Sea fireflies synchronize their sparkle to seek soulmates
ScienceDaily » Marine Biology
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2d ago
In sea fireflies' underwater ballet, the males sway together in perfect, illuminated synchronization, basking in the glow of their secreted iridescent mucus ..read more
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Illuminating the benefits of marine protected areas for ecotourism, and vice versa
ScienceDaily » Marine Biology
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2d ago
As California, the U.S. and the world work to make good on commitments to conserve 30% of oceans and lands by 2030, all strategies are on the table -- and under the microscope. When it comes to the ocean, one valuable tool is marine protected areas (MPAs), regions that are defined, designated and managed for long-term conservation. Among other benefits, MPAs protect habitats and promote species diversity. They also hold value for communities and industries.   ..read more
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A new bacterial species from a hydrothermal vent throws light on their evolution
ScienceDaily » Marine Biology
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2d ago
A new bacterial species discovered at the deep-sea hydrothermal vent site 'Crab Spa' provides a deeper understanding of bacterial evolution ..read more
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Brittle stars can learn just fine -- even without a brain
ScienceDaily » Marine Biology
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3d ago
We humans are fixated on big brains as a proxy for smarts. But headless animals called brittle stars have no brains at all and still manage to learn through experience, new research reveals. These shy marine creatures have no brain to speak of -- just nerve cords running down each of their five wiggly arms. But that seems to be enough to learn by association, researchers report.     ..read more
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Vulnerability of England's only resident bottlenose dolphins
ScienceDaily » Marine Biology
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3d ago
New research has provided a detailed examination of England's bottlenose dolphin population's existence and the challenges it faces from human activities and environmental factors on a daily basis ..read more
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Fish ecologist's research indicates need to conserve iconic migratory snook in Mexico
ScienceDaily » Marine Biology
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4d ago
Biologists investigated the snook’s almost 400-mile migration up into the rainforest habitat of the Usumacinta River. They have found that the snook, which connect aquatic food webs and support fisheries, spawn and start their lives in coastal nursery habitats before moving into river habitats that offer an array of food resources ..read more
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Giant sea salt aerosols play major role in Hawai'i's coastal clouds, rain
ScienceDaily » Marine Biology
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4d ago
A new study from atmospheric scientists revealed that the coastline can produce up to five times the concentration of giant sea salt aerosols compared to the open ocean and that coastal clouds may contain more of these particles than clouds over the open ocean -- affecting cloud formation and rain around the Hawaiian Islands.  ..read more
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Scientists find both potential threats and promising resources in the thriving colonies of bacteria and fungi on ocean plastic trash
ScienceDaily » Marine Biology
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4d ago
Scientists have found both potential threats and promising resources in the thriving colonies of bacteria and fungi on plastic trash washed up on shores.  ..read more
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Pioneering research method reveals bluefin tuna's fate
ScienceDaily » Marine Biology
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4d ago
The Mediterranean spawning grounds of Bluefin tuna -- the largest tuna and one of the most powerful fish in the sea -- are under threat, due to rising sea temperatures. A pioneering research method to decode bluefin 'otoliths' (a stony tissue found in their ear) has determined the threshold sea temperature at which bluefin thrive to be 28 degrees Celsius ..read more
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Deoxygenation levels similar to today's played a major role in marine extinctions during major past climate change event
ScienceDaily » Marine Biology
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5d ago
Scientists have made a surprising discovery that sheds new light on the role that oceanic deoxygenation (anoxia) played in one of the most devastating extinction events in Earth's history. Their finding has implications for current day ecosystems -- and serves as a warning that marine environments are likely more fragile than apparent. New research, published today in leading international journal Nature Geosciences, suggests that oceanic anoxia played an important role in ecosystem disruption and extinctions in marine environments during the Triassic--Jurassic mass extinction, a major ex ..read more
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