Supplementary Figure 1: Parsimony-based strict consensus of the 26S rDNA data matrix for the Pleurostylia analysis.

Supplementary Figure 12: Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis. Jackknife...

Fig. S2 26S rDNA

January 2018

Fig. S2. 26S rDNA parsimony strict consensus tree with jackknife values ≥ 50% above each branch

Fig. S4 rDNA

Biral, Leonardo
Simmons, Mark P.
Smidt, Eric C.
Tembrock, Luke R.
Bolson, Monica
Archer, R. H.
Lombardi, Julio A.

January 2018

Fig. S4. rDNA (ITS + 26S rDNA) parsimony strict consensus tree with jackknife values ≥ 50% above eac...

Supplementary Figure 3: Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Pleurostylia analysis. ...

Supplementary Figure 7: Parsimony-based strict consensus of the molecular data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Pleurostylia analysis. Jackkni...

Supplementary Figure 5: Parsimony-based strict consensus of the trnL-F data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Pleurostylia analysis. Jackknife ...

Supplementary Figure 8: Parsimony-based strict consensus of the 26S rDNA data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the 26S rDNA data matrix for the Crossopetalum analysis. Jackkni...

Supplementary Figure 6: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Pleurostylia ana...

Supplementary Figure 10: Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Crossopetalum analysis....

Supplementary Figure 9: Parsimony-based strict consensus of the ITS rDNA data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the ITS rDNA data matrix for the Crossopetalum analysis. Jackkni...

Supplementary Figure 17: Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis that in...

Supplementary Figure 16: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum an...

Supplementary Figure 15: Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis that inclu...

Supplementary Figure 14: Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis. Jackkn...

Supplementary Figure 13: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum an...

Supplementary Figure 12: Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis. Jackknife...

Fig. S2 26S rDNA

January 2018

Fig. S2. 26S rDNA parsimony strict consensus tree with jackknife values ≥ 50% above each branch

Fig. S4 rDNA

Biral, Leonardo
Simmons, Mark P.
Smidt, Eric C.
Tembrock, Luke R.
Bolson, Monica
Archer, R. H.
Lombardi, Julio A.

January 2018

Fig. S4. rDNA (ITS + 26S rDNA) parsimony strict consensus tree with jackknife values ≥ 50% above eac...

Supplementary Figure 3: Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Pleurostylia analysis. ...

Supplementary Figure 7: Parsimony-based strict consensus of the molecular data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Pleurostylia analysis. Jackkni...

Supplementary Figure 5: Parsimony-based strict consensus of the trnL-F data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Pleurostylia analysis. Jackknife ...

Supplementary Figure 8: Parsimony-based strict consensus of the 26S rDNA data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the 26S rDNA data matrix for the Crossopetalum analysis. Jackkni...

Supplementary Figure 6: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Pleurostylia analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Pleurostylia ana...

Supplementary Figure 10: Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the rDNA (ITS + 26S) data matrix for the Crossopetalum analysis....

Supplementary Figure 9: Parsimony-based strict consensus of the ITS rDNA data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the ITS rDNA data matrix for the Crossopetalum analysis. Jackkni...

Supplementary Figure 17: Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis that in...

Supplementary Figure 16: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum an...

Supplementary Figure 15: Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis that includes C. bokdamii.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis that inclu...

Supplementary Figure 14: Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the molecular data matrix for the Crossopetalum analysis. Jackkn...

Supplementary Figure 13: Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the plastid (matK + trnL-F) data matrix for the Crossopetalum an...

Supplementary Figure 12: Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis.

Darbyshire, Iain
Simmons, Mark P.
Cappa, Jennifer J.
Breteler, Frans J.
Buerki, Sven

March 2017

Parsimony-based strict consensus of the trnL-F data matrix for the Crossopetalum analysis. Jackknife...

Fig. S2 26S rDNA

January 2018

Fig. S2. 26S rDNA parsimony strict consensus tree with jackknife values ≥ 50% above each branch

Fig. S4 rDNA

Biral, Leonardo
Simmons, Mark P.
Smidt, Eric C.
Tembrock, Luke R.
Bolson, Monica
Archer, R. H.
Lombardi, Julio A.

January 2018

Fig. S4. rDNA (ITS + 26S rDNA) parsimony strict consensus tree with jackknife values ≥ 50% above eac...

Supplementary Figure 1: Parsimony-based strict consensus of the 26S rDNA data matrix for the Pleurostylia analysis.

Abstract

Extracted data

Supplementary Figure 1: Parsimony-based strict consensus of the 26S rDNA data matrix for the Pleurostylia analysis.

Abstract

Extracted data

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