Table S2. Variability of maximum alignment score and identity score for the nearest ingroup, furthest ingroup and nearest outgroup taxa in the BLASTN searches with variable coverage for each of five marine (Desmodoridae, Chromadoridae, Comesomatidae, Monhysteridae and Xyalidae) and two terrestrial (Cephalobidae and Panagrolaimidae) families of nematodes. Number of analyzed sequences for each family is given in parenthesis
Systematics of Swedish free-living nematodes of the orders Desmodorida and Araeolaimid
Metabarcoding is becoming a common tool used to assess and compare diversity of organisms in environ...
<div><p>Nematodes inhabiting benthic deep-sea ecosystems account for >90% of the total metazoan abun...
Table S3. Variability of maximum alignment score and identity score for the nearest ingroup, furthes...
Table S1. GenBank accession numbers and classification of sequences used in present analysis
Table S2. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Maximum likelihood tree inferred using Clustal-O alignment of the complete datase
Table S6. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Table S4. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Table S5. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Maximum likelihood tree inferred using SILVA-based alignment of the "filtered" datase
Table S7. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Table S3. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Table S1. GenBank accession numbers and classification of sequences used in present analysi
Figure 2 - Ranges of identity scores of furthest ingroup taxon and nearest outgroup taxon a...
Systematics of Swedish free-living nematodes of the orders Desmodorida and Araeolaimid
Metabarcoding is becoming a common tool used to assess and compare diversity of organisms in environ...
<div><p>Nematodes inhabiting benthic deep-sea ecosystems account for >90% of the total metazoan abun...
Table S3. Variability of maximum alignment score and identity score for the nearest ingroup, furthes...
Table S1. GenBank accession numbers and classification of sequences used in present analysis
Table S2. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Maximum likelihood tree inferred using Clustal-O alignment of the complete datase
Table S6. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Table S4. Resolution and bootstrap support (for monophyletic clades) of nematode families based on N...
Table S5. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Maximum likelihood tree inferred using SILVA-based alignment of the "filtered" datase
Table S7. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Table S3. Resolution and bootstrap support (for monophyletic clades) of nematode families based on M...
Table S1. GenBank accession numbers and classification of sequences used in present analysi
Figure 2 - Ranges of identity scores of furthest ingroup taxon and nearest outgroup taxon a...
Systematics of Swedish free-living nematodes of the orders Desmodorida and Araeolaimid
Metabarcoding is becoming a common tool used to assess and compare diversity of organisms in environ...
<div><p>Nematodes inhabiting benthic deep-sea ecosystems account for >90% of the total metazoan abun...