This is simply an alphabetical list of all taxa for which trait information is available in the database. The bar on the right side indicates the information coverage for each taxon and trait. When hovering over the bar with the mouse cursor, a tooltip with the trait name is shown. Blue colour indicates that information is present for this trait.

Abarenicola pacifica Healy & Wells, 1959
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Aberrantidae Wolf, 1987
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Abyssoninoe Orensanz, 1990
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Abyssoninoe hibernica (Mc Intosh, 1903)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Acoetidae Kinberg, 1856
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Acrocirridae Banse, 1969
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Acrocirrus frontifilis (Grube, 1860)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Aeolosomatidae
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Aglaophamus Kinberg, 1865
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Aglaophamus agilis (Langerhans, 1880)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Aglaophamus circinata (Verrill in Smith & Harger, 1874)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alciopidae Ehlers, 1864 (subjective synonym of Alciopidae according to Rouse, G.W., Pleijel, F. (2001) )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alitta Bakken & Wilson, 2005
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alitta succinea (Frey & Leuckart, 1847)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alitta virens (M. Sars, 1835)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alkmaria Horst, 1919
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alkmaria romijni Horst, 1919
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Alvinellidae Desbruyères & Laubier, 1986
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amaeana trilobata (Sars, 1863)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amage
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amage adspersa (Grube, 1863)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amblyosyllis Grube, 1857
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amblyosyllis dorsigera Claparède, 1864 (subjective synonym of Amblyosyllis formosa according to San Martín, G. (2003) )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amblyosyllis formosa (Claparède, 1863)
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Amblyosyllis speciosa Izuka, 1912
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Ammochares aedificator Andrews, 1891 (subjective synonym of Owenia fusiformis according to http://www.marinespecies.org )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Ammochares assimilis Sars, 1851 (subjective synonym of Owenia fusiformis according to Hartmann-Schröder, G. (1996) )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Ammochares brasiliensis Hansen, 1882 (subjective synonym of Owenia fusiformis according to http://www.marinespecies.org )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Ammochares occidentale Johnson, 1901 (subjective synonym of Owenia fusiformis according to http://www.marinespecies.org )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
Ammochares orientalis Grube, 1878 (subjective synonym of Owenia fusiformis according to http://www.marinespecies.org )
Body size (max)
Complex species
Depth zonation (benthos)
Depth zonation (pelagic)
Developmental mechanism
Egg size
Factors triggering reproduction
Fecundity
Feeding type
Fertilization type
Age at first reproduction
Habitat type
Habitat type of settlement/ early development
Intra- and interspecific competition
Juvenile mobility
Larval development
Larval feeding type
Larval mode of development
Lifespan
Location of parental care
Tube/ burrow material
Metamorphosis type
Migrations of adult
Mobility of adult
Mode of reproduction
Parental care/ Brood protection
Pattern of oogenesis
Population sex ratio
Predated by
Reproduction strategy of the individual
Reproduction temperature
Resorption of eggs
Ecosystem engineering
Substrate type of settlement
Sexual metamorphosis
Sociability
Spawning frequency of the population
Sperm type
Survival salinity
Survival temperature
Epitoky
Synchronization of spawning
Tolerance (AMBI index)
Typically feeds on
Physiographic feature
Substrate type
Feeding structure
Environmental position
1   |   2   |   3   |   4   |   5   |   6   |   7   |   8   |   9      »      [50]