NEXUS File for PHYLOGENY AND TAXONOMY OF THE RHINORHYNCHINAE (COLEOPTERA: NEMONYCHIDAE)

Guillermo Kuschel
7 Tropicana Drive, Mt Roskill, New Zealand

Richard Leschen1
Landcare Research, Private Bag 92170,
Auckland, New Zealand



BEGIN DATA;
	DIMENSIONS  NTAX=23 NCHAR=29;
	FORMAT SYMBOLS= " 0 1 2 3 4" MISSING=? GAP=- ;
	CHARSTATELABELS  
		1  Frontoclypeal_suture / straight strongly_curved absent,
  2  Labral_setae / plurisetose puacisetose,
  3  Manibular_apex / simple bidentate_or_truncate,
  4  Right_mandibular_prostheca / present absent,
  5  Lacineal_tooth / absent present,
  6  Maxillary_palopmere / '=_scape' '>_scape',
  7  Temporal_constriction / slight deeply,
  8  Width_of_frons / '>_rostral_width' '=_rostral_width',
  9  Protrusion_of_frons / not_over_rostral_base strongly_forward_over_base,
  10  Ocular_shape / elongate round,
  11  Rostral_length / '>prothorax' '=_or_>_prothorax',
  12  Dorsal_rostral_pubescens / forward backward,
  13  Antennal_condyle / concealed visible,
  14  Mesonotal_stridulatory_files / two_similar two_dissimilar_or_single absent,
  15  Length_of_prosternum / '>_coxa' '=_or_coxa',
  16  Procoxa / subconical hemispherical,
  17  Mesocoxal_separation / narrow wide,
  18  Tibial_spur_formula / '2-2-2' '2-2-1',
  19  Tarsal_claw / simple_or_bifid laminate dentate,
  20  Parameral_sector / entire_or_emarginate deeply_divided,
  21  Hemisternal_piggmentation / absent present,
  22  Styli / long short,
  23  'L:antenna' / exposed partially_or_fully_concealed,
  24  'L:antenna' / frontal ventral,
  25  'L:malphigian tubules' / six four,
  26  'L:Terminal labial palp' / articulating_near_center art_at_inner_margin,
  27  'L:crawling' / venter dorsum,
  28  'L:legs' / '3-4_present' papiliiform absent,
  29  Host / Pinacea Rununculaceae Fagaceae Podocarpaceae Auracaracieae
		;

MATRIX
[                              10        20        ]
[                              .         .         ]

Aragomacer            00001001000000011020001000114
Araucomacer           00001010000000011120001110114
Atopomacer            1110110001111000011101??????(03)
Basiliogeus           0100110001101110011100001012(34)
Basiliorhinus         01001100011010000111000010114
Brarus                01001010010010011020011110014
Bunyaeus              00001000000001011020011000014
Eutactobius           00001000000001011020011000124
Idiomacer             21010100111?1110011??????????
Mecomacer             00001010000000011020001110114
Nannomacer            01101100010110100120000000023
Notomacer             00001001000000011020001000114
Pagomacer             0100110001111?100111?????????
Rhinorhynchus         01001100010110100011010010023
Rhynchitomacer        11010100010002100020111111012
Rhynchitomacerinus    00001010000002011020001110114
Rhynchitoplesius      00001110000002011020011110114
Stenomacer            1101010001100210002011????0?2
Zimiellus             0100110011101110011??????????
Cratomacer            0?1???0100??000?10???????????
Cimberis              11010100000002100000010000110
Nemonyx               10010100000002111020011?00020
Palophagus            00000100000000100000100100004
;
END;


BEGIN ASSUMPTIONS;
	OPTIONS  DEFTYPE=unord PolyTcount=MAXSTEPS ;
END;


BEGIN TREES; 

	TRANSLATE
		1	Aragomacer,
		2	Araucomacer,
		3	Atopomacer,
		4	Basiliogeus,
		5	Basiliorhinus,
		6	Brarus,
		7	Bunyaeus,
		8	Eutactobius,
		9	Idiomacer,
		10	Mecomacer,
		11	Nannomacer,
		12	Notomacer,
		13	Pagomacer,
		14	Rhinorhynchus,
		15	Rhynchitomacer,
		16	Rhynchitomacerinus,
		17	Rhynchitoplesius,
		18	Stenomacer,
		19	Zimiellus,
		20	Cratomacer,
		21	Cimberis,
		22	Nemonyx,
		23	Palophagus
	;
END;