Rogge, Andreas (2022): Zooplankton and detritus counts from Underwater Vision Profiler 5hd measurements during Akademik Tryoshnikov cruise ARCTIC2018 (Transdrift-XXIV / AT2018) [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.947422, In: Rogge, A (2022): Image validation data from Underwater Vision Profiler 5hd measurements during Akademik Tryoshnikov cruise ARCTIC2018 (Transdrift-XXIV / AT2018) [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.947425
Always quote citation above when using data! You can download the citation in several formats below.
Abstract:
Results from Underwater Vision Profiler 5hd measurements from campaign ARCTIC2018 (Transdrift XXIV). Depth profiles for optical particle quantification (>~0.1 mm) and particle image acquisition (>~0.8 mm) were performed in August and September 2018 in the Laptev and East Sibirian Sea as well as the Nansen and Amundsen Basin onboard RV Akademik Tryoshnikov.
This dataset provides the results of the particle image validation. Zooplankton and detritus images were validated with software assistance in Ecotaxa (Picheral, M., Colin, S. & Irisson, J.-O. (2017): EcoTaxa, a tool for the taxonomic classification of images. http://ecotaxa.obs-vlfr.fr.). Depth binned concentrations (individuals per m³) as well as volumes (volume per L) and the average equivalent spherical diameter (ESD) are shown for every identified group and taxon. Note that detritus sub-classes were used for training set creation only. Robust counts of total detritus as well as detritus sub-classes are provided in the detritus clustering file.
Related to:
Ivanov, Vladimir (2019): Physical oceanography from CTD measurements during Akademik Tryoshnikov cruise AT2018 to the Arctic Ocean. PANGAEA, https://doi.org/10.1594/PANGAEA.905471
Ivanov, Vladimir (2019): Physical oceanography obtained from the water sampling bottle files collected during Akademik Tryoshnikov cruise AT2018 to the Arctic Ocean. PANGAEA, https://doi.org/10.1594/PANGAEA.905472
Project(s):
CATS-Synthesis: The Changing Arctic Transpolar System (CATS-Synthesis)
Funding:
Federal Ministry of Education and Research (BMBF), grant/award no. 03F0776E: CATS; Das arktische transpolare System im Wandel; Vorhaben: Ökologische Konsequenzen des Klimawandels in sibirischen Schelfmeeren (TP 4)
Federal Ministry of Education and Research (BMBF), grant/award no. 03F0831D: CATS-Synthese: Das arktische transpolare System im Wandel; Vorhaben: Ökologische Risiken des Klimawandels in sibirischen Schelfmeeren
Coverage:
Median Latitude: 79.043594 * Median Longitude: 125.810964 * South-bound Latitude: 75.473000 * West-bound Longitude: 90.026170 * North-bound Latitude: 82.581000 * East-bound Longitude: 168.840000
Date/Time Start: 2018-08-22T00:04:04 * Date/Time End: 2018-09-24T23:16:35
Minimum DEPTH, water: 2.5 m * Maximum DEPTH, water: 4022.5 m
Event(s):
AT18_001-02 * Latitude: 82.518670 * Longitude: 90.026170 * Date/Time: 2018-08-22T00:04:04 * Elevation: -2888.0 m * Location: Arctic Ocean * Campaign: Transdrift-XXIV (AT2018, TICE, NABOS) * Basis: Akademik Tryoshnikov * Method/Device: CTD/Rosette with Underwater Vision Profiler (CTD-RO_UVP)
AT18_002-02 * Latitude: 82.389000 * Longitude: 95.268830 * Date/Time: 2018-08-22T09:11:00 * Elevation: -2844.0 m * Campaign: Transdrift-XXIV (AT2018, TICE, NABOS) * Basis: Akademik Tryoshnikov * Method/Device: CTD/Rosette (CTD-RO)
AT18_002-04 * Latitude: 82.399000 * Longitude: 95.409500 * Date/Time: 2018-08-22T13:16:00 * Elevation: -2914.0 m * Campaign: Transdrift-XXIV (AT2018, TICE, NABOS) * Basis: Akademik Tryoshnikov * Method/Device: CTD/Rosette (CTD-RO)
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Event label | Event | Rogge, Andreas | |||
| 2 | Profile | Profile | Rogge, Andreas | |||
| 3 | File name | File name | Rogge, Andreas | raw | ||
| 4 | DATE/TIME | Date/Time | Rogge, Andreas | Geocode | ||
| 5 | DEPTH, water | Depth water | m | Rogge, Andreas | Geocode | |
| 6 | Sample volume | Samp vol | l | Rogge, Andreas | ||
| 7 | Project | Project | Rogge, Andreas | |||
| 8 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living | |
| 9 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Bacteria | |
| 10 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Bacteria>Cyanobacteria | |
| 11 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae | |
| 12 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium | |
| 13 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium>Trichodesmium sp. | |
| 14 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota | |
| 15 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa | |
| 16 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata | |
| 17 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa | |
| 18 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta | |
| 19 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta>Dinophyceae | |
| 20 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria | |
| 21 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa | |
| 22 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea | |
| 23 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria | |
| 24 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida | |
| 25 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae | |
| 26 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae>Aulacantha | |
| 27 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida | |
| 28 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae | |
| 29 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae>Coelographis | |
| 30 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida | |
| 31 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida>Medusettidae | |
| 32 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida | |
| 33 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae | |
| 34 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae>colonial | |
| 35 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae | |
| 36 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae>colonial | |
| 37 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria | |
| 38 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Acantharea | |
| 39 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea | |
| 40 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria | |
| 41 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria>colonial | |
| 42 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>rhizaria like | |
| 43 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles | |
| 44 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta | |
| 45 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta | |
| 46 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina | |
| 47 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids | |
| 48 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids>Coscinodiscus | |
| 49 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta | |
| 50 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa | |
| 51 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa | |
| 52 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida | |
| 53 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida>Polychaeta | |
| 54 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda | |
| 55 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea | |
| 56 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca | |
| 57 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca | |
| 58 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Amphipoda | |
| 59 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Euphausiacea | |
| 60 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda | |
| 61 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda | |
| 62 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda>like | |
| 63 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca | |
| 64 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca>Ostracoda | |
| 65 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>larvae | |
| 66 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chaetognatha | |
| 67 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata | |
| 68 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata | |
| 69 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata | |
| 70 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata>Gnathostomata | |
| 71 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata | |
| 72 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia | |
| 73 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>body | |
| 74 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>house | |
| 75 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria | |
| 76 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X | |
| 77 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X>Cnidaria XX | |
| 78 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa | |
| 79 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina | |
| 80 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata | |
| 81 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata>Corynidae | |
| 82 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Siphonophorae | |
| 83 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina | |
| 84 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Narcomedusae | |
| 85 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae | |
| 86 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae>Halicreatidae | |
| 87 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>part | |
| 88 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora | |
| 89 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora>Ctenophora X | |
| 90 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata | |
| 91 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata>Asteroidea | |
| 92 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Mollusca | |
| 93 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>duplicate | |
| 94 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other | |
| 95 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other>egg | |
| 96 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other>egg>like | |
| 97 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other>othertocheck | |
| 98 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other>othertocheck>darksphere | |
| 99 | Particle concentration | Particle | #/m3 | Rogge, Andreas | living>other>othertocheck>double sphere | |
| 100 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living | |
| 101 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>artefact | |
| 102 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>artefact>badfocus | |
| 103 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>artefact>bubble | |
| 104 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>artefact>turbid | |
| 105 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>detritus | |
| 106 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>detritus>compact | |
| 107 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>detritus>dark | |
| 108 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>detritus>fiber | |
| 109 | Particle concentration | Particle | #/m3 | Rogge, Andreas | not-living>detritus>fluffy | |
| 110 | Particle concentration | Particle | #/m3 | Rogge, Andreas | temporary | |
| 111 | Particle concentration | Particle | #/m3 | Rogge, Andreas | temporary>t002 | |
| 112 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living biovolume | |
| 113 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Bacteria biovolume | |
| 114 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Bacteria>Cyanobacteria biovolume | |
| 115 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae biovolume | |
| 116 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium biovolume | |
| 117 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium>Trichodesmium sp. biovolume | |
| 118 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota biovolume | |
| 119 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa biovolume | |
| 120 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata biovolume | |
| 121 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa biovolume | |
| 122 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta biovolume | |
| 123 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta>Dinophyceae biovolume | |
| 124 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria biovolume | |
| 125 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa biovolume | |
| 126 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea biovolume | |
| 127 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria biovolume | |
| 128 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida biovolume | |
| 129 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae biovolume | |
| 130 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae>Aulacantha biovolume | |
| 131 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida biovolume | |
| 132 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae biovolume | |
| 133 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae>Coelographis biovolume | |
| 134 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida biovolume | |
| 135 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida>Medusettidae biovolume | |
| 136 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida biovolume | |
| 137 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae biovolume | |
| 138 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae>colonial biovolume | |
| 139 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae biovolume | |
| 140 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae>colonial biovolume | |
| 141 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria biovolume | |
| 142 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Acantharea biovolume | |
| 143 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea biovolume | |
| 144 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria biovolume | |
| 145 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria>colonial biovolume | |
| 146 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>rhizaria like biovolume | |
| 147 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles biovolume | |
| 148 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta biovolume | |
| 149 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta biovolume | |
| 150 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina biovolume | |
| 151 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids biovolume | |
| 152 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids>Coscinodiscus biovolume | |
| 153 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta biovolume | |
| 154 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa biovolume | |
| 155 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa biovolume | |
| 156 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida biovolume | |
| 157 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida>Polychaeta biovolume | |
| 158 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda biovolume | |
| 159 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea biovolume | |
| 160 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca biovolume | |
| 161 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca biovolume | |
| 162 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Amphipoda biovolume | |
| 163 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Euphausiacea biovolume | |
| 164 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda biovolume | |
| 165 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda biovolume | |
| 166 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda>like biovolume | |
| 167 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca biovolume | |
| 168 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca>Ostracoda biovolume | |
| 169 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>larvae biovolume | |
| 170 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chaetognatha biovolume | |
| 171 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata biovolume | |
| 172 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata biovolume | |
| 173 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata biovolume | |
| 174 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata>Gnathostomata biovolume | |
| 175 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata biovolume | |
| 176 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia biovolume | |
| 177 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>body biovolume | |
| 178 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>house biovolume | |
| 179 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria biovolume | |
| 180 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X biovolume | |
| 181 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X>Cnidaria XX biovolume | |
| 182 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa biovolume | |
| 183 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina biovolume | |
| 184 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata biovolume | |
| 185 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata>Corynidae biovolume | |
| 186 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Siphonophorae biovolume | |
| 187 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina biovolume | |
| 188 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Narcomedusae biovolume | |
| 189 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae biovolume | |
| 190 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae>Halicreatidae biovolume | |
| 191 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>part biovolume | |
| 192 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora biovolume | |
| 193 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora>Ctenophora X biovolume | |
| 194 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata biovolume | |
| 195 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata>Asteroidea biovolume | |
| 196 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Mollusca biovolume | |
| 197 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>duplicate biovolume | |
| 198 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other biovolume | |
| 199 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other>egg biovolume | |
| 200 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other>egg>like biovolume | |
| 201 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other>othertocheck biovolume | |
| 202 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other>othertocheck>darksphere biovolume | |
| 203 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | living>other>othertocheck>double sphere biovolume | |
| 204 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living biovolume | |
| 205 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>artefact biovolume | |
| 206 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>artefact>badfocus biovolume | |
| 207 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>artefact>bubble biovolume | |
| 208 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>artefact>turbid biovolume | |
| 209 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>detritus biovolume | |
| 210 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>detritus>compact biovolume | |
| 211 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>detritus>dark biovolume | |
| 212 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>detritus>fiber biovolume | |
| 213 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | not-living>detritus>fluffy biovolume | |
| 214 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | temporary biovolume | |
| 215 | Particle volume per sample volume | Part v/sample v | mm3/l | Rogge, Andreas | temporary>t002 biovolume | |
| 216 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living avgesd | |
| 217 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Bacteria avgesd | |
| 218 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Bacteria>Cyanobacteria avgesd | |
| 219 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae avgesd | |
| 220 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium avgesd | |
| 221 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Bacteria>Cyanobacteria>Cyanophyceae>Trichodesmium>Trichodesmium sp. avgesd | |
| 222 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota avgesd | |
| 223 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa avgesd | |
| 224 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata avgesd | |
| 225 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa avgesd | |
| 226 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta avgesd | |
| 227 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Alveolata>Myzozoa>Holodinophyta>Dinophyceae avgesd | |
| 228 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria avgesd | |
| 229 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa avgesd | |
| 230 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea avgesd | |
| 231 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria avgesd | |
| 232 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida avgesd | |
| 233 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae avgesd | |
| 234 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeocystida>Aulacanthidae>Aulacantha avgesd | |
| 235 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida avgesd | |
| 236 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae avgesd | |
| 237 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeodendrida>Coelodendridae>Coelographis avgesd | |
| 238 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida avgesd | |
| 239 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeogromida>Medusettidae avgesd | |
| 240 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida avgesd | |
| 241 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae avgesd | |
| 242 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Aulosphaeridae>colonial avgesd | |
| 243 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae avgesd | |
| 244 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Cercozoa>Thecofilosea>Phaeodaria>Phaeosphaerida>Cannosphaeridae>colonial avgesd | |
| 245 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria avgesd | |
| 246 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Acantharea avgesd | |
| 247 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea avgesd | |
| 248 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria avgesd | |
| 249 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>Retaria>Polycystinea>Collodaria>colonial avgesd | |
| 250 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Rhizaria>rhizaria like avgesd | |
| 251 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles avgesd | |
| 252 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta avgesd | |
| 253 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta avgesd | |
| 254 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina avgesd | |
| 255 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids avgesd | |
| 256 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Harosa>Stramenopiles>Ochrophyta>Bacillariophyta>Coscinodiscophytina>Coscinodiscids>Coscinodiscus avgesd | |
| 257 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta avgesd | |
| 258 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa avgesd | |
| 259 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa avgesd | |
| 260 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida avgesd | |
| 261 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Annelida>Polychaeta avgesd | |
| 262 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda avgesd | |
| 263 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea avgesd | |
| 264 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca avgesd | |
| 265 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca avgesd | |
| 266 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Amphipoda avgesd | |
| 267 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Malacostraca>Eumalacostraca>Euphausiacea avgesd | |
| 268 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda avgesd | |
| 269 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda avgesd | |
| 270 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Maxillopoda>Copepoda>like avgesd | |
| 271 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca avgesd | |
| 272 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>Oligostraca>Ostracoda avgesd | |
| 273 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Arthropoda>Crustacea>larvae avgesd | |
| 274 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chaetognatha avgesd | |
| 275 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata avgesd | |
| 276 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata avgesd | |
| 277 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata avgesd | |
| 278 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Craniata>Vertebrata>Gnathostomata avgesd | |
| 279 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata avgesd | |
| 280 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia avgesd | |
| 281 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>body avgesd | |
| 282 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Chordata>Tunicata>Appendicularia>house avgesd | |
| 283 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria avgesd | |
| 284 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X avgesd | |
| 285 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Cnidaria X>Cnidaria XX avgesd | |
| 286 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa avgesd | |
| 287 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina avgesd | |
| 288 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata avgesd | |
| 289 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Anthoathecata>Corynidae avgesd | |
| 290 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Hydroidolina>Siphonophorae avgesd | |
| 291 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina avgesd | |
| 292 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Narcomedusae avgesd | |
| 293 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae avgesd | |
| 294 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>Hydrozoa>Trachylina>Trachymedusae>Halicreatidae avgesd | |
| 295 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Cnidaria>part avgesd | |
| 296 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora avgesd | |
| 297 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Ctenophora>Ctenophora X avgesd | |
| 298 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata avgesd | |
| 299 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Echinodermata>Asteroidea avgesd | |
| 300 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>Eukaryota>Opisthokonta>Holozoa>Metazoa>Mollusca avgesd | |
| 301 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>duplicate avgesd | |
| 302 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other avgesd | |
| 303 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other>egg avgesd | |
| 304 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other>egg>like avgesd | |
| 305 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other>othertocheck avgesd | |
| 306 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other>othertocheck>darksphere avgesd | |
| 307 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | living>other>othertocheck>double sphere avgesd | |
| 308 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living avgesd | |
| 309 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>artefact avgesd | |
| 310 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>artefact>badfocus avgesd | |
| 311 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>artefact>bubble avgesd | |
| 312 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>artefact>turbid avgesd | |
| 313 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>detritus avgesd | |
| 314 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>detritus>compact avgesd | |
| 315 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>detritus>dark avgesd | |
| 316 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>detritus>fiber avgesd | |
| 317 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | not-living>detritus>fluffy avgesd | |
| 318 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | temporary avgesd | |
| 319 | Equivalent spherical diameter, mean | ESD mean | mm | Rogge, Andreas | temporary>t002 avgesd |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
745400 data points
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