Sea urchin species deadly undersea outbreak could reshape marine ecosystems worldwide
The marine pandemic is a significant cause of population collapse globally
A surprising study has revealed that an unrecognized marine pandemic is causing mass mortality in bringing some sea urchin species to critical endangerment and causing some populations to vanish altogether.
Diadema africanum urchins in the Canary Island archipelago have almost completely been killed by an unknown disease.
As reported by the Guardian, the data showed a 99.7% population decline in Tenerife, and a 90% decline off the island of the Madeira archipelago.
A large number of deaths have been analyzed in species from the Red Sea, Mediterranean, Caribbean, and Western Indian Ocean.
Sea urchins are remarkable creatures, predominantly known as relatives of the starfish. It has been observed that they inhale through their feet.
While their spikes are an impregnable barrier against predators, they also provide sanctuary for smaller marine creatures.
They are specifically known as “ecosystem engineers”, which have a significant impact within their surroundings by foraging on algae, providing food for other animals, and breaking down organic matter.
In addition, by restricting algal growth they promote the survival of hard coral. Their decline has been acutely felt in Caribbean reefs, where coral cover has halved and algal cover has surged by 85%.
The Diadema genus, which inhabits tropical waters across the world, is disseminated frequently and ecologically important to the urchin family.
A researcher at the University of La Laguna and author of the study said, “We aren't sure how this pandemic evolved. It seems not to have spread to other populations in South Asia and Australia, but we cannot rule out the possibility that the disease will reappear and potentially spread further.”
The recent analysis demonstrated that without these grazing urchins, the rehabilitation of already damaged coral reefs will be hindered globally.
-
How NASA’s DART mission successfully shifted an asteroid’s orbit for planetary defense
-
NASA reveals asteroid defense breakthrough to protect Earth from killer space rocks
-
Antarctica lost ice equal to 10 times Los Angeles in 30 years, study finds
-
Massive 44-foot asteroid nears Earth: What you need to know
-
Scientists rediscover ‘extinct’ tiny Possum & Glider in West Papua after 6,000 years
-
Can humans grow food on Moon? New research says yes
-
Everything we know about Michael Sheen’s 'You Told Us To Talk About the Weather'
-
NASA restructures Artemis mission, pushing first lunar landing to 2028
