is unknown, but having safe havens to give birth and nurse offspring, and less competition for food, may play a part.

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  • 4 Jun 2025
  • The Samoan government announced June 3 that it has enacted a law establishing a marine spatial plan to sustainably manage 100% of its ocean by 2030.
  • The country has also created nine new marine protected areas that cover 30% of its ocean.
  • Fishing is prohibited in the new protected areas, which include a migration route for humpback whales.
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From Mossy Earth on Youtube (3/2/25):

Big news - we’ve been awarded £544,558.76 of funding to plant 4.2 ha of seagrass meadow in the Scottish Highlands across three years!

🌱 🌱 This project follows extensive baseline and investigative surveys, as well as small seagrass translocation trials undertaken in 2024, supported by the Scottish Government’s Nature Restoration Fund (NRF) that’s managed by NatureScot. The delivery of planting 4.2 hectares of intertidal seagrass meadow over three years will be supported by the Scottish Marine Environmental Enhancement Fund (SMEEF), an initiative supported by the Scottish Government’s Marine Scotland Directorate, NatureScot and Crown Estate Scotland.

🌊 The vision of Wilder Firths (Linneachan nas Fhiadhaiche), formerly known as Cromarty Seascape, is for the firths surrounding the Black Isle to be home to a resilient mosaic of biogenic habitats that support diverse and thriving ecosystems. Central to achieving and sustaining this vision are local communities that are connected to and invested in their coastal environment.

🦪 Historically overlooked in the area, seagrass meadows are one of the focus habitats of Wilder Firths alongside native oyster (Ostrea edulis) reefs. Seagrass species in the area are dwarf eelgrass (Nanozostera noltei), common eelgrass (Zostera marina) and beaked tasselweed (Ruppia maritima). Common eelgrass encompasses variants that are found either inter-tidally or sub-tidally whereas dwarf eelgrass and beaked tasselweed are only found in the intertidal zone.

🔎 As well as collecting and planting seed with other members of the local community, our team will trial more experimental approaches such as transplanting seagrass with sediment (coring) and mechanised seed collection and planting. Small scale trials of intertidal seagrass coring, a method previously used by Restoration Forth, indicate that the method could be an effective way to restore seagrass meadows when compared with other methods such as seeding or transplanting bare root seagrass plants.

💪 Want to be part of the team delivering this project? We’re hiring a Seagrass Officer and a Community & Funding Officer. There’s still time to apply! Applications close midnight on the 7th of March. Learn more here: https://www.mossy.earth/jobs?utm_sour…

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Fish biomass has surged throughout California’s 25-year-old marine protected area network, with the greatest gains in older reserves containing diverse habitats. The statewide MPA network, the first of its kind in the United States, shows the benefit of connecting smaller protected areas rather than single large reserve.

-via fixthenews.com

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