Jellyfish are ubiquitous animals registering a high and increasing number of contacts with
humans in coastal areas. These encounters result in a multitude of symptoms, ranging from …

The harmful irregular jellyfish blooms in recent years are difficult to be deciphered by macro
hydrographic condition changes. To fundamentally explain the dynamic of jellyfish …

Medusozoans are critical components of coastal and marine ecosystems. They are
ubiquitous, living from the surface to the bottom layers of the world's oceans and tolerating a …

Increased atmospheric carbon dioxide (CO 2) and subsequent climate warming is a critical
threat to our oceans. Increased ocean temperatures are speculated to be a driving factor in …

One of the obstacles to detecting regional trends in jellyfish populations is the lack of a
defined baseline. In the Adriatic Sea, the jellyfish fauna (Scyphozoa and Ctenophora) is …

Understanding the life history strategy of organisms is key to predicting their population
dynamics. The population of scyphozoan jellyfish has displayed an increasing trend in …

We have studied the influence of offshore marine constructions on the moon jellyfish
population in the Adriatic sea, where the newly set up substrates enable the formation of a …

The genus Aurelia is one of the major contributors to jellyfish blooms in coastal waters,
possibly due to its adaptive reproduction strategies. Different Aurelia lineages have adapted …

Phenomena such as global warming, rising sea temperatures and extreme weather and
climate anomalies such as floods and heat waves have been shown to alter absolute salinity …

This study correlated the abundance of five jellyfish species in the south-west coast of India,
South-eastern Arabian Sea, Crambionella orsini, Lychnorhiza malayensis, Chrysaora …