This is 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. Green colour indicates that information is present for this trait.
| Sabellariidae Johnston, 1865 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sabellidae Latreille, 1825 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Schistomeringos Jumars, 1974 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Schistomeringos rudolphi (Delle Chiaje, 1828) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Scolelepis Blainville, 1828 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Scolelepis (Scolelepis) squamata (O.F. Muller, 1806) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sigalionidae Kinberg, 1856 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sphaeroma serratum (J. C. Fabricius, 1787) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sphaerosyllis Claparède, 1863 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sphaerosyllis hystrix Claparède, 1863 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spio Fabricius, 1785 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spio filicornis (Müller, 1776) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spionidae Grube, 1850 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spirobranchus Blainville, 1818 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spisula Gray, 1837 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Spisula subtruncata (da Costa, 1778) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sternaspis scutata (Ranzani, 1817) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sthenelais Kinberg, 1856 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Sthenelais boa (Johnston, 1833) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Syllidae Grube, 1850 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Syllis Lamarck, 1818 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Syllis gracilis Grube, 1840 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Syllis hyalina Grube, 1863 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Syllis prolifera Krohn, 1852 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Synaptidae Burmeister, 1837 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Synchelidium maculatum Stebbing, 1906 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Terebellidae Johnston, 1846 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Terebellides stroemii Sars, 1835 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Thracia Blainville, 1824 | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
| Thracia phaseolina (Lamarck, 1818) | Body shape Flexibility Fragility Supporting structures/skeleton Skeleton material Body size Body size group Weight Relative adult mobility Movement type of adult Degree of attachment of adult Migration Adult dispersal potential Larval/juvenile dispersal potential Movement type of larva/juvenile Habitat modification Sediment reworking type Dependency Sociability Feeding method Food type/diet Feeding apparatus Feeds on Predated by Life span Regeneration potential Age at maturity Reproduction strategy Reproductive frequency Reproductive season Reproductive type Fecundity (number of eggs) Egg/propagule size Fertilization Synchronization of spawning Parental care/brood protection Egg/clutch location Larval and juvenile development Developmental mechanism Larval stage duration Larval settlement substratum Metamorphosis type Environmental position Substratum Sediment dwelling depth Vertical zonation Habitat preferences Water flow/tidal streams Wave exposure Salinity Tolerance Origin Invasiveness Impact Pathways/vector |
