New research in Brazil has found alarming levels of cocaine in the bodies of shortfin mako sharks, which indicates serious pollution in coastal waters. This discovery highlights the importance of monitoring and environmental control in the fight against pollutants affecting marine ecosystems.
Laurent Formery, a specialist in echinoderm research at Stanford University, uses advanced methods such as RNA tomography and in situ hybridization to explore the mysteries of starfish anatomy and genetics. His work provides valuable insights into the extraordinary aspects of these marine creatures’ lives, from their ability to regenerate to their unique feeding strategies, which helps to better understand their evolution and adaptations in the marine environment.
The National Oceanic and Atmospheric Administration (NOAA) has announced a proposal aimed at protecting ten species of large clams. In response to the excessive harvesting of these impressively sized mollusks for the food industry and marine aquaria, NOAA is addressing the challenges facing these species.
Owning a marine aquarium is not only a beautiful interior decoration but also a source of numerous health benefits for both body and mind. Scientific research confirms that aquariums can significantly reduce stress levels, improve mental well-being, and support various forms of therapy.
Scientists from the Zoological Survey of India have discovered a new species of eel, Ophichthus kailashchandrai, in the waters of the Bay of Bengal. Named in honor of ZSI director Dr. Kailash Chandra, this species is gaining importance in both biodiversity research and the aquaristic environment.
The Saving NEMO Act, a new bill in the USA aimed at protecting marine ecosystems, could drastically limit the trade in fish and corals, raising concerns within the aquarium community. Its implementation threatens the closure of many businesses and the availability of popular species, stirring controversy and opposition in the industry.
The discovery of a new symbiosis between Rhizobia bacteria and marine diatoms is changing our understanding of the nitrogen cycle in the oceans. This breakthrough could lead to new methods in agriculture and marine environmental protection.
Biota Group, in collaboration with the Oceanic Institute of Hawaii Pacific University, has achieved a breakthrough in breeding the Convict Tang (Acanthurus triostegus) in captivity. This achievement opens new possibilities for aquarium enthusiasts and contributes to the protection of these valuable species.
Schmidt Ocean Institute has conducted another expedition aboard the R/V Falkor, discovering over 100 new marine species along the Nazca and Salas y Gómez ridges. These studies, aimed at a deeper understanding and protection of marine ecosystems, revealed extraordinary adaptations of life in extreme deep-sea conditions.
We invite you to read the article about the sexual reproduction of corals, which use both external gamete broadcasting and internal fertilization to ensure the survival of their populations.