-
Holometabola (from
Ancient Gr**** holo- "complete" + metabolḗ "change"), also
known as
Endopterygota (from endo- "inner" + ptéryg- "wing" + Neo-Latin -ota...
-
ecdysis follows the last
immature or
nymphal stage. In
members of the
Holometabola, in
which there is a
pupal stage, the
final ecdysis follows emergence...
-
Panorpida or
Mecopterida is a
proposed superorder of
Holometabola. The
conjectured monophyly of the
Panorpida is
historically based on
morphological evidence...
-
instar undergoes no
further moulting. All
insects of the
Pterygota except Holometabola belong to
hemimetabolous orders:
Hemiptera (scale insects, aphids, whitefly...
-
Holometabolism is a
synapomorphic trait of all
insects in the
superorder Holometabola.
Immature stages of
holometabolous insects are very
different from the...
- at
superorder rank, with the
Holometabola—of
which they are part—becoming an
unranked clade above it, or the
Holometabola are
maintained as a superorder...
- of insects.
Exopterygota are
distinguished from the
Endopterygota (or
Holometabola) by the way
their wings develop.
Endopterygota (meaning
literally "internal...
- that form the
order Coleoptera (/koʊliːˈɒptərə/), in the
superorder Holometabola.
Their front pair of
wings are
hardened into wing-cases, elytra, distinguishing...
- = "long",
ptera = "wings") is an
order of
insects in the
superorder Holometabola with
about six
hundred species in nine
families worldwide. Mecopterans...
-
Holometabola...
