- dragonfish,
including Pachystomias, are
sensitive to long-wave
light and are able to
detect their own bioluminescence.
Pachystomias has at
least three long-wave...
- dragonfishes,
which include species from Aristostomias, Malacosteus, and
Pachystomias, have the
ability to
detect and
produce red bioluminescence. This is...
- Erenna. Later,
related Stomiid genera Aristostomias,
Malacosteus and
Pachystomias were also
found to emit red light. Froese, Rainer; Pauly,
Daniel (eds...
-
Malacosteus and the
related genera Aristostomias,
Chirostomias and
Pachystomias are the only
fishes that
produce red bioluminescence. As most of their...
- blue, some deep sea
barbeled dragonfishes in the
genera Aristostomias,
Pachystomias and
Malacosteus emit a red glow. This
adaptation allows the fish to see...
- only
found in two
other deep-sea
dwelling creatures,
Aristostomias and
Pachystomias. This rare form of
bioluminescence can
reach up to 700 nm in the deep-sea...
-
Malacosteus niger, the
closely related genus Aristostomias and the
species Pachystomias microdon use
fluorescent red
accessory pigments to
convert the blue light...
-
microdon Haplochromis microdon Lethrinus microdon Lethrinops microdon Pachystomias microdon Panna microdon, a
species of
Panna fish
Pristis microdon Pseudotriakis...
-
organisms that are
capable of
producing red
light bioluminescence,
including Pachystomias,
Aristostomias has
large suborbital photop****s that
produce red-shifted...
- australis,
along with
three of the four
loosejaw genera (Malacosteus,
Pachystomias, and Aristostomias) have an
adaptation to
their accessory orbital photop****...
