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Abstract and Figures

We present here a revised classification of Santalales, an angiosperm order that contains 18 families, 160 genera, and over 2200 species. Both nonparasitic and parasitic flowering plants occur in the traditionally circumscribed family Olacaceae whereas all other families are composed entirely of parasites. The five evolutionary radiations of aerial parasitism produced mistletoes that constitute most of the generic and specific diversity seen in the order. This classification, although based primarily upon results from molecular phylogenetic investigations, brings together all currently available information that contributes to our understanding of relationships among these plants. Monophyletic groups (clades) obtained from molecular analyses were named using a Linnaean ranked system. Four new families are named that formerly resided in Santalaceae s.l.: Amphorogynaceae, Cervantesiaceae, Comandraceae, and Nanodeaceae. A new tribal and subtribal classification for Loranthaceae is presented where nine new subtribe names are proposed.
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INTRODUCTION
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TRADITIONAL TAXONOMIC TREATMENTS
OF SANTALALES
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A r e v i s e d c l a s s i f i c a t i o n o f S a n t a l a l e s
Daniel L. Nickrent,1 Valéry Malécot,2 Romina Vidal-Russell3 & Joshua P. Der4
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Abstract
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Keywords
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TA XO N O MY
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MOLECULAR PHYLOGENETIC STUDIES OF
SANTALALES
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TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
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FEATURES CHARACTERIZING SANTALALES
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8F@$=:A6$?667$.@>8$.6:A-7D$8=,66$>8:C-7@B6>;$<7$8=6$!OC6,O
@L>$NH$ :+&%C#%:$]@S?;$8=,66$ >8:C67>$:,6$E6,8-.6$ :7B$E-A6$:,6$
>8:C-7@B6>;$T@,6@A6,J$8F@$@E$ 8=6$ 8=,66$ E6,8-.6$ >8:C67>$:,6$
:786>6+:.@L>$ :7B$@76$@44L,>$@7$8=6$@++@>-86$E .:75$@E$:$+68:.$
:.@7D$F-8=$:$>8:C-7@B6;$K=->$+68:.$:.>@$=:>$8F@$A:>4L.:,$8,:46>$
-7>86:B$@E$@76;$K=6>6$@?>6,A:8-@7>J$+.L>$8=6$E:48$8=:8$>@C6$N*&_$
:,6$=6S:C6,@L>J$4@C+6.>$@76$8@$4@7>-B6,$ 8=:8$ 8=6$E.@,:.$+.:7$
@E$+678:C6,@L>$>+64-6>$->$+>6LB@B-+.@>86C@7@L>J$-;6;J$B6,-A6B$
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?G$`:,G@+=G..:.6>$&]@7>6$M6$`,:676$9$:.;J$0%%#(J$F=-4=$E,@C$
,64678$C@.64L.:,$ +=G.@D6768-4$ 6A-B6746$&T@@,6$9$:.;J$'//#b$
Q@.8->$9$:.;J$'//"($->$8=6$76S8$4.:B6$8@$6A@.A6$:C@7D$8=6$:>86,-B>$
:E86,$Q:78:.:.6>;
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:..$Q:78:.:.6>$D676,:$6S:C-76B$&Y.648,@7-4$QL++.6C678$8@$8=->$
:,8-4.6(;
CLASSIFICATION PHILOSOPHY
<7$8=->$ +:+6,$F6$+,6>678$ :$ ,6A->6B$4.:>>-E-4:8-@7$>G>86C$
E@,$Q:78:.:.6>$8=:8$-74@,+@,:86>$C@.64L.:,$:7B$C@,+=@.@D-4:.$
B:8:;$K=->$4.:>>-E-4:8-@7$->$766B6B$?64:L>6$,6.:8-@7>=-+>$:C@7D$
:..$C6C?6,>$ @E$8=6$ @,B6,$=:A6$7@8$?667$ :BB,6>>6B$ E@,$ C:7G$
B64:B6>$:7B$7@76$=:A6$L>6B$6S+.-4-8$+=G.@D6768-4$+,-74-+.6>;$
K=6$C:P@,$E6:8L,6>$@E$@L,$4.:>>-E-4:8-@7$>G>86C$:,6$?:>6B$L+@7$
C@.64L.:,$+=G.@D6768-4$8,66>J$C:-7.G$?64:L>6$4.:B->8-4$:7:.G>6>$
@E$C@,+=@.@D-4:.$4=:,:486,>$:,6$.:45-7D$E@,$C@>8$D,@L+>$ &8=6$
6S46+8-@7$?6-7D$[.:4:46:6$?G$T:.c4@8$9$:.;J$'//^(;$<7$:BB-8-@7$
8@$,64@D7-R-7D$C@7@+=G.68-4$D,@L+>J$F6$=:A6$4=@>67$8@$:>>-D7$
U-77:6:7$,:75>$8@$A:,-@L>$4.:B6>$F-8=-7$8=6$@,B6,$&a,6LB67O
>86-7J$'//!(;$V64:L>6$@E$-8>$>-R6J$F6$=:A6$:.>@$+,@+@>6B$-7E,:E:O
C-.-:.$,:75>$E@,$8=6$.:,D6$E:C-.G$U@,:78=:46:6;$a@,$E:C-.-6>J$F6$
=:A6$E@..@F6B$]64@CC67B:8-@7$0WV;0$@E$8=6$9A3S$&T436-..$
9$:.;J$'//!($8=:8$:BA->6>$:L8=@,>$8@$L>6$8=6$@.B6>8$7:C6;$K=6>6$
7:C6>$F6,6$@?8:-76B$+,-C:,-.G$E,@C$]6A6:.$&0%%X2($:7B$E,@C$
Z@@D.:7B$9$]6A6:.$&'//!(;
*.8=@LD=$F6$4@7>-B6,$8=6$:>>-D7C678$@E$,:75>$8@$?6$:$>@C6O
F=:8$>L?P648-A6$+,@46>>J$ F6$ :.>@$ B@$ 7@8$ E66.$ 8=:8$:$,:75OE,66$
>G>86C$&>L4=$:>$-,5*2A2C#($F-..$?6$EL..G$:446+86B$7@,$F-B6.G$
:B@+86B$-7$ :4:B6C-4$:7B$7@7:4:B6C-4$4-,4.6>;$_6$:457@F.O
6BD6$8=:8$ 8=6$U-77:6:7$ =-6,:,4=G$=:>$ :$ 7LC?6,$ @E$-7=6,678$
+,@?.6C>$>L4=$:>$&0($-7>LEE-4-678$,:75>$8@$674@C+:>>$:..$4.:B6>$
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:4,@>>$B-EE6,678$8:S@7@C-4$D,@L+>b$:7B$&"($C:7B:86B$7:C6$
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8:S:$:,6$,6:>>-D76B$&H677->-J$'//0b$_-8=D@88J$'///(;$K=6$E-,>8$
+,@?.6C$->$7@8$:7$->>L6$-E$@76$:446+8>$8=:8$7@8$:..$4.:B6>$766B$8@$
?6$7:C6B$&*HIJ$0%%#(;$K=6$>64@7B$+,@?.6C$F@L.B$,6C:-7$6A67$
-E$,:75>$B-B$7@8$6S->8b$6;D;J$-7E@,C:.$7:C6>$L>6B$E@,$4.:B6>$4@L.B$
>8-..$?6$L>6B$-7:++,@+,-:86.GJ$E@,$6S:C+.6$F=67$4@C+:,-7D$8=6$
6S8678$@E$?-@B-A6,>-8G$:4,@>>$B->8:78.G$,6.:86B$8:S:;$*.8=@LD=$F6$
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->$57@F7J$8=6$8=-,B$+,@?.6C$?64@C6>$.6>>$@E$:7$->>L6$:>$4.:B6$
C6C?6,>=-+$->$>8:?-.-R6B$F-8=$-74,6:>-7D$:C@L78>$@E$B:8:;$[L,$
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+6,>+648-A6$-E$8=6G$:,6$ C:S-C:..G$+,6B-48-A6$E@,$:..$ ?-@.@D-O
4:.$B->4-+.-76>$ :7B$ 8,L6$ E,@C$:$+,:48-4:.$ +6,>+648-A6$-E$ 8=6G$
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+:,:+=G.G(1$&0($,64@D7-8-@7$@E$+:,:+=G.68-4$ E:C-.-6>J$&'($>+.-8O
8-7D$8@$C:-78:-7$C@7@+=G.68-4$E:C-.-6>J$:7B$&"($.LC+-7D$@76$
E:C-.G$-78@$:7@8=6,;$_6$:D,66$8=:8$4=@-46$0$->$L7B6>-,:?.6$:7B$
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8:>86;$*.8=@LD=$8=6$.LC+-7D$:++,@:4=$+,@A-B6>$8=6$eNL-45$E-SJf$
B-A6,>-8G$F-8=-7$8=6$,6>L.8-7D$E:C-.G$F@L.B$.-56.G$,6>L.8$-7$8=6$
7:C-7D$@E$:BB-8-@7:.J$F6..OC:,56B$4.:B6>;
`,-86,-:$L>6B$8@$B64-B6$=@F$8@$4-,4LC>4,-?6$E:C-.-6>$E:..$
-78@$>6A6,:.$4:86D@,-6>J$?L8$:$?6D-77-7D$+@-78$E@,$B->4L>>-@7$
4:7$?6$8:567$E,@C$ V:45.L7B$9$V,6C6,$ &0%%#(;$*>-B6$ E,@C$
8=6$+,-C:,G$+,-74-+.6$@E$C@7@+=G.GJ$8=6G$.->8$ E@L,$>64@7B:, G$
+,-74-+.6>$8=:8$-7A@.A6$C:S-C-R-7D$&0($>8:?-.-8G$&j$C-7-C-R-7D$
7@C674.:8L,:.$4=:7D6>(J$&'($+=G.@D6768-4$-7E@,C:8-@7$&j$C-7-O
C-R-7D$,6BL7B:74G(J$&"($>L++@,8$E@,$C@7@+=G.GJ$:7B$&^($6:>6$@E$
-B678-E-4:8-@7$&j$,64@D7-R:?-.-8G(;$Q86A67>$&+6,>;$4@CC;($:BB>$
8F@$C@,6$+,-74-+.6>1$&!($+,6>6,A:8-@7$@E$D,@L+>$8=:8$:,6$F6..O
6>8:?.->=6B$-7$8=6$.-86,:8L,6$:7B$&W($E:C-.G$>-R6$@+8-C-R:8-@7;$
*886C+8>$8@$:B=6,6$8@$8=6>6$+,-74-+.6>$F6,6$C:B6$-7$8=->$F@,5$
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8-@7f;
CLASSIFICATION OF SANTALALES
K=6$E@..@F-7D$,64.:>>-E-4:8-@7$@E$8=6$ C@7@+=G.68-4$@,B6,$
Q:78:.:.6>$4@78:-7>$0#$E:C-.-6>J$ 0W/$D676,:J$ :7B$@A6,$''//$
>+64-6>;$V:.:7@+=@,:46:6$:,6$ 7@8$ -74.LB6B$:8$ 8=->$8-C6;$ K=->$
4.:>>-E-4:8-@7$->$>LCC:,-R6B$-7$8=6$4@7>67>L>$+=G.@D67G$>=@F7$
-7$a-D;$0;$V64:L>6$@E$-8>$>-R6J$U@,:78=:46:6$:,6$EL,8=6,$4.:>>-E-6B$
-78@$8,-?6>$:7B$>L?8,-?6>$&a-D;$'$@7$+;$!^!(;
. Family Erythropalaceae Planch. ex Miq. ().
$K=,66$
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V.LC6J$@E$<7B@C:.:G>-:b$M#":'#)"&$g:4N;$F-8=$4:;$""$>+64-6>$@E$
8,@+-4:.$*C6,-4:$:7B$8=,66$*E,-4:7$>+64-6>b$:7B$J&B8)#&$T::>$
F-8=$@76$>+64-6>J$JH$')"%#)<":$T::>J$@E$ILG:7:;
O)5',)21&*80$ ->$ :$ F@@BG$ 4.-C?6,$F-8=$ :S-..:,G$867B,-.>$
F=6,6:>$8=6$@8=6,$8F@$D676,:$:,6$>=,L?>$@,$8,66>;$V64:L>6$@E$
-8>$B-A6,D678$=:?-8J$8=6$:EE-7-8-6>$@E$O)5',)21&*80$=:A6$76A6,$
?667$4.6:,$:7B$=:A6$.6B$C:7G$F@,56,>$8@$->@.:86$O)5',)21&*80$
-7$-8>$ @F7$ E:C-.GJ$Y,G8=,@+:.:46:6;$ H.6>-@C@,+=-4$E6:8L,6>$
>=:,6B$?G$:..$8=,66$D676,:$:,6$:.86,7:86J$>-C+.6J$+68-@.:86J$6SO
>8-+L.:86$.6:A6>J$?->6SL:.$E.@F6,>J$.:45$@E$:$D.:7BL.:,$B->5J$:7B$
!^'
TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
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6,@L>$E.@F6,>$C:G$?6$ B-+.@>86C@7@L>$ @,$->@>86C@7@L>$ F-8=$
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&:1*8%C""$Q.6LC6,($:7B$ 8=6$ E ,L-8>$ =:A6$ 8=-7$ 4,L>8:46@L>$67O
B@4:,+>;$ K=6$ :44,6>4678$4:.GS$ >@$4=:,:486,->8-4$ @E$M#":'#)"&$
->$7@8$ +,6>678$-7$8=6$@8=6,$8F@$D676,:;$ <7$8=6$C:8L,6$ E,L-8$ @E$
O)5',)21&*80J$8=6$?,-D=8$,6B$C6>@4:,+$>+.-8>$-78@$E-A6$,6E.6S6B$
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>6,A6$:$>-C-.:,$EL748-@7$-7$:88,:48-7D$E,L-8OB->+6,>-7D$?-,B>;
K=6$ A:,-@L>$ :7:8@CGO$ @,$ C@,+=@.@DGO?:>6B$ >8LB-6>$ @E$
[.:4:46:6$=:A6$76A6,$4.6:,.G$-B678-EG$:$D,@L+$4@7>->8-7D$@E$D67O
6,:$-7$8=->$4.:B6$F=6,6:>$-8$,646-A6B$>8,@7D$>L++@,8$F-8=$V:G6>O
-:7$:7:.G>6>$ @E$ C@.64L.:,$B:8:$ &T:.c4@8$ 9$ 3-45,678J$'//#(;$
T::>$9$:.;$&0%%'($>8:86B$8=:8$F@@B$:7:8@CG$.-75>$J&B8)#&$8@$
M#":'#)"&$ F=6,6:>$+:.G7@.@DG$ &U@?,6:LO`:..67J$0%#/J$0%#'($
:7B$.6:E$:7:8@CG$ &V::>J$ 0%#'($.-75$-8$8@$8,-?6$`@L.6:6$ &=6,6$
E:C-.G$`@L.:46:6(;
. Family Strombosiaceae Tiegh. (). —
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@E$ 8, @+-4:. $ *E, -4:b$ 7+2)2C2+&)18:$V644;$ F-8=$ @76$ >+64-6>J$
7H$B2)%##%:":$V644;J$@E$T:.:G>-:b$7')20B2:"&$V.LC6$ F-8=$
8=,66$>+64-6>$@E$8,@+-4:.$*>-:$:7B$>-S$>+64-6>$@E$8,@+-4:.$*E,-4:b$
7')20B2:"21:":$Y7D.;$F-8=$ 8=,66$ >+64-6>$ @E$8,@+-4:.$ *E,-4:b$
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Fig. .
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M6,$9$3-45,678J$'//#b$d-B:.O]L>>6..$
9$3-45,678J$'//#:J?(;$3@B6>$,6>@.A6B$
F-8=$%/m20//m$?@@8>8,:+$>L++@,8$:7B$
V:G6>-:7$+@>86,-@,$+,@?:?-.8-6>$@E$0;/$
:,6$>=@F7$F-8=$?@.B$.-76>;$K=6$>-R6$@E$
8=6$8,-:7D.6$,6+,6>678>$7LC?6,$@E$D676,:$
+6,$E:C-.G$:7B$8=6$:48L:.$7LC?6,$->$D-AO
67$-7$+:,678=6>6>;$*6,-:.$+:,:>-8->C$->$
>=@F7$?G$B:,5$E -..$F-8=-7$8=6$8,-:7D.6>;$
]@@8$+:,:>-86>$:,6$B6+-486B$F-8=$F=-86$
E-..$F=6,6:>$7@7+:,:>-86>$:,6$>=@F7$-7$
D,6G;$K=6$8,@+=-4$7:8L,6>$@E$[48@576O
C:46:6$:7B$*+8:7B,:46:6$:,6$4L,,678.G$
L757@F7$?L8$:,6$>=@F7$:>$+:,:>-8-4$
:>>LC-7D$:$>-7D.6$@,-D-7$@E$+:,:>-8->C$
:7B$8=6-,$+@>-8-@7>$@7$8=6$8,66;
!^"
3-45,678$9$:.;$)$Classif ication of SantalalesTA X ON $!%$&'($)$*+,-.$'/0/1$!"#2!!#
9$:.;J$'//^(;$*$+@8678-:.$>G7:+@C@,+=G$E@,$8=6$4.:B6$->$:7->@O
4G8-4J$4G4.@4G8-4$>8@C:8:;$<E$:BB-8-@7:.$F@,5$EL,8=6,$>L++@,8>$
8=->$,6.:8-@7>=-+J$ ,64@D7-8-@7$ @E$@76$E:C-.GJ$Y,G8=,@+:.:46:6$
&F-8=$8F@$>L?E:C-.-6>(J$C:G$?6$PL>8-E-6B;
. Family Coulaceae Tiegh. (). —
$K=,66$[.B$_@,.B$
D676,:1$A28*&$V:-..;$F-8=$@76$>+64-6>J$AH$#C8*":$V:-..;$@E$8,@+-O
4:.$_;$*E,-4:b$J"%a8&)'"&$*L?.;$F-8=$@76$>+64-6>J$JH$48"&%#%G
:":$*L?.;J$@E$8,@+-4:.$*C6,-4:b$:7B$N+,&%2:'&+,5:$T:>8;J$F-8=$
@76$>+64-6>J$NH$&0#%'&+#&$T:>8;J$-7$F6>86,7$T:.:G>-:;
T6C?6,>$ @E$8=->$ E:C-.G$ :,6$ C6B-LC$ 8@$ .:,D6$8,66>$ F-8=$
:.86,7:86J$>-C+.6J$+68-@.:86J$6S>8-+L.:86$ .6:A6>;$K=6$E:C-.G$->$
C:,56B$ ?G$ >6A6,:.$ :7:8@C-4:.$ >G7:+@C@,+=-6>$ >L4=$ :>$.6:E$
B67B,-8-4$=:-,>J$.-D7-E-6B$ >64@7B:,G$F:..>$ @E$ 8=6$ 6+-B6,C->J$
.6:E$.:8-4-E6,>J$:7B$ 6+-B6,C:.$B,L>6>;$<7E.@,6>46746>$@44L,$:>$
>+-56O.-56$8=G,>6>;$K=6$?->6SL:.$E.@F6,>$:,6$B-+.@>86C@7@L>$8@$
+@.G>86C@7@L>$:7B$868,:O$@,$+678:C6,@L>;$K=6$>6+:.>$:,6$B6O
A6.@+6B$:7B$4@77:86$?L8$B@$7@8$E@,C$:7$:44,6>4678$4:.GS$L+@7$
E,L-8-7D;$K=6$D.:?,@L>$@,$+L?6>4678$+68:.>$C:G$?6$:+@+68:.@L>$
@,$>GC+68:.@L>$@7.G$:8$8=6$?:>6;$Q8:C67>$@44L,$-7$8F@$:7B$8=,66$
F=@,.>J$8=6$ 7LC?6,$6NL:.-7D$8=6$ 7LC?6,$@E$+68:.>$@,$=-D=6,$
&>8 :C - 7@B 6> $ >@ C68 -C 6> $ +, 6>6 78( ;$ *$ D .: 7B L. :, $ B-> 5$ - >$ : ?>6 78 ;$
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K=->$A6,G$=@C@D676@L>$D,@L+$@E$8=,66$D676,:$F:>$,64@DO
7-R6B$:>$6:,.G$:>$0#%%$&K-6D=6CJ$0#%%:J?($:7B$?G$>L?>6NL678$
F@,56,>$&Q.6LC6,J$0%"!:b$Q8:LEE6,J$0%W0?($:7B$ F:>$4.:>>-E-6B$
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?@@8>8,:+$>L++@,8$E@,$8=6$ 4.:B6$,6+,6>678-7D$8=->$E:C-.G;$*.O
8=@LD=$8=6$4.:B6$->$4.6:,.G$C@7@+=G.68-4J$-8$6C6,D6>$:>$+:,8$@E$
:$+@.G8@CG$F-8=$8=6$76S8$8=,66$E:C-.-6>;
. Family Ximeniaceae Horan. (). —
$a@L,$ D676,:1$
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@E$ *C:R@7-:7$ V,:R-.b$!28)&C2&$Q.6LC6,$F-8=$ @76$ >+64-6>J$
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9$Q;\;$ U66J$ F-8=$ @76$>+64-6>J$JH$2*#".#)&$ `=L7$ 9$Q;\;$U66J$
@E$_;$IL:7DS-$:7B$6:>86,7$nL77:7$ +,@A-746>$@E$`=-7:b$:7B$
`"0#%"&$U;$F-8=$867$>+64-6>$-7$8=6$[.B$:7B$36F$_@,.B$8,@+-4>;
T6C?6,>$@E$8=->$E:C-.G$:,6$>=,L?>$@,$>C:..$8@$.:,D6$8,66>$
F-8=$:.86,7:86J$>-C+.6J$+68-@.:86J$6S>8-+L.:86$.6:A6>;$`"0#%"&$
+@>>6>>$ :S-..:,G$ >+-76>$:7Bl@,$ ,:C:.$8=@,7>;$<7E .@,6>46746>$
:,6$EL7B:C678:..G$LC?6..:86$&,6BL46B$8@$>@.-8:,G$E.@F6,>$-7$
>@C6$>+64-6>$@E$`"0#%"&(;$K=6$?->6SL:.J$868,:C6,@L>$E.@F6,>$
=:A6$>6+:.>$8=:8$:,6$:,6$+:,8-:..G$@,$4@C+.686.G$4@77:86$?L8$B@$
7@8$?64@C6$:44,6>4678$L+@7$E,L-8-7D;$Q8:C67>$@44L,$-7$@76$@,$
8F@$F=@,.>$:7B$>8:C-7@B6>$:,6$:?>678;$K=6$@A:,G$->$>L+6,-@,$
F-8=$:$.@7D$4@7-4:.$>8G.6;$a,L-8>$ :,6$B,L+6>$F-8=$:$8=-7$+L.+G$
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3@$C@.64L.:,$B:8:$F6,6$:A:-.:?.6$E@,$8=6$,:,6$!28)&C2&J$
=@F6A6,J$8=6$4.:B->8-4$:7:.G>->$?G$T:.c4@8$9$:.;$&'//^($+.:46B$
-8$-7$8=->$4.:B6;$K=6$E,L-8>$E,@C$J&*&%"&$+,@BL46$:7$6B-?.6$@-.J$
:.8=@LD=$-8$->$C@,6$4@CC@7.G$L>6B$:>$:$.L?,-4:78$E@,$C:4=-76,G$
&U66J$0%#/(;$Q-C-.:,.GJ$8=6$E:88G$E,L-8>$@E$A8)81")&$:,6$L>6B$8@$
C:56$>@:+$&Q.6LC6,J$0%#^(;
. Family Aptandraceae Miers (). —
$Y-D=8$D676,:1$
I%&+2*2:&$ &V.LC6($V.LC6$F-8=$ 0W$>+64-6>$-7$8=6$[.B$_@,.B$
8,@+-4>b$I1'&%C)&$T-6,>$F-8=$8=,66$>+64-6>$-7$8,@+-4:.$*C6,-4:$
:7B$@76$-7$*E,-4:b$A&',#C)&$T-6,>$F-8=$E-A6$>+64-6>$-7$Q@L8=$
*C6,-4:b$A,&8%2+,"'2%$V678=;$F-8=$8=,66$>+64-6>$-7$8,@+-4:.$
*C6,-4:b$M&)0&%C"&$H-6,,6$6S$V:-..;$F-8=$@76$>+64-6>J$MH$0#G
\2%4#%:":$H-6,,6$6S$V:-..;$-7$QY$*>-:$:7B$T:.:G>-:b$N%42\#&$
H-6,,6$F-8=$@76$>+64-6>J$NH$42)#$H-6,,6$-7$8,@+-4:.$_6>8$*E,-4:b$
:7B$-,&%#)2C":+8:$ `:A:4@$ F-8 =$ 8=,66$ >+6 4-6>$ 67B6C-4$ 8@$
T:B:D:>4:,;$*.>@J$:$C@7@8G+-4$D67L>$E,@C$ Z@7BL,:>J$M2%G
C8)2C#%C)2%$8)+#2*&'80$`;$ i..@:J$ 3-45,678J$_=-86E@@,B$ 9$
M;$\6..GJ$=:>$,64678.G$?667$B6>4,-?6B$&i..@:$9$:.;J$-7$+,6>>(;
*..$C6C?6,>$:,6$>=,L?>$:7B$8,66>$F-8=$:.86,7:86J$>-C+.6J$
+68-@.:86J$6S>8-+L.:86$.6:A6>;$M3*$>6NL6746$B:8:$,6+@,86B$:,6$
:A:-.:?.6$E@,$:..$D676,:$-7$8=6$E:C-.G$:7B$,6.:8-@7>=-+>$:,6$EL..G$
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4.:B6>$F-8=-7$8=6$E:C-.GJ$8=6$E-,>8$4@C+@>6B$@E$I% &+2*2:&J$A&G
',#C)&J$:7B$-,&%#)2C":+8:H$QG7:+@C@,+=-6>$E@,$8=6>6$D676,:$
-74.LB6$.-D7-E -6B$ DL:,B$ 46..>J$ +68:.>$ F-8=$ :+-4:.$ 8=-4567-7D>J$
+@,@>6$:78=6,$B6=->46746J$ +,@.@7D6B$:78=6,$4@77648-A6>J$:7B$
B-+.@+@,:86$+@..67;$V@8=$I%&+2*2:&$:7B$A&',#C)&$=:A6$:7$:4O
4,6>4678$B->5$8=:8$>L,,@L7B>$8=6$C:8L,6$B,L+6;$*.8=@LD=$@76$
F@L.B$:>>LC6$8=:8$-,&%#)2C":+8:J$D-A67$-8>$7:C6J$:.>@$=:>$:7$
:44,6>4678$B->5J$8=6$>-8L:8-@7$-7$8=->$D67L>$->$C@,6$4@C+.6S;$
K=6$B->5$8->>L6$8=:8$->$=@C@.@D@L>$F-8=$I%&+2*2:&$:7B$A&G
',#C)&$->$7@8$:44,6>4678;$ <7>86:BJ$ 8->>L6>$8=:8$:,6$7@8$+,6>678$
:8$E .@F6,-7D$?L8$ B6A6.@+$L+@7$E,L-8-7D$?68F667$ 8=6$ B->5$ :7B$
8=6$4:.GS$&8=6$6S8,:B->4:.$:7B$-7BLA-:.$4L+L.6>($6S+:7B$D,6:8.G$
6A678L:..G$E@,C-7D$-7E.:86B$E6>8@@7>$8=:8$>L,,@L7B$8=6$B,L+6;$
T6C?6,>$@E$8=6$>64@7B$4.:B6J$F-8=$I1'&%C)&J$A,&8%2+,"'2%J$
M&)0&%C"&J$M2%C8)2C#%C)2%$:7B$N%42\#&J$:..$=:A6$A:.A:86$
:78=6,$B6=->46746$:7B$:7$:44,6>4678$4:.GS;$K=6$D676,:$I1'&%G
C)&J$M&)0&%C"&$: 7B$N%42\#&$:.>@$>=:,6 $8=6$4=:, : 486 ,$@E$EL>6 B$
>8:C-7:.$E-.:C678>J$:$D.:7BL.:,$B->5$?68F667$8=6$>8:C67>$:7B$
+68:.>J$:7B$:$4@74:A6$:+@4@.+-LC$@7$8=6$+@..67;$*..$C6C?6,>$
@E$8=6$E:C-.G$=:A6$:$?:>:..G$?-.@4L.:,$@A:, GJ$:.86,7:86$-786,A:>O
4L.:,$+-8>J$:7B$?,6A-:S-:.$+@..67$D,:-7>;$<8$->$@E$-786,6>8$8=:8$8=6$
867B674G$8@F:,B>$ :44,6>46746$ -7$ *+8:7B,:46:6$@44L,>$ -7$ :..$
C6C?6,>$ ?L8$ 8=6$ :EE6486B$ 8->>L6>$A:,G;$K=6$ A:,-:8-@7$ :C@7D$
8:S:$-7$8=6$C@,+=@D6768-4$6EE648J$E,@C$8=6$-776,$&B->5(J$8@$8=6$
C-BB.6$ &-7BLA-:.$ 4L+L.6($8@$ 8=6$ @L86,$&4:.GS($+@,8-@7>$ @E$8=6$
,646+8:4.6$C:G$ ,6+,6>678$ :$D,:B-678$,6>+@7>6$ 8@$ :$8,:7>4,-+O
8-@7$E:48@,;$i7.-56$8G+-4:.$E .@,:.$=@C6@8-4$CL8:78>J$=@F6A6,J$
8=->$+,@46>>$B@6>$7@8$,6>L.8$-7$8=6$.@>>$@E$E.@,:.$@,D:7>$&@,$8=6-,$
8,:7>E@,C:8-@7$-78@$:7@8=6,($?L8$-7$8=6$6S+:7>-@7$@E$6S->8-7D$
@,$7@A6.$@,D:7>;
. Family Olacaceae R. Br. (), emend. —
$K=,66$D676,:1$
!8*&+"&$Q.6LC6,$F-8=$0"$>+64-6>$ @E$Q@L8=$*C6,-4:b$N*&_$U;$
F-8=$4:;$^/$>+64-6>$-7$[.B$_@,.B$8,@+-4>$:7B$*E,-4:b$:7B$-'5G
+,21#'&*80$V678=;$F-8=$8F@$>+64-6>$-7$8,@+-4:.$Q@L8=$*C6,-4:$
:7B$8F@$-7$8,@+-4:.$F6>86,7$:7B$4678,:.$*E,-4:;
T6C?6,>$ @E$ [.:4:46:6$>;>8,;$ :,6$ 8,66>J$ >=,L?>$@,$,:,6.G$
.-:7:>$F-8=$:.86,7:86J$>-C+.6J$+68-@.:86J$D.:?,@L>J$6S>8-+L.:86$
.6:A6>;$K=6$6.@7D:86$E.@F6,>$&@A:.$-7$?LB($:,6$+678:C6,@L>$@,$
>@C68-C6>$868,:O$@,$=6S:C6,@L>;$*$4:.GS$@,$4:.G4L.L>$->$+,6>O
678$&-7$N*&_$:7B$!8*&+"&($F=-4=$?64@C6>$:44,6>4678J$8-D=8.G$
>L,,@L7B-7D$8=6$E,L-8;$K=6$:7B,@64-LC$4@C+,->6>$8F@$F=@,.>$
8=:8$@E867$-74.LB6$>8:C-7@B6>;$*$D.:7BL.:,$B->5$->$:?>678;$K=6$
@A:,G$ ->$ >L+6,-@,$@,$=:.EO-7E6,-@,J$4@C+@>6B$@E$8=,66$ 4:,+6.>$
?L8$F-8=$@76$.@4L.6;$a,L-8>$ :,6$ B,L+6>$ @,$ +>6LB@OB,L+6>J$ 8=6$
!^^
TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
.:886,$ 86,C$ L>6B$?G$Q.6LC6,$&0%#^($8@$:44@L78$ E@,$ 8:S:$F-8=$
4@74,6>4678$8->>L6>;
K=->$ E:C-.GJ$E-,>8$ ,64@D7-R6B$ ?G$ K-6D=6C$ &0#%W(J$>=:,6>$
>6A6,:.$:7:8@C-4:.$&6;D;J$>-.-4:$?@B-6>$-7$F@@B$,:G>$46..>(J$C@,O
+=@.@D-4:.J$:7B$+:.G7@.@D-4:.$>G7:+@C@,+=-6>$&T:.c4@8$9$:.;J$
'//^(;$T@.64L.:,$B:8:$.-75$8=6$D67L>$!8*&+"&$8@$* E , -4: 7$C6 CO
?6,>$@E$N*&_$>648;$P)"&%C ) & #$Y7D.;$&T:.c4@8$9$3-45,678J$'//#(;$
<7B66BJ$ :$ C@.64L.:,$+=G.@D6768-4$-7A6>8-D:8-@7$ 8=:8$-74.LB6>$
,@?L>8$>:C+.-7D$@E$?@8=$N*&_$:7B$!8*&+"&$->$,6NL-,6B$8@$B686,O
C-76$F=68=6,$8=6>6$8F@$D676,:$:,6$B->8-748$@,$7@8;
. Family Octoknemaceae Soler (). —
$T@7@D676,-4J$
F-8=$N+'2\%#0&$H-6,,6$ =:A-7D$ 4:;$ >6A67$ >+64-6>$@E$8,@+-4:.$
*E,-4:;
N+'2\%#0&$-74.LB6>$B-@64-@L>$8,66>$ :7B$>=,L?>$F-8=$:.O
86,7:86J$>-C+.6J$+68-@.:86J$6S>8-+L.:86$ .6:A6>$ F-8=$>86..:86$+LO
?6>46746;$K=6$-7E.@,6>46746>$:,6$E:>4-4L.:86$:7B$6C6,D6$E,@C$
67B@D67@L>$?LB>$?6.@F$8=6$?:,5;$T:.6$E .@F6,>$:,6$+678:CO
6,@L>$F-8=$ >C:..$ 4:.GS$8668=$:.86,7:8-7D$ ?68F667$8=6$A:.A:86$
+68:.>;$*$ .@?6B$D.:7BL.:,$B->5$>L,,@L7B>$8=6$+->8-..@B6;$K=6$
+678:C6,@L>$E6C:.6$E .@F6,>$?6:,$ :$>8:C-7@B6$@++@>-86$6:4=$
+68:.$:7B$=:A6$:$CL.8-.@?6B$>8-DC:$:8@+$8=6$>8G.6;$K=6$-7E6,-@,$
@A:,G$ ->$ "O.@4L.:,$?6.@F$?L8$ ?64@C6>$L7-.@4L.:,$:?@A6;$K=6$
E,L-8$->$:$B,L+6$4,@F76B$?G$8=6$+6,>->8678$+6,-:78=;$K=6$6S86,-@,$
@E$8=6$>66B$->$B66+.G$,LC-7:86O.@?6B;
K=->$67-DC:8-4$8:S@7$=:>$4=:..67D6B$4.:>>-E-4:8-@7$E@,$@A6,$
0// $G6: ,>;$K =6$D67L >$F: >$+.:46 B$-7$-8>$@F7$E:C-.G$?G$K-6D =6C$
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6,>;$U@L->$9$Uc@7:,B$&0%^#($,64@D7-R6B$[48@576C:46:6$:>$:$
E:C-.GJ$?L8$-74.LB6B$F-8=-7$-8$N\28B&\&$&=6,6$-7$`6,A:786>-:O
46:6(;$T@,+=@.@D-4:.$E6:8L,6>$:,6$6-8=6,$L7L>L:.$E@,$Q:78:.:.6>J$
>L4=$:>$6S+:7B6B$>8-DC:8-4$6S4,6>46746>$-7$8=6$E6C:.6$E.@F6,>J$
@,$+,@A-B6$4@7E.-48-7D$.-75>$8@$A:,-@L>$D,@L+>;$a@,$6S:C+.6J$8=6$
E.@,:.$>86..:86$8,-4=@C6>$:7B$F@@B$:7:8@CG$.-75$8@$`@L.:46:6$
&T-.B?,6:BJ$0%"!b$]66BJ$0%!!(;$U6:E$:7B$F@@B$:7:8@CG$&V::>J$
0%#'b$A:7$B67$[6A6,J$0%#^($-7B-4:86$8=->$8:S@7$->$->@.:86B$E,@C$
@8=6,$[.:4:46:6;$H@..67$L.8,:>8,L48L,6$>LDD6>86B$:$,6.:8-@7>=-+$
F-8=$[+-.-:46:6$&U@?,6:LO`:..67J$0%#'(J$:$C@,6$B6,-A6B$+@>-O
8-@7$F-8=-7$8=6$@,B6,$8=:8$E@..@F>$Q4=L.8R6OT@86.$&0%W^($F=@$
C:B6$-8$:$8,-?6$-7$>L?E:C-.G$Q4=@6+E-@-B6:6;$K=6$,6BL48-@7$@,$
.@>>$ @E$ >6+:.>$ -7$ >@C6$N\'2\%#0&$>+64-6>$ ->$ -7$:44@,B$ F-8=$
8,67B>$>667$-7$C@,6$B6,-A6B$C6C?6,>$@E$Q:78:.:.6>;$K=6$+@>-O
8-@7$@E$N+'2\%#0&$@7$8=6$C@.64L.:,$8,66$&T:.c4@8$9$3-45,678J$
'//#($:>$>->86,$&?L8$F-8=$.@F$>L++@,8($8@$:$4.:B6$4@C+@>6B$@E$
Q4=@6+E-:46:6J$T->@B67B,:46:6J$U@,:78=:46:6$:7B$[+-.-:46:6$
:.>@$>L++@,8>$8=->$4@746+8;$H:,:>-8->C$=:>$7@8$?667$B@4LC6786B$
E@,$ N+'2\%#0&J$ ?L8$ -8>$ +=G.@D6768-4$ +@>-8-@7$ +@-78>$8@F:,B>$
8=->$8,@+=-4$4@7B-8-@7;
. Family Schoepfiaceae Blume (). —
$K=,66$D676,:1$
I)b2%&$`@CC;$6S$`:A;$F-8=$867$>+64-6>$@E$8,@+-4:.$:7B$86C+6,O
:86$Q@L8=$*C6,-4:b$W8"%+,&0&*"80$T@.-7:$F-8=$4:;$'/$>+64-6>$
@E$*7B6:7$Q@L8=$*C6,-4:b$:7B$7+,2#1."&$Q4=,6?;$F-8=$4:;$'!$
>+64-6>$-7$8,@+-4:.$*C6,-4:J$*E,-4:J$:7B$*>-:;
Q4=@6+E-:46:6$-74.LB6$+.:78>$F-8=$B-A6,>6$=:?-8>1$,@@8O+:,O
:>-8-4$8,66>J$>L?>=,L?>$F-8=$SG.@+@B-:$&I)b2%&$>648;$`5*&)b2%&$
Q5@88>?6,D($:7B$=6,?:46@L>$+6,677-:.>$F-8=$:.86, 7:86J$>-C+.6J$
6S>8-+L.:86$.6:A6>;$K=6$?->6SL:.$E.@F6,>$:,6$?@,76$-7$:S-..:,G$
:7B$86,C-7:.$-7E.@,6>46746>$@E$A:,-@L>$8G+6>;$K=6$E.@,:.$?,:48>$
:7B$?,:486@.6>$ :,6$ +6,>->8678J$>6+:,:86$@,$EL>6B$ -78@$:$ 4L+$ -7$
W8"%+,&0&*"80$:7B$7+,2#1."&;$K=6$4:.GS$->$,6+,6>6786B$?G$:$
4:.G4L.L>$-7$7+,2#1."&;$Z:-,>$@44L,$@++@>-86$8=6$>8:C67>$@7$8=6$
^$@,$!$+68:.>$@E$I)b2%&$:7B$7+,2#1."&;$K=6$@A:,G$->$-7E6,-@,$F-8=$
'$@,$"$.@4L.6>$:8$8=6$?:>6$:7B$L7-.@4L.:,$:?@A6;$K=6$C:8L,6$E,L-8$
-7$7+,2#1."&$->$:$B, L+6 $F=6 ,6:> $-7$I)b2%&$:7B $W8"%+,&0&*"80$
-8$->$:$7L8.68J$4,@F76B$?G$+6,>->8678$+6,-:78=$+:,8>;$K=6$?,:48>$
8=:8$674.@>6$8=6$ E,L-8$ :,6$:44,6>4678$F-8=$:$>4.6,@8-4$ .:G6,$-7$
I)b2%&$:7B$W8"%+,&0&*"80;
K=6$:>>@4-:8-@7$@E$I)b2%&$:7B$W8"%+,&0&*"80$=:>$76A6,$
?667$B->+L86BJ$=@F6A6,J$8=6-,$:EE-7-8G$F-8=$7+,2#1."&J$:>$@,-D-O
7:..G$7@86B$?G$K-6D=6C$&0#%W(J$F:>$@7.G$,64678.G$4@7E-,C6B$
L>-7D$C@.64L.:,$+=G.@D6768-4$C68=@B>$&M6,$9$3-45,678J$'//#(;$
K=->$,6.:8-@7>=-+$->$>L++@,86B$?G$8=6$:?@A6$C@,+=@.@D-4:.$E6:O
8L,6>;
. Family Misodendraceae J. Agardh (). —
$T@7@D6O
76,-4J$F-8=$J":2C#%C)80$V:75>$6S$M`;$=:A-7D$6-D=8$>+64-6>$
@E$:6,-:.$=6C-+:,:>-8-4$>=,L?>$67B6C-4$8@$86C+6,:86$E@,6>8>$@E$
Q@L8=$*C6,-4:J$C:-7.G$>@L8=$@E$""$B6D,66>;
V,:74=-7D$ -7$J":2C#%C)80$ ->$ >GC+@B-:.$ :7B$ 8=6$.6:A6>$
:,6$:.86,7:86;$H.:78>$:,6$B-@64-@L>$&,:,6.G$C@7@64-@L>$@,$F-8=$
?->6SL:.$E.@F6,>(;$K=6$-7E.@,6>46746>$:,6$@E$>+-56>$@,$,:46C6>$
8=:8$?6:,$,6BL46B$E.@F6,>$>L?867B6B$?G$?,:48>;$K=6$>8:C-7:86$
E.@F6,>$ .:45$:$+6,-:78=$ :7B$=:A6$:$4678,:.$7648:,-E6,@L>$B->5$
>L,,@L7B6B$ ?G$ 8F@$ @,$ 8=,66$ >8:C67>;$K=6$ 4:,+6..:86$ E .@F6,>$
:,6$6+-DG7@L>$&7@8$=G+@DG7@L>J$>66$d-B:.O]L>>6..$9$3-45,678J$
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C-7@B6>$6C6,D6$E,@C$D,@@A6>$?68F667$8=6$+6,-:78=$C6C?6,>;$
H6,-:78=$.@?6>$&+68:.>($:,6$,64@D7-R:?.6$:8$8=6$:+6S$@E$8=6$@A:,G$
-7$>@C6$>+64-6>;$*$7648:,-E6,@L>$B->5$@44L,>$?68F667$8=6$+68O
:.>$:7B$8=6$>8G.6$F-8=$8=,66$>8-DC:>;$K=6$C:8L,6$:4=676$?6:,>$
8=,66$:44,6>4678$E6:8=6,G$>8:C-7@B6>$8=:8$566+$8=6$E,L-8$:.@E8$
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*..$,64678$CL.8-D676$C@.64L.:,$:7:.G>6>$&M6,$9$3-45,678J$
'//#b$T:.c4@8$9$3-45,678J$ '//#b$d-B:.O]L>>6..$9$3-45,678J$
'//#?($+.:46$T->@B67B,:46:6$:>$>->86,$8@$Q4=@6+E-:46:6$:7B$
8=:8$4.:B6$>->86,$8@$U@,:78=:46:6;$*C@7D$8=6$E-A6$-7B6+67B678$
6A@.L8-@7>$@E$:6,-:.$+:,:>-8->CJ$C@.64L.:,$B:8-7D$-7B-4:86$J":2G
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3-45,678J$'//#?(;
. Family Loranthaceae Juss. (). —
$Q6A678GO8=,66$
D676,:$C:-7.G$@E$8=6$[.B$:7B$36F$_@,.B$8,@+-4>$F-8=$ >@C6$
D676,:$@44L,,-7D$-7$86C+6,:86$,6D-@7>;$K=6$>L?E:C-.-:.$7:C6$
U@,:78=@-B6:6$Y:8@7$&0#"W($F:>$L>6B$?G$Y7D.6,$9$\,:L>6$
&0%"!($E@,$8=6$8:S@7$6NL-A:.678$8@$F=:8$->$=6,6$4@7>-B6,6B$E:CO
-.G$U@,:78=:46:6;$K=6$@8=6,$>L?E:C-.GJ$d->4@-B6:6J$->$=6,6$,64O
@D7-R6B$:>$ :$B->8-748$E:C-.G$&>66$B->4L>>-@7$ L7B6,$d->4:46:6$
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&C@,6$,:,6.G$: .8 6,7:86$@,$F=@,.6B(J$>-C+.6J$4L , A - 76, A6B$@,$+67O
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!^!
3-45,678$9$:.;$)$Classif ication of SantalalesTA X ON $!%$&'($)$*+,-.$'/0/1$!"#2!!#
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>@.6.G$@,$+,-C:,-.G$,@@8$+:,:>-86>$F=6,6:>$8=6$C:P@,-8G$@E$8=6$
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3-45,678J$'//#:J?($4:7$ ?6$E@L7B$-7$A:,-@L>$ >+64-6>$@E$P)"12G
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.. Tribe Nuytsieae Tiegh. —
$K=->$8,-?6J$,64@D7-R6B$?G$
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L7-.@4L.:,$:?@A6;
.. Tribe Gaiadendreae Tiegh.
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C:8L,6;$L&"&C#%C)2%$->$:$>=,L?$@,$8,66$L+$8@$0^$C$8:..J$6S->8O
-7D$6-8=6,$:>$:$86,,6>8,-:.$,@@8$+:,:>-86$@,$:>$:7$6+-+=G86$&\L-P8J$
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8=6>6$D676,:$->$A6,G$>-C-.:,$:7B$C:84=6>$F6..$8=6$=G+@8=68-4:.$
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.. Tribe Elytrantheae Engl.
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.. Tribe Psittacantheae Horan.
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... Subtribe Tupeinae Nickrent & Vidal-Russell, subtr.
nov. —
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... Subtribe Notantherinae Nickrent & Vidal-Russell,
subtr. nov. —
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... Subtribe Ligarinae Nickrent & Vidal-Russell,
subtr. nov.
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... Subtribe Psittacanthinae Engl. —
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8=:8$ ->$ +6,>->8678$ @7$ 8=6$E,L-8J$:7B$ >+=6,-4:.$&7@8$8,-:7DL.:,($
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E-.:C678>$@E$8=6$.@7D6,$>8:C67>;$*78=6,>$4:7$?6$6-8=6,$?:>-E-S6B$
@,$B@,>-E-S6B$:7B$-7$>@C6$D676,:$8=6$4@77648-A6$->$:+-4L.:86;$
K=6$>8G.6$->$4@78@,86B$-7$A*&C2+2*#&$:7B$7')8',&%',8:;
T@.64L.:,$+=G.@D67-6>$:7B$+:.G7@.@D-4:.$6A-B6746$&a6L6,$9$
\L-P8J$0%#!($,6A6:.$8=6$4.@>6$,6.:8-@7>=-+>$:C@7D$8=6$>6A67$>C:..O
E.@F6,6B$D676,:$&A*&C2+2*#&J$!#%C)21#02%J$9_2+&+'8:J$N)5+G
'&%',8:J$N) 5 +'"% &J$-&%& 0&%' ,8:J$-,',")8:& J$7')8',&%',8:(J$8=L>$
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!^#
TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
.. Tribe Lorantheae Rchb.
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Y7D.6,s>$>L?8,-?6$U@,:78=-7:6$-74.LB6B$>6A67$D676,:J$?L8$@76$
@E$ 8=6>6$ F:>$ @2)&%',8:$ 8=:8J$:44@,B-7D$8@$C@B6,7$4@746+8>J$
674@C+:>>6>$"X$D676,:;$QL?8,-?6$<.6@>8G.-7:6$=:>$:$?:>6$4=,@O
C@>@C6$7LC?6,$ @E$ _$j$00$:7B$8=->$4.:B6$->$>->86,$8@$:$4.:B6$
4@78:-7-7D$8=6$,6C:-7-7D$>-S$>L?8,-?6>$&"#$D676,:($8=:8$:..$=:A6$
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,:78=:46:6J$:7B$@76$8=:8$:EE6486B$8=6$.:,D6>8$7LC?6,$@E$D676,:$
:7B$>+64-6>;
... Subtribe Ileostylinae Nickrent & Vidal-Russell,
subtr. nov. —
$KG+61$9*#2:'5*8:$K-6D=;$KF@$D676,:1$9*#2:'5*8:$
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p6:.:7B$:7B$J8#**#)"%&$ K-6D=;$F-8=$E@L,$>+64-6>$67B6C-4$8@$
6:>86,7$*L>8,:.-:;
a,L8-46>$D.:?,-$-7$4:L.-?L>$+:,:>-8-4-$,:B-4-?L>$6+-4@,8-4:O
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4-?L>$A6.$LC?6..->$C@7:B@,LC$8,-:B@,LCA6$4@7>8:7>J$E.@,-?L>$
?,:486->$>@.-8:,-->$>L?8678-?L>;$a.@,6>$?->6SL:.6>$:48-7@C@,+=-J$
:L8$+:,A-$4=@,-+68:.-$^OC6,-$:78=6,->$?:>-E-S->$&9*#2:'5*8:($:L8$
D,:7B6>$D:C@+68:.-$!OC6,-$:78=6,->$B@,>-E-S->$&J8#**#)"%&(;
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,@@8>;$K=6$?:>-4$-7E.@,6>46746$L7-8>$:,6$C@7:B>$@,$8,-:B>$:,O
,:7D6B$-7$>-C+.6$,:46C6>$@,$LC?6.>;$<7$J8#**#)"%&$8=6$4678,:.$
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8=6$ -7E.@,6>46746J$ ?L8$ 6:4=$ ?->6SL:.J$ :48-7@C@,+=-4$E.@F6,$
->$>L?867B6B$?G$@76$?,:48;$K=6$@A6,:..$E.@,:.$C@,+=@.@DG$@E$
8=6$8F@$D676,:$->$B-EE6,678;$9*#2:'5*8:$=:>$>C:..$&';!$CC(J$
4=@,-+68:.@L>$ E .@F6,>$ F-8=$ E@L,$ +68:.>$ F=6,6:>$ J8#**#)"%&$
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<7$8=6$E@,C6,$D67L>$8=6$:78=6,>$:,6$?:>-E-S6B$:7B$-7$8=6$.:886,$
B@,>-E-S6B;$<7B66BJ$8=6$E.@F6,>$@E$9*#2:'5*8:$,6>6C?.6$P81#"& J$
?L8$8=->$CL>8$=:A6$6A@.A6B$-7$+:,:..6.$D-A67$8=6-,$+=G.@D6768-4$
B->8:746;
... Subtribe Loranthinae Engl.
$KF@$D67 6,:1 $A#+&)G
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8=6$H=-.-++-76>J$36F$IL-76:J$ 36F$V,-8:-7J$:7B$8=6$Q@.@C@7$
<>.:7B>$:7B$@2)&%',8:$g:4N;$F-8=$4:;$867$>+64-6>$@E$YL,@+6$8@$
>@L8=6,7$`=-7:J$:7B$QLC:8,:;
K=6>6$D.:?,@L>J$:.86,7:86$.6:A6B$C->8.68@6>$6-8=6,$=:A6$&@2G
)&%',8:($@,$.:45$&A#+&))"&($6+-4@,8-4:.$,@@8>;$K=6$-7E.@,6>46746$
=:>$?667$B6>4,-?6B$:>$:$>+-56$E@,$?@8=$D676,:J$?L8$E@,$A#+&)G
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&M:7>6,J$0%"0(J$:$'OE.@F6,6B$LC?6.$&V:,.@F$9$_-67>J$0%X"(J$
@,$:$^OE.@F6,6B$,:46C6$&V:,.@FJ$0%#^(;$K=6>6$B6>4,-+8-A6$B-EO
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86,C-7@.@DG$8=:8$:,6$6>+64-:..G$:4L86$-7$U@,:78=:46:6$&\L-P8J$
0%#0(;$K=6$!O$@,$WOC6,@L>J$4=@,-+68:.@L>$E .@F6,>$:,6$?->6SL:.$
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>8:86B1$eA#+&))"&$C:G$? 6$:7$L 7 >+6 4-: . -R6B J$,6.-4$D67L>$7 6:,$8 =6$
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F:>$>+.-8$-78@$:$+.68=@,:$@E$D676,:$?G$K-6D=6C$&+L?.-4:8-@7>$
?68F667$0#%^$:7B$0%00(J$:7B$,64-,4LC>4,-?6B$?G$M:7>6,$&+L?O
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8=:8$8=6$7-76$>+64-6>$:>>-D76B$8@$M51,#&)$?G$M:7>6,$F6,6$:..$
4@7>+64-E-4$F-8=$ @H$2C2)&'8:;$_-8=$@H$#8)21&#8:J$8=6$ D67L>$
F:>$8=67$ 8=@LD=8$8@$-74.LB6$PL>8$8F@$ >+64-6>;$ K=6$V*2)&$2.$
A,"%&$8,6:8C678$ &t-L$9$ I-.?6,8J$'//"($.->8>$ >-S$ >+64-6>$ E,@C$
`=-7:$:7B$867$8@8:.$E@,$8=6$D67L>;$T@.64L.:,$6A-B6746$&g6,OT-7D$
ZLJ$+6,>;$4@CC;($>L++@,8>$8=6$C@7@+=G.G$@E$8=6$`=-76>6$:7B$
YL,@+6:7$>+64-6>;
... Subtribe Amyeminae Nickrent & Vidal-Russell,
subtr. nov. —
$KG+6$I05#0&$K-6D=;$3-76$D676,:1$I05#0&$
K-6D=;$ F-8=$ 4:;$ 0//$ >+64-6>$ E ,@C$ T:.6>-:J$ *L>8,:.-:J$ H=-.-+O
+-76>J$:7B$F6>86,7$H:4-E-4b$3&)&',)&%',8:$&\@,8=;($T-N;$F-8=$
8=,66$ >+64-6>$ @E$Q,-$U:75:$ :7B$T:.:G>-:b$3#%',&0"%&$K-6D=;$
F-8=$@76$>+64-6>J$3H$&*5_".2*"&$&a;$TL6..;$6S$V678=;($K-6D=;J$@E$
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:7B$7@,8=6,7$tL667>.:7B$*L>8,:.-:b$!"1*&'"&$K-6D=;$F-8=$8=,66$
>+64-6>$@E$8,@+-4:.$*L>8,:.-:b$!":')"&%',#:$ M:7>6,$F-8=$ @76$
>+64-6>J$!H$02*".*2)&$&\,:L>6($M:7>6,J$@E$36F$IL-76:b$M#*"G
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<7B-:b$-&18&%',#:$M :7>6 ,$F-8 =$@7 6$>+ 64-6>J$-H$&*B#)'":""$M:7>6,$
@E$36F$IL-76:b$:7B$724#)"&%',#$M:7>6,$F-8=$E@L,$>+64-6>$E,@C$
6:>86,7$36F$IL-76:$8@$8=6$Q@.@C@7$<>.:7B>;
a,L8-46>$D.:?,-$+L?6>46786>A6$-7$4:L.-?L>$+:,:>-8-4-$,:B-4-O
?L>$6+-4@,8-4:.-?L>$&+,:686,$!"1*&'"&0($+,:6B-8-;$a@.-:$:.86,7:$
@++@>-8:$A6,8-4-..:8:A6;$<7E.@,6>4678-:$6S$,:46C@$LC?6..:$4:+-O
8L.@A6$4@7>8:7>J$E.@,-?L>$-7$8,-:B:$>-C+.-4-:$:DD,6D:8:A6$B->+@O
>-8->J$A6.$:B$E.@,6C$>@.-8:,-LC$,6BL48:b$?,:486->$E.@,:.-?L>$-786,O
BLC$:44,6>4678-?L>$A6.$4L+L.:C$E@,C:78-?L>;$a.@,6>$?->6SL:.6>$
L7->6SL:.6>A6J$!O$A6.$WOC6,-J$4=@,-+68:.-$D:C@+68:.-A6;
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6+-4@,8-4:.$,@@8>$:7B$C@>8$F-8=$@++@>-86$.6:A6>$&:.>@$:.86,7:86$
:7B$A6,8-4-..:86$-7$I05#0&(;$K=6$?:>-4$-7E .@,6>46746$L7-8$:+O
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E.@,6>46746>$@E$,:46C6>J$LC?6.>$:7B$4:+-8L.:J$@,$>@C68-C6>$
,6BL46B$8@$>-7D.6$E.@F6,>$@,$:$>-C+.6$LC?6.$@E$BG:B>$-7$>@C6$
I05#0&$&>66$E-D;$!$-7$V:,.@FJ$0%WW(;$<7$!"1*&'"&$:7B$-&18&%G
',#:$8=6$E.@,:.$?,:48>$:,6$67.:,D6BJ$E@.-:46L>J$:7B$4@77:86$8=L>$
4@A6,-7D$8=6$-7E.@,6>46746$BL,-7D$B6A6.@+C678;$K=->$?,:48$ELO
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F=6,6$8=6$?,:48>$E@,C$:$4L+L.6$:8$8=6$?:>6$@E$8=6$+6BL74.6;$K=6$
E.@F6,>$:,6$?->6SL:.$&6S46+8$-7$3&)&',)&%',8:(J$D676,:..G$!O$@,$
WOC6,@L>J$4=@,-+68:.@L>$&6;D;J$3&)&',)&%',8:J$!&+'5*"21,2)&J$
!"1*&'"&($@,$D:C@+68:.@L>J$:7B$F-8=$@,$F-8=@L8$,6E.6S6B$.@?6>;$
*7$:,8-4L.:86B$>8G.6$->$>667$-7$!&+'5*"21,2)&J$:$E6:8L,6$,:,6.G$
>667$@L8>-B6$K,-?6$Y.G8,:78=6:6;
!^%
3-45,678$9$:.;$)$Classif ication of SantalalesTA X ON $!%$&'($)$*+,-.$'/0/1$!"#2!!#
Q-S$ D676,:$ ,6+,6>678-7D$ 8=6$ eI05#0&$ 4@C+.6Sf$ F6,6$
>8,@7D.G$>L++@,86B$:>$:$4.:B6$E,@C$C@.64L.:,$:7:.G>6>$&d-B:.O
]L>>6..$9$3-45,678J$'//#:(;$3&)&',)&%',8:J$F6:5.G$>L++@,86B$
:>$>->86,$8@$8=->$4.:B6J$=:>$:$A6,G$B-EE6,678$C@,+=@.@DG1$8=6$
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6C6,D6$E,@C$=@..@F>$-7$8=6$>86C;$d:,-@L>$D676,-4$7:C6>$4@-76B$
?G$K-6D=6C$:7B$M:7>6,$E@,$8:S:$F-8=-7$8=6$I05#0&$4@C+.6S$
&6;D;J$!"+50&%',#:($=:A6$?667$+.:46B$-7$>G7@7@CG$F-8=$I05G
#0&;$K=6$8F@$>+64-6>$@E$I05#0&$>:C+.6B$-7$d-B:.O]L>>6..$9$
3-45,678$&'//#:($F6,6$7@8$C@7@+=G.68-4;$K=6>6$E:48>J$+.L>$8=6$
=-D=$B6D,66$@E$C@,+=@.@D-4:.$A:,-:8-@7$:C@7D$8=6$.:,D6$7LC?6,$
@E$>+64-6>J$=-D=.-D=8$8=6$766B$E@,$:BB-8-@7:.$C@.64L.:,$F@,5$8@$
?6886,$6>8:?.->=$D676,-4$.-C-8>$-7$*CG6C-7:6;
... Subtribe Scurrulinae Nickrent & Vidal-Russell,
subtr. nov. —
$KG+61$7+8))8*&$U;$KF@$D676,:1$7+8))8*&$U;$
F-8=$4:;$!/$>+64-6>$@E$`=-7:J$Q@L8=6:>8$*>-:$:7B$T:.:G>-:b$
:7B$P& _ "**8:$K-6D=;$F-8=$4:;$"!$>+64-6>$@E$8,@+-4:.$*>-:$&<7B-:$
:7B$Q,-$U:75:$8@$`=-7:J$g:+:7J$H=-.-++-76>J$V@,76@($:7B$*E,-4:$
&\67G:$4@:>8(;
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... Subtribe Dendrophthoinae Nickrent & Vidal-
Russell, subtr. nov. —
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... Subtribe Emelianthinae Nickrent & Vidal-Russell,
subtr. nov. —
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... Subtribe Tapinanthinae Nickrent & Vidal-Russell,
subtr. nov.
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. Family Opiliaceae Valeton (). —
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. Family Comandraceae Nickrent & Der, fam. nov. —
$
KG+61$A20&%C)&$3L88;$KF@$D676,:1$A20&%C)&$3L88;$F-8=$@76$
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. Family Thesiaceae Vest (). —
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B-A6,D6$-7$8=6$4.:B6J$:7B$?64:L>6$8=6G$:,6$?@8=$Q@L8=$*E,-4:7$
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. Family Cervantesiaceae Nickrent & Der, fam. nov.
$
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:$F=-86J$E.6>=G$-776,$6S@4:,+$4@A6,-7D$@7$8=6$>8@7G$C6>@4:,+;
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TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
K=6$4.:B6$8=:8$-74.LB6>$8=6$D676,:$@E$`6,A:786>-:46:6$->$
>8,@7D.G$>L++@,86B$?G$C@.64L.:,$B:8:$:7B$-786,D676,-4$,6.:8-@7O
>=-+>$:,6$EL..G$,6>@.A6B$&M6,$9$3-45,678J$'//#b$]@D6,>$9$:.;J$
'//#(;$K=6$E:C-.G$ ->$ 4@C+@>6B$@E$8F@$4.:B6>J$ 8=6$ E-,>8$ F-8=$
I+&%',2:5)":J$A#)<&%'#:"&$:7B$e2C"%&$&8=6$Q@L8=$*C6,-4:7$@,$
A#)<&%'#:"&$ 4.:B6($:7B$:$ >64@7B$4@C+@>6B$@E$8=6$ ,6C:-7-7D$
E@L,$ D676,:$ &-5)8*&)"&$4.:B6(;$V-@D6@D,:+=-4:..GJ$-5)8*&)"&$
>=@F>$8=6$6:>86,7$3@,8=$*C6,-4:7J$6:>86,7$*>-:7$B->PL748-@7$
:.>@$>667$-7$38+\*#5&$&K=6>-:46:6(;$K=6$.:,D6$E,L-8>$@E$I+&%G
',2:5)":$&%%2%&48:'&'&$`;$i..@:$9$H;$gu,D$:,6$6:867$?G$.@4:.$
+6@+.6;$H:,:>-8->C$@E$>L,,@L7B-7D$A6D68:8-@7$?G$IH$&:"1&12'#$
T;$366$:7B$N\28B&\&$=:>$?667$B@4LC6786B$:7B$->$>LEE-4-678.G$
>6A6,6$8@$.-C-8$D,@F-7D$4,@+>$:,@L7B$8=6$+.:78>;
. Family Nanodeaceae Nickrent & Der, fam. nov. —
$
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*;$`L77;$6S$Y7B.;$F-8=$@76$>+64-6>J$JH$ :&*"+".2*"&$$$*;$`L77;J$
B->PL748$E,@C$36F$p6:.:7B$8@$8=6$gL:7$a6,7:7B6R$<>.:7B>b$:7B$
S&%2C#&$V:75>$6S$`;a;$I:6,87;$F-8=$@76$>+64-6>J$SH$08:+2:&$
`;a;$I:6,87;J$@E$86C+6,:86$ Q@L8=$*C6,-4:$&H:8:D@7-:J$K-6,,:$
B6.$aL6D@J$:7B$8=6$a:.5.:7B$<>.:7B>(;
*,?@,6>$&J"C&($A6.$ >LEE,L8-46>$ &S&%2C#&($ -7$ ,:B-4-?L>$
+:,:>-8-4-;$ a@.-:$:.86,7:J$867L-:$ 4:,7@>:A6;$a.@,6>$?->6SL:.6>$
^OC6,-$ 4:.G4L.@$>L?8678-J$B->4-$.@?L.->$D.:7BL.:,-?L>$-786,$86O
+:.:$:.86,7:78-?L>J$:78=6,:,LC$4@77648-A->$:B$86+:.:$8,-4=@C:O
8-?L>$:EE-S->J$@A:,-@$>6C-O-7E6,@$&J"C&($A6.$-7E6,@$&S&%2C#&(;$
a,L48L>$6S$B,L+:$+6,-:78=-@$+6,>->86786$4@,@7:8:$4@7>8:7>;
J"C&$->$:$=6C-+:,:>-8-4$8,66$F=6,6:>$S&%2C#&$->$:$8L,EO$@,$
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:7B$>@C6F=:8$E.6>=G;$K=6$E .@F6,>$:,6$?->6SL:.J$868,:C6,@L>J$
F-8=$:$4:.G4L.L>;$Z:-,>$@++@>-86$8=6$>8:C67>$:>$F6..$:>$:$.@?6B$
D.:7BL.:,$B->5$:,6$ +,6>678;$K=6$@76O.@4L.:,$@A:,G$->$-7E6,-@,$
-7$S&%2C#&$:7B$=:.E$-7E6,-@,$-7$J"C&;$K=6$+.:4678:.$4@.LC7$->$
>8,:-D=8$:7BJ$:8$.6:>8$-7$J"C&$6S867B>$?6G@7B$8=6$@AL.6>$:+-4:..G$
:>$:$4@7-4:.$+,@P648-@7$ 8@$ 8=6$ ?:>6$@E$ 8=6$ >8G.6;$KF@$@,$8=,66$
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4,@F76B$?G$8=6$+6,>->8678$+6,-:78=$+:,8>;
J"C&$+,6>678>$D676,:.-R6B$A6D68:8-A6$:7B$E.@,:.$4=:,:486,>J$
8=L>$-8$->$7@8$>L,+,->-7D$8=:8$-8$F:>$4.:>>-E-6B$F-8=$C6C?6,>$@E$
Q:78:.6:6$>L4=$:>$V8:&%8:$:7B$O8+&)5&J$?@8=$7@F$-74.LB6B$-7$
7&%'&*80$&H-.D6,J$0%"!(;$K=->$ ,6.:8-@7>=-+$F:>$>L++@,86B$ ?G$
6C?,G@.@D-4:.$E6:8L,6>J$>L4=$:>$8=6$-2*542%80$6C?,G@$>:4$8=:8$
6S867B>$?6G@7B$8=6$@AL.6$-7$8=6$^O7L4.6:86$>8:D6;$VL8$A:,-:8-@7>$
@7$8=->$e:DD,6>>-A6f$6C?,G@$>:4$?6=:A-@,$:.>@$@44L,>$-7$@8=6,$
Q:78:.:46:6$>;.;$:>$F6..$:>$-7$[+-.-:46:6J$T->@B67B,:46:6$:7B$
U@,:78=:46:6J$8=L>$8=->$E6:8L,6$4:77@8$?6$L>6B$8@$.-75$J"C&$8@$
:7G$+:,8-4L.:,$>:78:.:.6:7$4.:B6;$K=6$D6@D,:+=-4:.$B->8,-?L8-@7>$
@E$8=6>6$8F@$D676,:$>LDD6>8>$8=6G$C:G$?6$I@7BF:7:7$,6.-48>;
. Family Santalaceae R. Br. (), emend. —
$Y.6A67$
D676,:1$I%'"C&1,%#$H@6++;$9$Y7B.;$F-8=$>6A67$>+64-6>$@E$Q@L8=$
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4.LB-7D$V8:&%8:$+201)#::8:$TL,,r$F-8=$8F@$>+64-6>$@E$Q@L8=$
*E,-4:b$O8B)&+,"2%$Z@@5;$E;$F-8=$8F@$>+64-6>$E,@C$8=6$`:,-?O
?6:7$8@$Q@L8=$*C6,-4:b$O_2+&)12:$U:?-..;$F-8=$'W$>+64-6>$@E$
Q@L8=6:>8$*>-:$:7B$T:.:G>-:$8@$Z:F:--b$@#1"C2+#)&:$Z@@5;$E;$
F-8=$8F@$>+64-6>$@E$`=-.6b$J52:+,"*2:$]L-R$9$H:A;$F-8=$ @76$
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M`;$F-8=$ @76$>+64-6>b$NH$ &+#)B&$ &];$V,;($*;$M`;J$@E$>@L8=O
6:>86,7$*L>8,:.-:b$N:5)":$U;$F-8=$8F@$>+64-6>$ @E$YL,@+6J$8=6$
T6B-86,,:76:7J$*E,-4:$8@$`=-7:b$K,2"&+&)12:$*;$M`;$F-8=$@76$
>+64-6>J$KH$+&1#%:":$&Z:,A;($*;$M`;J$67B6C-4$8@$Q@L8=$*E,-4:b$
:7B$7&%'&*80$U;$F-8=$0W$>+64-6>$E,@C$<7B@C:.:G:$8@$*L>8,:.-:$
:7B$Z:F:--;$<74.LB6>$Y,6C@.6+-B:46:6$K-6D=;$6S$\L-P8;
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-74.LB-7D$?->6SL:.$E.@F6,>J$B-@64-@L>J$C@7@64-@L>J$:7B,@C@7O
@64-@L>J$:7B$:7B,@B-@64-@L>;$ <7E.@,6>46746>$:,6$:S-..:,G$:7B$
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4-4.6>J$:7B$LC?6.>;$*$4:.GS$->$:?>678$@,J$-7$J52:+,"*2:J$+,6>678$
:>$:$4:.G4L.L>;$H68:.>$"2WJ$E,66$@,$EL>6B$-78@$:$4@,@..:$8L?6$8=:8$
->$>=@,8$:7B$4:C+:7L.:86$@,$L,46@.:86;$H68:.$=:-,>$@++@>-86$8=6$
>8:C67>$C:G$?6$+,6>678$@,$:?>678$&O_2+&)12:J$N01,&+20#)"&J$
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>@C68-C6>$F-8=$8=6$>L?867B-7D$+6B-46.$>F@..67$:7B$E.6>=G$&6;D;J$
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E-?,@L>$>66B$:88:4=C678$>8,L48L,6>;
Q:78:.:46:6$>;>8,;$F6,6$=-D=.G$>L++@,86B$:>$C@7@+=G.68-4$
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4.:B6$4@78:-7-7D$8=,66$D676,:$@E$36F$_@,.B$C->8.68@6>$F=@>6$
C6C?6,>$=:A6$?667$:>>-D76B$8@$:$A:,-68G$@E$>:78:.:.6:7$E:C-O
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0%##( J$ Q: 78 :.: 46 :6$ & _-6 7> $ 9$ V: ,.@ FJ$ 0%X0(J$ : 7B $ d-> 4:4 6: 6$
&V=:7B:,-$9$d@=,:J$0%#"(;$K,-?6$*78=@?@.6:6J$E@,C6,.G$4@7O
8:-7-7D$I%',2B2*8:J$N01,&+20#)"&$:7B$O_2+&)12:J$->$ 7@F$
B6EL748$D-A67$8=:8$I%',2B2*8:$=:>$ ?667$ 8,:7>E6,,6B$8@$[+-.-O
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8=6$,6C:-7-7D$D676,:$-7$8=6$E:C-.G;
. Family Amphorogynaceae (Stauffer ex Stearn) Nick-
rent & Der, stat. nov. —
$V:>6B$@7$8,-?6$*C+=@,@DG76:6$
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9$Q8:LEE;$F-8=$@76$>+64-6>J$!H$+2)&**"%&$Zv,.;J$67B6C-4$8@$36F$
`:.6B@7-:b$!#%C)205/&$M:7>6,$q-74.LB-7D$A*&C205/&$M: 7>6,r $
F-8=$'0$>+64-6>$@E$>@L8=6:>86,7$*>-:J$T:.:G>-:J$<7B@76>-:J$:7B$
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!!"
3-45,678$9$:.;$)$Classif ication of SantalalesTA X ON $!%$&'($)$*+,-.$'/0/1$!"#2!!#
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:7B$>86CO+:,:>-8-4($>=,L?>J$>86C$B67B,@+:,:>-86>$&.-:7:>(J$:7B$
>86CO+:,:>-8-4$>=, L?>$&C->8.68@6>(;$-,&+#**&)"&$->$:$=G+6,+:,:O
>-86$@7$U@,:78=:46:6$:7B$@8=6,$*C+=@,@DG7:46:6;$Q86C>$F-8=$
>GC+@B-:.$?,:74=-7DJ$-7$>@C6$:6,-:.$+:,:>-86>$B-EE6,678-:86B$-78@$
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4-..:86J$6-8=6,$B-C@,+=-4$@,$7@8$B-C@,+=-4J$+6,>->8678J$4:BL4@L>$
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CLASSIFICATION
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8=6$E:C-.-6>$4@78:-7$@7.G$8F@$@,$8=,66$D676,:;$<7$C@>8$@E$8=6>6$
E:C-.-6>J$ >6A6,:.$@E$8=6$4@C+@7678$D676,:$:,6$:.>@$C@7@>+6O
4-E-4J$ 8=L>$>LDD6>8-7D$8=6>6$ 4.:B6>$,6+,6>678$ ->@.:86B$:7Bl@,$
,6.-48L:.$4.:B@D67-4$6A678>;
_6$?6.-6A6$8=:8$ 8=6$ 4.:B6>$ @?8:-76B$E,@C$CL.8-D676$C@O
.64L.:,$:7:.G>6>$,6+,6>678$8=6$?6>8$4L,,678$=G+@8=6>6>$E@,$8=6$
6A@.L8-@7:,G$.-76:D6>$F-8=-7$Q:78:.:.6>;$a,@C$8=6>6$4.:B6>$F6$
=:A6$+,@+@>6B$:$,6A->6B$4.:>>-E-4:8-@7$@E$8=6$@,B6,J$G68$8=6$,6O
>L.8-7D$E:C-.-6>$:,6J$-7$>@C6$4:>6>J$C@,6$B-EE -4L.8$8@$-B678-EG$
:7B$ 4-,4LC>4,-?6$ L>-7D$C@,+=@.@D-4:.$E6:8L,6>;$ 3LC6,@L>$
6S:C+.6>$4:7$ ?6$ D-A67$ F=6,6$ C@.64L.:,$+=G.@D6768-4$C68=O
@B>$=:A6$-B678-E-6B$:$>8,@7D.G$>L++@,86B$4.:B6$8=:8$.:45>$C@,O
+=@.@D-4:.$>G7:+@C@,+=-6>$&`=:>6$ 9$:.;J$'///b$QC-8=$9$:.;J$
'//W(J$?L8$,64@D7-8-@7$@E$8=6$D,@L+$ ->$ PL>8-E-6B$ ?G$:>>LC-7D$
>L4=$>G7:+@C@,+=-6>$&?6$8=6G$C-4,@C@,+=@.@D-4:.J$4=6C-4:.$
@,$D67@C-4($6S->8$ :7B$ ,6C:-7$ 8@$ ?6$ B->4@A6,6B;$_6$+,6>678$
?6.@F$:$56G$8=:8$L>6>$:A:-.:?.6$C@,+=@.@D-4:.$-7E@,C:8-@7$8@$
-B678-EG$8=6$0#$E:C-.-6>$@E$Q:78:.:.6>;$Y>+64-:..G$E@,$[.:4:46:6$
>;.;$:7B$Q:78:.:46:6$>;.;J$:7:8@C-4:.$:7B$6C?,G@.@D-4:.$E6:8L,6>$
F6,6$>@C68-C6>$6C+.@G6B$?64:L>6$C@>8$C:4,@C@,+=@.@D-4:.$
E6:8L,6>$:,6$ +@.GC@,+=-4$ :C@7D$ 4.:B6>;$`=:,:486,>$ >L4=$ :>$
+:,:>-8->C$C@B6$&>86C$A>;$,@@8(J$+.:78$>6SL:.$4@7B-8-@7J$@A:,G$
+@>-8-@7J$+68:.$=:-,$8LE8>$@++@>-86$>8:C67>J$>66B$A->4-7$8->>L6J$
684;$=:A6$>8:86>$8=:8$:++6:,$CL.8-+.6$8-C6>$-7$B-EE6,678$4.:B6>;$
*>$B->4L>>6B$-7$M6,$9$3-45,678$&'//#(J$-8$>66C>$8=->$A:,-:8-@7$
!!!
3-45,678$9$:.;$)$Classif ication of SantalalesTA X ON $!%$&'($)$*+,-.$'/0/1$!"#2!!#
Agarwal, S. 0%W";$T@, +=@.@D-4:.$: 7B$6C? ,G@.@D-4: .$>8L B- 6>$-7$8=6 $E:CO
-.G$[.:4:46:6;$<;$N*&_$U;$-,5'202)1,2*24 5$0"1$0#!20%W;
APG (Angiosperm Phylogeny Group). 0%%#;$*7$@,B-7:.$ 4.:>>-E-4:O
8-@7$E@,$8=6$E:C-.-6>$@E$E.@F6,-7D$+.:78>;$I%%H$J"::28)"$32'H$L&)CH$
#!1$!"02!!";
APG (Angiosperm Phylogeny Group). '//";$*7$L+B:86$@E$8=6$*7D-@O
>+6,C$H=G.@D67G$I,@L+$4.:>>-E -4:8-@7$E@,$8=6$@,B6,>$:7B$E:C-.-6>$
@E$E.@F6,-7D$+.:78>1$*HI$<<;$32'H$eH$@"%%H$72+H$0^01$"%%2^"W;
APG (Angiosperm Phylogeny Group). '//%;$*7$L+B:86$@E$8=6$*7D-@O
>+6,C$H=G.@D67G$I,@L+$4.:>>-E -4:8-@7$E@,$8=6$@,B6,>$:7B$E:C-.-6>$
@E$E.@F6,-7D$+.:78>1$*HI$<<<;$32'H$eH$@"%%H$72+H$0W01$0/!20'0;
Ashworth, V.E.T.M. '///:;$ H=G.@D6768-4$,6.:8-@7>=-+>$ -7$ H=@,:B67O
B,6:6$&d->4:46:6($-7E6, ,6B$E,@C$8= ,66$,6D-@7>$@E$8=6$7L4.6:,$,-?@O
>@C:.$4->8,@71$<;$T:P@,$.-76:D6>$:7B$+:,:+=G.G$@E$-,2)&C#%C)2%;$
75:'H$32'H$'!1$"^%2"X/;
Ashworth, V.E.T.M. '///?;$H=G.@D6768-4$,6.:8-@7>=-+>$ -7$ H=@,:B67O
->$E,:48:.$-7$7:8L,6J$-7$@8=6,$F@,B>J$>-C-.:,$8=6C6>$:++6:,$,6O
+6:86B$:8$B-EE6,678$=-6,:,4=-4:.$.6A6.>;$<7$D676,:.J$L7:C?-DL@L>$
>G7:+@C@,+=-6>$ B6.-C-8-7D$E:C-.-6>$:7B$.:,D6,$ D,@L+-7D$:,6$
,:,6J$8=L>$ 4=:,:486,-R:8-@7$ L>L:..G$,6NL-,6>$L7-NL6$ 4@C?-7:O
8-@7>$@E$4=:,:486,>;
KEY TO SANTALALES FAMILIES
$ 0;$ H:,:>-8-4$@,$7@8b$E .@F6,>$B-4=.:CGB@L>$&6S46+8$>@C6$N+G
'2\%#0&$@E$[48@576C:46:6(b$>8:C67>$6NL:.$8@$@,$D,6:86,$
-7$7LC?6,$8=:7$+68:.>b$@AL.6>$L7-86DC-4$@,$?-86DC-4b$>66B>$
F-8=$:$8=-7$86>8:;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ '
$ 0;$ H:,:>-8-4b$E.@F6,>$C@7@4=.:CGB@L>$&>6+:.>$:?>678($@,$B-O
4=.:CGB@L>$&@E867$F-8=$,6BL46B$>6+:.>(b$>8:C67$:7B$+68:.$
7LC?6,>$6NL:.b$@AL.6>$:86DC-4b$>66B>$F-8=@L8$:$86>8:;$;$ #
$ ';$ Q86..:86$+L?6>46746$+,6>678b$E.@F6,>$L7->6SL:.$&+.:78>$B-O
@64-@L>(b$@A:,G$-7E6,-@,;$;$;$;$;$;$;$;$;$;$;$;$;$;Octoknemaceae
$ ';$ Q86..:86$+L?6>46746$:?>678b$E.@F6,>$?->6SL:.$&6S46+8$M&)G
0&%C"&$:7B$M2%C8)2C#%C)2%$@E$*+8 : 7B,:4 6:6(b$@A:, G$>LO
+6,-@,$&6S46+8$>@C6$7')20B2:"&$@E$Q8,@C?@>-:46:6( ;$;$;$"
$ ";$ 3@8$+:,:>-8-4$&=:L>8@,-:$:?>678($$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$^
$ ";$ ]@@8O+:,:>-8-4$&=:L>8@,-:$+,6>678(;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$W
$ ^;$ U6:E$ B67B,-8-4$ =:-,>$+,6>678b$ 6+-B6,C:.$ 46..>$.-D7-E-6Bb$
.6:A6>$F-8=$>4=-R@D67@L>$4:A-8-6>b$>8:C67$ F=@,.>$8F@$@,$
8=,66 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ Coulaceae
$ ^;$ U6:E$B67B,-8-4$=:-,>$:?>678b$6+-B6,C:.$46..>$7@8$.-D7-E-6Bb$
.6:A6>$F-8=@L8$>4=-R@D67@L>$4:A-8-6>b$>8:C67$F=@,.>$@76$
@,$8F@$$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$!
$!;$Y+-B6,C:.$46..$B,L>6>$+,6>678$&6S46+8$7+2)2C2+&)18:(b$
>6+:.>$4@C+.686.G$4@77:86$$;$;$;$;$;$;$;$;$;$;$ Strombosiaceae
$ !;$ Y+-B6,C:.$46..$B,L>6>$:?>678b$>6+:.>$+:,8-:..G$4@77:86;$;$;
;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$; Erythropalaceae
$ W;$ <7E .@,6>46746$:$>-C+.6$LC?6.b$4:.GS$7@8$:44,6>4678$$$;$;$;$;
;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Ximeniaceae
$ W;$ <7E .@,6>46746>$A:,-@L>$?L8$7@8$:$>-C+.6$LC?6.b$4:.GS$:4O
4,6>4678$@,$7@8 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ X
$ X;$ Q8:C67>$-7$@76$F=@,.b$:78=6,$B6=->46746$?G$+@,6>$@,$E.:+>b$
@A:,G$0O$@,$'O.@4L.:, ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Aptandraceae
$ X;$ Q8:C67>$&-74.LB-7D$>8:C-7@B6>($-7$8F@$F=@,.>b$:78=6,$B6O
=->46746$?G$>.-8>b$@A:,G$0O.@4L.:,$$$;$;$;$;$;$;$;$;$;$ Olacaceae
$ #;$ Q86CO+:,:>-8-4b$E,L-8$:7$:4=676$?6:,-7D$:44,6>4678$E6:8=6,G$
>8:C-7@B6>$:.86,7:86$F-8=$+6,-:78=$.@?6> ;$;$;$;$;$;$;$;$;$;$;$;$;$
;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Misodendraceae
$#;$Q86CO$@,$,@@8O+:,:>-8-4b$E,L-8$:$B,L+6J$0O>66B6B$?6,,GJ$7L8.68$
&7@8$:$+.LC@>6$:4=676($$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$%
$%;$M->8G.@L>b$E.@,:.$?,:48>$:7B$?,:486@.6>$EL>6B$-78@$:$4L+$
-7$W8"%+,&0&*"80$:7B$7+,2#1."&b$+68:.>$ 4@77:86$ -78@$:$
8L?6b$+68:.$ =:-,>$ @++@>-86$ 8=6$ >8:C67>$ +,6>678$-7$I)b2%&$
:7B$7+,2#1."& ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Schoepfiaceae
$ %;$ 3@8$ B->8G.@L>b$ E .@,:.$ ?, :48>$ :7B$ ?,: 486@.6>$ &-E$ +,6>678($
>6+:,:86b$ +68:.>$E,66$ @,$ 4@77:86b$+68:.$ =:-,>$@++@>-86$8=6$
>8:C67>$+, 6>678$@,$:?>678 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 0/
0/;$ *786,-@,$:7B$+@> 86,-@,$:78 =6,$.@4 L.6>$@E$L 76NL :.$>-R6J$6:4=$
8=64LC$B6=->4-7D$8,:7>A6,>6.G$-7B6+67B678.Gb$+68:.>$F-8=$
L74-7:86$8-+> ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Amphorogynaceae
0/;$ *786,-@,$:7B$+@>86,-@,$:78=6,$.@4L.6>$@E$6NL:.$>-R6J$6:4=$
8=64LC$B6=->4-7D$?G$:$4@CC@7$.@7D-8LB-7:.$>.-8$@,$&-7$d":G
+80($:78=6,>$EL>6B$F-8=$+@,@>6$B6=->46746b$+68:.>$F-8=@L8$
L74-7:86$8 -+>$$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 00
00;$ U6:E$4G>8@.-8=>$+,6>678$&:?>678$-7$I%',2B2*8:(b$@A:,G$>LO
+6,-@,;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Opiliaceae
00;$ U6:E$4G>8 @.-8=>$:?>678b$@A:,G$=:.E$@,$E L..G$-7E6, -@,$$;$;$;$ 0'
0';$ `:.G S$+,6>678$:>$E@.-:46L>$>6+:.>$&E6C:.6$E.@F6,>$@E$38+\G
*#5&($@,$:$4:.G4L.L>$&4:.GS$,6C7:78( ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 0"
0';$ `:.GS$@,$4:.G4L.L>$:?>678 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 0!
0";$ ]@@8$:7B$>86C$+:,:>-86>b$+68:.$=:-,>$@++@>-86$>8:C67>$:?O
>678b$>66B$F-8=$A->4-7$8->>L6 ;$;$;$;$;$;$;$;$;$;$;$ Loranthaceae
0";$ ]@@8$+:,: >-86>b$+68:.$=:-,>$@++@>-86$>8:C67>$+,6>678$&:?>678$
-7$38+\*#5&(b$>66B$F-8=@L8$A->4-7$8-> >L6;$;$;$;$;$;$;$;$;$;$;$;$ 0^
0^; $ a ,L -8 $ C6 >@ 4: ,+ $ E .6 >= GJ$ 6 7B @4: , +$ F :. .$ ? @7G $ @, $ 4: , 8- .: D- O
7@L>;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$; Nanodeaceae
0^; $ T6>@4: , +$ ?@7GJ$ 67B@4:, + $ + : , 6 74 = G C :8 @ L >$ @ , $ 4 , L> 8 : O
46@L> ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$; Thesiaceae
0!;$ YC?,G@$>L>+67>@,$+,6>678$$;$;$;$;$;$;$;$;$;$;$;$;$;$; Santalaceae
0!;$ YC?, G@$>L>+67>@,$:?>678 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 0W
0W; $ Q86CO + : , : >-8 - 4b$+= G..@ 8 : SG$B64L> > : 86b $> 6 6 B$F -8=$A-> 4 - 7$8 ->O
>L6 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$; Viscaceae
0W;$ ]@@8O+:,:>-8-4b$ +=G..@8:SG$ :.86,7:86b$>66B$F-8=@L8$A->4-7$
8->>L6 ;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ 0X
0X;$ Q86C>$ :7B$.6:A6>$+L?6>4678b$ 8,66>$@,$>=,L?>$$$;$;$;$;$;$;$;$;$;$
;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$Cervantesiaceae
0X;$ Q86C>$ :7B$.6:A6>$D.:?,@L>b$=6,?:46@L>$+6,677-:.>$$;$;$;$;$;$
;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$;$ Comandraceae
ACKNOWLEDGEMENTS
K=6$C@.64L.:,$+=G.@D6768-4$>8LB-6>J$F=-4=$E@,C$8=6$E@L7B:8-@7$
@E$8=->$F@,5J$,6+,6>678$8=6$4L.C-7:8-@7$@E$6EE@,8>$?G$C:7G$-7B-A-BL:.>$
-7$ :BB -8-@7$8@$8=6$ 4@:L8=@,>;$ K=6>6$ -74.LB6$ 4@..6:DL6>$ :7B$>8LB678>$
F=@$ :>>->86B$-7$ .:?@,:8@, G$ F@,5J$ >4-678->8>$ F=@$ 4@..6486B$ :7B$ >678$
+:,: >-8-4$+.:78$>:C+.6>J$:7B$8=@>6$F=@$+,@A-B6B$:>>->8:746$F-8=$E-6.B$
F@,5$:7B$B:8:$:7:.G>6>;$ _6$:,6$+:,8 -4L.:,.G$ D,:86E L.$ 8@$]@G$I6,6:L$
&T->>@L,-$V@8:7-4:.$I: ,B67($F=@$+,@A-B6B$U:8-7$8,:7>.:8-@7>$@E$8=6$
76F$8:S@7$B6>4,-+8-@7>;
LITERATURE CITED
!!W
TA XO N$!%$&'($)$*+,-.$'/0/1$!"#2!!#3-45,678$9$:.;$)$Classif ication of Santalales
B,6:6$&d->4:46:6($-7E6, ,6B$E,@C$8= ,66$,6D-@7>$@E$8=6$7L4.6:,$,-?@O
>@C:.$4->8,@71$<<;$K=6$3@,8=$*C6,-4:7$>+64-6>$@E$-,2)&C#%C)2%;$
I*":2$0%1$^02!";
Baas, P. 0%#';$U6:E$:7:8@CG$:7B$ 4.:>>-E -4:8-@7$@E$8=6$[.:4:46:6J$N+G
'2\%#0&$:7B$O)5',)21&*80;$I**#)'2%"&$"1$0!!2'0/;
Backlund, A. & Bremer, K. 0%%#;$K@$?6$ @,$ 7@8$ 8@$ ?61$ H,-74-+.6>$ @E$
4.:>>-E-4:8-@7$:7B$C@7@8G+-4$+.:78$E:C-.-6>;$P&_2 % $^X1$"%02^//;
Baillon, H.M. 0#W';$M6LS-{C6$CcC@-,6$>L,$.6>$U@,:78=:4c6>;$IC&%G
:2%"&$"1$!/20'#;
Barkman, T.J., McNeal, J.R., Lim, S.-H., Coat, G., Croom, H.B.,
You ng , N .D . & de Pa mp hi li s, C.W . '//X;$T-8@4=@7B,-:.$M3*$>LDO
D6>8>$:8$.6:>8$00$@,-D-7>$@E$+:,:>-8->C$-7$:7D-@>+6,C>$:7B$,6A6:.>$
D67@C-4$4=-C6,->C$-7$+:,:>-8-4$+.:78>;$3JA$O<2*H$3"2*H$X1$'^#;
Barlow, B.A. 0%WW;$*$,6A->-@7$ @E$8=6$ U@,:78=:46:6$@E$*L>8,:.-:$:7B$
36F$p6:.:7B;$I8:')&*H$eH$32'H$0^1$^'02^%%;
Barlow, B.A. 0% #";$ V-@ D6@ D, :+= G$ @E$ U @,: 78 =:4 6: 6$ :7 B$ d-> 4: 46: 6;$
H+;$0%2^!$-71$`:.B6,J$M;T;$9$V6,7=:,B8J$H;$&6B>;(J$P,#$B"2*245$2.$
0":'*#'2#:;$36F$n@,51$*4:B6C-4$H,6>>;
Barlow, B.A. 0%#^;$U@,:78=:46:6;$H+;$W#20"0$-71$I6@,D6J$*;Q;$&6B;(J$
V*2)&$2.$I8:')&*"&;$`:7?6,,:1$*L>8,:.-:7$I@A6,7C678$HL?.->=-7D$
Q6,A-46;
Barlow, B.A. 0%%0;$`@7>+648 L>$@E$8=6$D676,:$7+8))8*&$U;$:7B$P&_"* *8:$
K-6D=6C$&U@,:78=:46:6($-7$8=6$T:.6>-:7$,6D-@7;$3*80#&$"W1$W"2# !;
Barlow, B.A. 0%%!;$36F$ :7B$ 7@86F@,8=G$T:.6>-:7$>+64-6>$ @E$U@,:7O
8=:46:6;$3*80#&$^/1$0!2"0;
Barlow, B.A. & Wiens, D. 0% X";$ K =6$ 4. :>> -E -4: 8-@ 7$ @E$ 8 =6$ D6 76 ,-4 $
>6D,6D:86>$@E$-,)54"*&%',8:$&j$S2'&%',#)&($@E$8=6$U@,:78=:46:6;$
3)"''2%"&$'!1$'W2"%;
Bentham, G. & Hooker, J.D. 0##";$L#%#)&$1*&%'&)80;$U@7B@71$]66A6;
Beyer, C., Forstreuter, W. & Weber, H.C. 0%#%;$*7:8@C-4:.$>8LB-6>$
@E$=:L>8@,-L C$@78@D67G$ :7B$ ,6C:,5:?.6$ C@B6$ @E$ +6768,:8-@7$@E$
8=6$=:L>8@,-LC$-7$S85':"&$ .*2)"B8%C&$&U:?-..;($];$V,;$32'H$ I+'&$
0/'1$''%2'"!;
Bhandari, N.N. & Vohra, S.C.A. 0%#";$YC?,G@.@DG$:7B$:EE-7-8-6>$@E$
d->4:46:6;$H+;$W%2#W$-71$`:.B6,J$ T;$9$V6,7=:,B8J$ H;$&6B>;(J$P,#$
B"2*245$2.$0":'*#'2#:;$36F$n@,51$*4:B6C-4$H,6>>;
Bhatnagar, S.P. & Johri, B.M. 0%#";$YC?,G@.@DG$@E$U@,:78=:46:6;$
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Callen, D. '//^;$*$C@,+=@.@D-4:.$4.:B->8-4$:7:.G>->$@E$[.:4:46:6;$
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D.L., Marhold, K., Nicolson, D.H., Prado, J., Silva, P.C., Skog,
J.E., Wiersema, J.H. & Turland, N.J. (eds.). '//W;$9%'#)%&'"2%&*$
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... Loranthaceae is the largest mistletoe family within the order Santalales, comprising approximately 76 genera and over 1000 species. Species of the family are mainly distributed in tropical and subtropical regions of America, Africa, Asia, and Australia, with a few extending to the temperate zones in Europe and East Asia [1][2][3][4][5]. The aerial parasitic species of Loranthaceae exhibit unique morphology with a haustorium connection structure that adds to the family's diversity worldwide. ...
... and Taxillus (ca. 35 spp.), was established by Nickrent et al. [2] and recognized by Kuijt [4], Liu et al. [5] and Su et al. [6]. Most members of Scurrulinae are distributed in Asia, except for Taxillus wiensii Polhill, the sole species in Africa [7,8]. ...
... The African Loranthaceae includes all the members native to continental Africa and Madagascar. Besides of the genera assigned to the subtribes Emelianthinae and Tapinanthinae sensu Nickrent et al. [2], there are also some species of Helixanthera and Taxillus distributed in Africa [4,7]. In particular, Vidal-Russell and Nickrent [3] found that Scurrulinae was the sister group of Dendrophthoinae and African Loranthaceae, but only four members of Scurrulinae were sampled. ...
Article
Full-text available
Background Exploring the relationship between parasitic plants and answering taxonomic questions is still challenging. The subtribe Scurrulinae (Loranthaceae), which has a wide distribution in Asia and Africa, provides an excellent example to illuminate this scenario. Using a comprehensive taxon sampling of the subtribe, this study focuses on infer the phylogenetic relationships within Scurrulinae, investigate the phylogeny and biogeography of the subtribe, and establish a phylogenetically-based classification incorporating both molecular and morphological evidence. We conducted phylogenetic, historical biogeography, and ancestral character state reconstruction analyses of Scurrulinae based on the sequences of six DNA regions from 89 individuals to represent all five tribes of the Loranthaceae and the dataset from eleven morphological characters. Results The results strongly support the non-monophyletic of Scurrulinae, with Phyllodesmis recognized as a separate genus from its allies Taxillus and Scurrula based on the results from molecular data and morphological character reconstruction. The mistletoe Scurrulinae originated in Asia during the Oligocene. Scurrulinae was inferred to have been widespread in Asia but did not disperse to other areas. The African species of Taxillus, T. wiensii, was confirmed to have originated in Africa from African Loranthaceae ca. 17 Ma, and evolved independently from Asian members of Taxillus. Conclusions This study based on comprehensive taxon sampling of the subtribe Scurrulinae, strongly supports the relationship between genera. The taxonomic treatment for Phyllodesmis was provided. The historical biogeography of mistletoe Scurrulinae was determined with origin in Asia during the Oligocene. Taxillus and Scurrula diverged during the climatic optimum in the middle Miocene. Taxillus wiensii originated in Africa from African Loranthaceae, and is an independent lineage from the Asian species of Taxillus. Diversification of Scurrulinae and the development of endemic species in Asia may have been supported by the fast-changing climate, including cooling, drying, and the progressive uplift of the high mountains in central Asia, especially during the late Pliocene and Pleistocene.
... Within Loranthaceae, three monotypic genera, Nuytsia, Atkinsonia, and Gaiadendron, are facultative root-parasites, while the remaining genera are obligate stem-parasites [20]. Given the monophyletic origin of obligate stem-parasitism from facultative root-parasitism in Loranthaceae [20,29,30], this family provides an ideal system to investigate whether obligate stemparasites have a higher degree of plastome degradation than closely related facultative root-parasites. To gain a better understanding of the evolutionary trajectories of plastome degradation in hemiparastic plants, this study aims to (1) verify the theoretical prediction that the lifestyle transition from facultative root-parasitism to obligate stem-parasitism may lead to further degradations of hemiparasitic plastomes [14,27] and (2) explore the plausible events that could have triggered the 'domino effect' in the plastome degradation among Loranthaceae hemiparasites. ...
... In total, 48 species of Loranthaceae hemiparasites were sampled for phylogenetic analysis. Erythropalum scandens (Erythropalaceae), an autotrophic relative of Loranthaceae [1,28,30] was selected as the outgroup. Based on the plastome dataset, 55 plastid protein-coding genes (PCGs) commonly shared by these species were extracted from each plastome using Geneious v10.2 [35]. ...
... ML and Bayesian inference BI analyses generated identical tree topologies (Fig. 1), with most nodes being fully supported (BS = 100%, PP = 1.00). Consistent with previous studies [20,29,30], the plastome phylogeny resolved all Loranthaceae obligate stem-parasites as a well-supported monophyletic lineage (BS = 100%, PP = 1.00), which was sister to the facultative root-parasite Nuytsia floribunda (tribe Nutsiea). Within the clade of obligate stem-parasites, a close relationship between the two tribes, Elytranthaea and Loranthaea was recovered (BS = 100%, PP = 1.00). ...
Article
Full-text available
Background The lifestyle transition from autotrophy to heterotrophy often leads to extensive degradation of plastomes in parasitic plants, while the evolutionary trajectories of plastome degradation associated with parasitism in hemiparasitic plants remain poorly understood. In this study, phylogeny-oriented comparative analyses were conducted to investigate whether obligate Loranthaceae stem-parasites experienced higher degrees of plastome degradation than closely related facultative root-parasites and to explore the potential evolutionary events that triggered the ‘domino effect’ in plastome degradation of hemiparasitic plants. Results Through phylogeny-oriented comparative analyses, the results indicate that Loranthaceae hemiparasites have undergone varying degrees of plastome degradation as they evolved towards a heterotrophic lifestyle. Compared to closely related facultative root-parasites, all obligate stem-parasites exhibited an elevated degree plastome degradation, characterized by increased downsizing, gene loss, and pseudogenization, thereby providing empirical evidence supporting the theoretical expectation that evolution from facultative parasitism to obligate parasitism may result in a higher degree of plastome degradation in hemiparasites. Along with infra-familial divergence in Loranthaceae, several lineage-specific gene loss/pseudogenization events occurred at deep nodes, whereas further independent gene loss/pseudogenization events were observed in shallow branches. Conclusions The findings suggest that in addition to the increasing levels of nutritional reliance on host plants, cladogenesis can be considered as another pivotal evolutionary event triggering the ‘domino effect’ in plastome degradation of hemiparasitic plants. These findings provide new insights into the evolutionary trajectory of plastome degradation in hemiparasitic plants.
... Since prehistoric times, people have believed in the magical powers of V. cruciatum, which is considered a traditional plant and used during Christmas celebrations. V. cruciatum is also often called the 'Christmas Plant, as cited in the literature (Nickrent et al., 2010). ...
... The former one bears white berries, while V. cruciatum bears red berries . According to Nickrent et al., (2010), mistletoe the taxonomic ranks their systematic position are rather dubious and demand detailed taxonomic studies for their proper and authentic identification, satisfying quality control of herbal drugs from these plants . ...
... El pino de montaña, Pinus hartwegii Lindl., es una especie con distribución restringida a altitudes mayores a 3000 m (forma comunidades clímax entre 3700 y 4300 m s.n.m.), se encuentra en las zonas y picos más altos de México, zonas conocidas también como islas en el cielo (Mastretta-Yañes et al., 2018); por lo tanto, sus poblaciones están fragmentadas y forman razas geográficas con variación regional y aislamiento genético entre ellas (Hernández y De la Isla, 1984;Farjon et al., 1997). Los bosques de Pinus L. han pasado por procesos de contacto y separación durante las glaciaciones (Hewitt, 2000;Jin et al., 2021), y han estado en constante coevolución con especies parásitas como muérdagos enanos (Arceuthobium M. Bieb.) y descortezadores (Dendroctonus Erichson, 1836) (Raffa y Berryman, 1987;Bohlmann y Croteau, 1999;Nickrent et al., 2010;Jones et al., 2016;Okubamichael et al., 2016;Sadowski et al., 2017). ...
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Antecedentes y Objetivos: El pino de las alturas (Pinus hartwegii) es la especie de pino que se distribuye a mayor altitud en México, forma comunidades clímax entre 3700 y 4300 m s.n.m. Esta especie se encuentra amenazada por la tala ilegal y un incremento de parásitos como los descortezadores (Dendroctonus sp.) y muérdagos enanos (Arceuthobium sp.). Esto en parte provoca que las medidas de control y manejo se centren en la remoción de los árboles afectados, cuando en realidad puede tratarse de individuos con una carga genética muy valiosa. El objetivo de este estudio fue identificar y obtener secuencias de genes de defensa y/o resistencia en pinos atacados por estos parásitos. De acuerdo con la bibliografía consultada hasta la elaboración de este trabajo, no hay reportes de este tipo de secuencias para pinos mexicanos. Métodos: Se obtuvieron secuencias de genes de defensa y resistencia de coníferas filogenéticamente cercanas a P. hartwegii y a partir de estas se diseñaron oligonucleótidos, con los cuales se realizaron reacciones de PCR. Los productos obtenidos se secuenciaron y las secuencias obtenidas fueron analizadas para determinar si correspondían a genes de defensa y resistencia propias de esta especie de pino. Resultados clave: Se logró obtener cuatro secuencias de genes ligados a la defensa y resistencia en coníferas con un nivel de homología entre 93 y 100% con genes de resistencia de otras coníferas, de los géneros Picea, Pinus y Pseudotsuga. Se discute la posible función de estas secuencias en la defensa de Pinus hartwegii frente a parásitos como los descortezadores y los muérdagos enanos y se reportan sus claves de acceso en GenBank.Conclusiones: Las secuencias reportadas podrán ser utilizadas en estudios de expresión genética del pino de las alturas.
... Mistletoes are aerial flowering parasitic plants belonging to the sandalwood order Santalales and have evolved 5 times within the order representing 88 genera and 1589 species (Nickrent 2010). Recently, Nickrent et al. (2010) have provided a revised classification of Santalales in which mistletoes occur in 5 families: Misodendraceae, Loranthaceae, Santalaceae, Amphorogynaceae, and Viscaceae, Loranthaceae being the largest family having 73 genera and 900 species and Viscaceae as second largest with 7 genera and 550 species. Viscum album L., commonly called as European mistletoe, has worldwide distribution from Central Europe (from North Africa to Southern England and Southern Scandinavia), Southwest and East Asia to Japan (Becker 2000). ...
... Thesium ramosum is an invasive plant native to southwestern Asia that was first noticed in the study site (Fish Creek Provincial Park, Calgary, Alberta, Canada) in 2001, which also marked its first recorded appearance in Canada (Macdonald & Visser 2022). The genus Thesium, formerly included in Sanatalacea, was placed in its own family Thesiacea by Nickrent et al. (2010) based on molecular and morphological evidence. T. ramosum is a hemiparasitic perennial herb which parasitizes other plant species using root nodules to leach nutrients from its hosts (Hendrych 1972). ...
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Myrmecochory is a common mutualism between ants and plants benefiting both partners: ants obtain a nutrient-rich food source, while plants enjoy a host of benefits ranging from enhanced dispersal to protected germination sites. However, this mutualism can be exploited by invasive myrmecochores, where native ants spread invasive plant seeds, possibly to the detriment of native plant assemblages. With the recent introduction of a potentially invasive myrmecochorous plant (Thesium ramosum) in Alberta, Canada, we tested ant interest in T. ramosum. To evaluate both general interest in T. ramosum as a food source, and preference for T. ramosum over other food sources, we collected colonies of four commonly occurring native Formica species and conducted seed removal trials and food preference trials. We then evaluated interest in and preference for T. ramosum seeds through assessing mean rate of seed removal and food item removal, total number of seeds and food items removed, and trends in seed and food item removal through time. We found that while all ant species tested showed interest in T. ramosum, interest level varied among species, and additional factors such as colony size and presence of host species in socially parasitic species influenced interest in T. ramosum. Considering native ant interest in T. ramosum as a food source, it seems plausible that Formica species may act as a dispersal vector for T. ramosum, potentially enhancing its invasiveness.
... Mistletoes, recognized as hemiparasites of trees and shrubs, belong to the families Loranthaceae, Misodendraceae, and Santalaceae (Santalales), where the evolution of stem parasitism has independently arisen multiple times from root parasitic ancestors (Liu et al., 2018;Nickrent et al., 2010;Teixeira-Costa and Davis, 2021;Vidal-Russell and Nickrent, 2008). They exhibit autonomous germination of their seeds that occurs directly on host branches, effectively tapping into the xylem of their favored host of which they acquire water, carbon, and nutrients (Teixeira-Costa and Davis, 2021). ...
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Host-parasite interactions and host susceptibility are key traits in understanding trophic energy transfer, nutrient movement and general macro-ecoevolutionary dynamics of mistletoe systems and plant-plant interactions. This research investigates host susceptibility and size-dependent interactions of the mistletoe Phoradendron quad- rangulare, a widely distributed species, on Guazuma ulmifolia. We studied the interplay between mistletoe load and host tree size, while also exploring the allometric relationship between host branch size and mistletoe size. A field surveys on 67 trees revealed varying mistletoe loads, with most trees showing no occurrence of P. quadrangulare. Parasitized trees had significantly larger diameters at breast height (DBH) than non-parasitized trees. The susceptibility of host trees to mistletoe parasitism increased with increasing DBH, indicating a positive relationship between host size and mistletoe prevalence. Furthermore, mistletoe stem diameter was found to be influenced by the diameter of the host branch suggesting that larger host trees provide more substrate for larger-sized parasites and surface area for mistletoe colonization, potentially contributing to the parasite’s survival and prevalence. This study also highlights the importance of host size in mistletoe presence and performance and provides insights into the broader eco-evolutionary dynamics and conservation strategies needed to conserve mistletoes, an often-underappreciated keystone taxa.
... was supported as paraphyletic, a new classification of the Lychnophorinae (Asteraceae) subtribe was proposed (Louille et al., 2019), adding two more genera to the family with distribution restricted to Brazil. On the other hand, with numerous changes in the circumscription of Olacaceae (see Nickrent et al., 2010Nickrent et al., , 2019Nickrent, 2020), endemic genera no longer exist in this family in Brazil. ...
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The disparity in species richness among clades of angiosperms is partly explained by differences in evolutionary and biogeographic processes; however, part of this imbalance remains elusive. The relationships between species diversification and key innovations, as well as the impact of clade age, are also predicted to explain such disparities. This relationship has not been examined using phylogeny-based approaches based on holomorphology, i.e., concatenated morphological and molecular datasets. Despite some large-scale evolutionary studies that have contributed to the knowledge of Brazilian flora, the evolutionary history of angiosperms endemic to Brazilian provinces has not yet been elucidated. Therefore, this study had two principal targets. First, we investigated the species richness and distribution patterns of endemic angiosperm genera. Secondly, we perform a phylogenetic analysis based on holomorphology to examine the relationship between species diversification and putative key innovations (by homology assessments) and the effects of clade age on diversification in species-rich genera. We identified the occurrence of 341 exclusive genera (45% monotypic) in 61 families. Our results indicate a positive correlation between diversification and the number of putative key innovations per order but a negative or non-existent one per family. Furthermore, our findings contradict the idea that clade age is associated with species-rich genera, challenging the notion that clade age is a determining factor in species richness. The results showed that 14 traits are closely associated with diversification, and the confluence between biotic and abiotic factors drove the diversification of species-rich genera in the Atlantic Forest, Caatinga, Cerrado, and Parana provinces.
... R. Br. ex G. Don) (Nickrent 1997). Mistletoes are a heterogeneous group of obligate aerial hemiparasitic angiosperms in the order Santalales (∼1600 species) that produce morphologically diverse root-like structures (i.e., haustoria), allowing them to procure water, dissolved nutrients, and (or) photosynthates from their host's vascular system (Glatzel and Geils 2009;Nickrent et al. 2010). They play a Janus-like role in ecosystems by acting both as biodiversity hotspots in the tree canopy with many associated species of birds, arthropods, and microorganisms, and as "biological pirates" impacting the fitness and lifespan of the host. ...
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Mistletoe recognition and sampling remain the challenging tasks for arborists, dendrologists, forest ecologists and other specialists because of the low accessibility of the canopy of their host trees. In this review, smart decisions for mistletoe detection on the basis of airborne platforms are discussed. The airborne remote sensing (ARS) has the developing potential to provide rapid, accurate, and cost-efficient detection and research of mistletoe on tree level and large areas within the complex terrain. Geographic and country-based distribution of mistletoe studies using airborne remote sensing methods published within 2007–2023 is overviewed. Here we discuss data types, sensors, and methodologies used in mistletoe ARS research.
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Angiosperms (flowering plants) are by far the most diverse land plant group with over 300,000 species. The sudden appearance of diverse angiosperms in the fossil record was referred to by Darwin as the “abominable mystery,” hence contributing to the heightened interest in angiosperm evolution. Angiosperms display wide ranges of morphological, physiological, and ecological characters, some of which have probably influenced their species richness. The evolutionary analyses of these characteristics help to address questions of angiosperm diversification and require well resolved phylogeny. Following the great successes of phylogenetic analyses using plastid sequences, dozens to thousands of nuclear genes from next‐generation sequencing have been used in angiosperm phylogenomic analyses, providing well resolved phylogenies and new insights into the evolution of angiosperms. In this review we focus on recent nuclear phylogenomic analyses of large angiosperm clades, orders, families, and subdivisions of some families and provide a summarized Nuclear Phylogenetic Tree of Angiosperm Families. The newly established nuclear phylogenetic relationships are highlighted and compared with previous phylogenetic results. The sequenced genomes of Amborella, Nymphaea, Chloranthus, Ceratophyllum, and species of monocots, Magnoliids, and basal eudicots, have facilitated the phylogenomics of relationships among five major angiosperms clades. All but one of the 64 angiosperm orders were included in nuclear phylogenomics with well resolved relationships except the placements of several orders. Most families have been included with robust and highly supported placements, especially for relationships within several large and important orders and families. Additionally, we examine the divergence time estimation and biogeographic analyses of angiosperm on the basis of the nuclear phylogenomic frameworks and discuss the differences compared with previous analyses. Furthermore, we discuss the implications of nuclear phylogenomic analyses on ancestral reconstruction of morphological, physiological, and ecological characters of angiosperm groups, limitations of current nuclear phylogenomic studies, and the taxa that require future attention.
Chapter
The system of classification that I have developed since 1950 to indicate the phylogenetic relationships of the higher taxa of the flowering plants has for the most part been published only in synoptical form. Since some of my more iconoclastic alignments have not been fully explained in print, this paper attempts to explain my reasons for some of the more innovative of these positionings. My classification of the Angiospermae deviates considerably from others now widely accepted in several major ways. Because I attempt to stress relationships more than differences, my taxa tend to be more inclusive, while the differences within the major categories are recognized through the use of subcategories like suborders and subfamilies. Family names are in accord with the International Code of Botanical Nomenclature though the nine “exceptional” names are dropped as obsolete. Also for the sake of uniformity in phylogeny I have extended the principle of priority to the names of orders and other higher categories up to the class, anticipating a future rule or recommendation of the Code. Taxa that are treated in some detail with explanation of the alignments are: the Aquifoliaceae, Sarraceniaceae, and Nepenthaceae of the Theales and Plumbaginaceae of the Primulales in the Theiflorae; Fouquieriaceae with Polemoniineae and Solanineae of the Solanales in the Malviflorae; Gyrostemonaceae, Stylobasium Desf., and Emblingia F. Muell. of Sapindineae and Balis L. of Batineae, Rutales, in the Rutiflorae; Crossosomataceae of Rosineae, Rosales, and Buxaceae (excluding Simmondsia Nutt.), Buxineae, and Balanopaceae, Daphniphyllineae, in the Pittosporales of the Rosiflorae; Asteraceae of the Asteriflorae near the Corniflorae and Lamiiflorae and all three less closely with Saxifragineae of the Rosiflorae; Alismatiflorae as less primitive in the Monocotyledoneae than the Liliiflorae; and Juncineae and Poineae in the Commeliniflorae.