Studies of annelid regeneration have greatly increased in frequency in recent years,
providing new insights into the developmental basis and evolution of regeneration. In this …

Sabellida Levinsen, 1883 is a large morphologically uniform group of sedentary annelids
commonly known as fanworms. These annelids live in tubes made either of calcareous …

Regeneration, the ability to replace lost body structures, and agametic asexual reproduction,
such as fission and budding, are post‐embryonic developmental capabilities widely …

A number of challenges have hindered the development of a unified theory for metazoan
regeneration. To describe the full range of complex regeneration phenomena in Animalia …

Abstract Changes in seawater pH, temperature and salinity are expected to occur in the near
future, which can be a threat to aquatic systems, mainly for marine coastal areas, and their …

It is currently assumed that climate change related factors pose severe challenges to
biodiversity maintenance. This paper assesses the multi-stressor effects of elevated …

Regeneration, the ability to replace lost tissues and body parts following traumatic injury,
occurs widely throughout the animal tree of life. Regeneration occurs either by remodeling of …

The Mediterranean fan worm, Sabella spallanzanii (Gmelin, 1791), is a highly invasive pest
species introduced to Australia and New Zealand, with the ability to alter marine ecosystems …

Introduction Annelids exhibit great regenerative abilities, which are mainly used after injury
or during reproduction. These lophotrochozoans thus represent excellent models for …

An important goal for understanding regeneration is determining how polarity is conferred to
the regenerate. Here we review findings in two groups of polychaete annelids that implicate …