Abstract The hadal zone (6000–~ 11,000 m deep) arguably represents the last great frontier
in marine science. Although scientific endeavour in these deepest ecosystems has been …

In the 1950s, the Danish Galathea Expedition undertook one of the first and most
comprehensive explorations of our ocean's hadal zone, depths extending from 6,000 to …

Understanding the extent of the hadal ecosystem (habitats exceeding 6000 m water depth)
is convoluted due to the complexity of seafloor geomorphology that accounts for 45% of the …

Amphipods of the superfamily Lysianassoidea are ubiquitous at hadal depths (> 6000 m)
and therefore are an ideal model group for investigating levels of endemism and the drivers …

The hadal zone (depths> 6000 m) comprises isolated features that host high degrees of
endemism, with species inhabiting only a single feature or a group of adjacent features. The …

Our understanding of the ecology of the hadal zone (> 6000 m depth) is based solely on
subduction trenches, leaving other geomorphological features, such as fracture zones …

The food source of hadal endemic fauna provides an insight into the carbon cycle in
trenches and a biological adaptation to the impoverished and harsh trench environment …

The gut microbiota is contributable to the adaptation and health of deep-sea organisms and
has been revealed to be affected by many factors, especially the host species and diet …

Hadal trenches are the deepest known areas of the ocean. Amphipods are considered to be
the dominant scavengers in the hadal food webs. The studies on the structure and function …

Abstract Eurythenes SI Smith in Scudder,(Crustacea: Amphipoda) are prevalent scavengers
of the benthopelagic community from bathyal to hadal depths. While a well-studied genus …