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Biology Articles » Biogeography » The Trichoderma koningii aggregate species » Tables

Tables
- The Trichoderma koningii aggregate species


Table 1. Strains used in phylogenetic analysis, their origin and GenBank numbers.

Strain1 Species Geography GenBank



ITS 1+2
 act
 cal
 tef1
G.J.S. 02-134 T. atroviride Sri Lanka DQ315466 DQ307547
G.J.S. 02-135 T. atroviride Sri Lanka DQ315467 DQ307548
G.J.S. 02-139 T. atroviride Sri Lanka DQ315463 DQ307546
G.J.S. 02-96 T. atroviride Sri Lanka DQ315469 DQ307550
G.J.S. 98-8 T. atroviride France DQ315462 DQ307545
C.T.R. 85-57 T. austrokoningii U.S.A. (FL) DQ315469 DQ333551 DQ379003 DQ307564
CBS 247.63 T. austrokoningii New Zealand DQ315470 DQ341183 DQ381953 DQ307568
G.J.S. 00-73 T. austrokoningii Russia DQ315465 DQ341177 DQ379006 DQ307569
G.J.S. 96-163 T. austrokoningii Taiwan DQ323408 DQ367709 DQ378997 DQ307565
G.J.S. 99-146 T. austrokoningii (T) Australia (QL) DQ323423 DQ367716 DQ379001 DQ307561
G.J.S. 99-147 T. austrokoningii Australia (QL) DQ323422 DQ333569 DQ379000 DQ307562
G.J.S. 99-116 T. austrokoningii New Zealand DQ333546 DQ379011 DQ379004
G.J.S. 97-3 T. caribbaeum (T) Guadeloupe DQ313131 DQ328607 DQ367688 DQ284977
G.J.S. 98-43 T. caribbaeum Puerto Rico DQ313139 DQ328606 DQ367673 DQ284976
DIS 320c T. caribbaeum var. aeqatoriale (T) Ecuador DQ323436 DQ328610 DQ367704 DQ289010
G.J.S. 02-87 PS E Sri Lanka DQ315461 DQ307544
G.J.S. 02-50 T. dingleyae (T) New Zealand DQ333548 DQ367718 DQ370461 DQ284978
G.J.S. 99-105 T. dingleyae New Zealand DQ313151 DQ378998 AF348117
DQ289008
G.J.S. 99-203 T. dingleyae New Zealand AY380899 AY376674 DQ367666 AF348111, AY376040
G.J.S. 99-194 T. dorotheae Australia (VI) DQ313136 DQ328602 DQ367674 DQ284974
G.J.S. 99-202 T. dorotheae (T) New Zealand DQ313144 DQ323454 DQ367706 DQ307536
G.J.S. 99-97 T. dorotheae New Zealand DQ333547 DQ379009 DQ288990
DIS 7 T. erinaceus Peru DQ109534 DQ111968 DQ122162 DQ109547
DIS 8 T. erinaceus Peru DQ313147 DQ323450 DQ384930 DQ284970
G.J.S. 96-13 T. intricatum Puerto Rico DQ381955 AY376683 DQ367679 AY376059
G.J.S. 97-88 T. intricatum (T) Thailand AY380913 AY376684 DQ367680 AY376060
ATCC 64262 T. koningii Hungary AY380903 AY376679 DQ367671 AY376046
DAOM 167645 = CBS 979.70 T. koningii Netherlands DQ323410 DQ379007 DQ367682 DQ288994
G.J.S. 00-156 T. koningii U.S.A. (PA) DQ323433 DQ379010 DQ288991
G.J.S. 00-168 T. koningii U.S.A. (?MD) DQ323427 DQ333562 DQ307571
G.J.S. 89-122 = CBS 989.97 = IMI 378801 T. koningii (T of H. koningii) U.S.A. (MD) AY380902 AY376678 DQ367693 AY376045
G.J.S. 90-18 = CBS 988.97 T. koningii U.S.A. (WI) DQ323409 DQ341181 DQ370463 DQ289007
G.J.S. 92-18 = CBS 987.97 T. koningii Canada DQ323435 DQ367712 DQ370458 DQ289005
G.J.S. 96-118 T. koningii Netherlands DQ323444 DQ341178 DQ367683 DQ288996
CBS 458.96
G.J.S. 96-119 T. koningii Netherlands DQ323424 DQ341179 DQ367681 DQ289003
CBS 460.96
G.J.S. 96-120 T. koningii Netherlands DQ109536 DQ111972 DQ122168 DQ109548
CBS 459.96
G.J.S. 96-117 T. koningii (neotype) Netherlands Z79628 DQ341180 DQ367686 AF456909
CBS 457.96
DAOM 222105 T. koningiopsis Canada (ON) DQ313146 DQ379012 DQ367668 AY376042
DIS 172ai = CBS 119067 = IMI 385811 T. koningiopsis Brazil DQ313138 DQ323453 DQ367675 DQ284972
DIS 205f = CBS 119068 = IMI 385805 T. koningiopsis Ecuador DQ323419 DQ328609 DQ367698 DQ288993
DIS 229d = CBS 119069 = IMI 391590 T. koningiopsis Ecuador DQ313143 DQ323452 DQ367676 DQ284971
DIS 326h = CBS 119070 = IMI 393639 T. koningiopsis Ecuador DQ379015 DQ379008 DQ367695 DQ288997
DIS 339c = CBS 119065 = IMI 391591 T. koningiopsis Ecuador DQ313142 DQ323447 DQ367677 DQ284968
DIS 94c = CBS 119066 = IMI 391592 T. koningiopsis Peru DQ313130 DQ379014 DQ367678 DQ284967
G.J.S. 01-07 T. koningiopsis Ecuador DQ313132 AY376676 DQ367669 AY376043
G.J.S. 01-08 T. koningiopsis Ecuador — — — —
G.J.S. 01-09 T. koningiopsis Ecuador — — — —
G.J.S. 01-10 T. koningiopsis Ecuador — — — —
G.J.S. 01-11 T. koningiopsis Ecuador — — — —
G.J.S. 01-12 T. koningiopsis Ecuador — — — —
G.J.S. 04-10 T. koningiopsis Texas DQ323413 DQ341184 DQ367692 DQ284981
G.J.S. 04-11 T. koningiopsis Texas DQ323421 DQ341182 DQ367687 DQ289009
G.J.S. 04-373 T. koningiopsis Brazil DQ323437 DQ367713 DQ367703 DQ289006
G.J.S. 04-379 T. koningiopsis Brazil DQ323439 DQ367719 DQ367702 DQ289001
G.J.S. 04-378 T. koningiopsis Brazil DQ323432 DQ367714 DQ367699 DQ289011
G.J.S. 04-375 T. koningiopsis Brazil DQ323411 DQ367711 DQ367697 DQ288989
G.J.S. 04-376 T. koningiopsis Brazil DQ323425 DQ341176 DQ367696 DQ288992
G.J.S. 04-377 T. koningiopsis Brazil DQ323416 DQ333552 DQ367701 DQ289002
G.J.S. 04-374 T. koningiopsis Brazil DQ323412 DQ367709 DQ367700 DQ288995
G.J.S. 91-6 T. koningiopsis Brazil DQ313135 DQ323446 DQ367705 DQ307539
G.J.S. 91-7 T. koningiopsis Brazil DQ313137 DQ323449 DQ367689 DQ284969
G.J.S. 95-175 T. koningiopsis U.S.A. (KY) AF456923 DQ323448 DQ367707 AF456910
G.J.S. 96-47 T. koningiopsis Puerto Rico DQ313133 AY376677 DQ367670 AY376044
G.J.S. 93-20 T. koningiopsis (T) Cuba DQ313140 DQ381954 DQ367694 DQ284966
G.J.S. 97-273 = BBA 65450 T. koningiopsis Germany DQ109537 DQ111973 DQ122169 DQ109549
DIS 172h T. ovalisporum Brazil AY380896 AY376670 DQ122167 AY387660
DIS 172i T. ovalisporum Brazil DQ323438 DQ328611 — DQ288999
DIS 203c T. ovalisporum Brazil DQ315458 DQ328608 DQ378996 DQ307540
DIS 70a T. ovalisporum (T) Ecuador AY380897 AY376671 DQ379005 AY376037
DAOM 165782 T. petersenii U.S.A. (NC) DQ313149 DQ328604 DQ367690 DQ289000
G.J.S. 04-164 T. petersenii U.S.A. (TN) DQ323442 DQ333566 DQ367684 DQ289004
G.J.S. 04-351 T. petersenii U.S.A. (TN) DQ323440 DQ333568 — DQ284979
G.J.S. 04-355 T. petersenii (T) U.S.A. (TN) DQ323441 DQ333570 DQ367691 DQ284980
G.J.S. 90-86 T. petersenii U.S.A. (NC) DQ313153 DQ328605 DQ367708 DQ284975
G.J.S. 91-99 T. petersenii U.S.A. (VA) DQ313134 AY376673 — AY376039
G.J.S. 98-139 T. petersenii France DQ323426 DQ379013 DQ378999 DQ288998
G.J.S. 98-140 T. petersenii France DQ313148 AY376675 DQ367667 AY376041
G.J.S. 99-48 T. petersenii Costa Rica AY380898 AY376672 DQ367665 AY376038
G.J.S. 04-157 T. rogersonii U.S.A. (TN) DQ323415 DQ333565 DQ370454 DQ307558
G.J.S. 04-158 T. rogersonii (T) U.S.A. (TN) DQ323434 DQ333567 DQ370460 DQ307563
G.J.S. 90-108 T. rogersonii U.S.A. (MD) DQ333550 DQ333561 DQ370448 DQ307570
G.J.S. 90-125 T. rogersonii U.S.A. (NC) DQ323417 DQ341175 DQ370453 DQ307567
G.J.S. 90-78 T. rogersonii U.S.A. (NC) DQ333549 DQ333558 DQ370457 DQ307556
G.J.S. 90-79 T. rogersonii U.S.A. (NC) DQ381956 DQ333563 DQ370451 DQ381959
G.J.S. 90-93 T. rogersonii U.S.A. (NC) DQ313154 DQ333560 DQ370450 DQ307559
G.J.S. 92-116 T. rogersonii U.S.A. (MD) DQ313150 DQ333554 DQ370455 DQ307557
G.J.S. 94-115 T. rogersonii U.S.A. (MO) Z95927 DQ333555 DQ370452 AF456906
G.J.S. 95-217 T. rogersonii Austria DQ323445 DQ333553 DQ370462 DQ307566
G.J.S. 98-75 T. rogersonii U.S.A. (NJ) DQ323443 DQ333556 DQ370449 DQ307560
G.J.S. 98-77 T. rogersonii U.S.A. (NJ) DQ323414 DQ333559 DQ307572
G.J.S. 98-82 T. rogersonii U.S.A. (NJ) AY380910 AY376682 DQ367672 AY376055
G.J.S. 96-32 T. stilbohypoxyli Puerto Rico AY380915 AY376686 DQ122160 AY376062
G.J.S. 96-30 = CBS 992.97 T. stilbohypoxyli (T) Puerto Rico DQ109533 DQ111967 DQ122161 DQ109546
G.J.S. 96-30A T. stilbohypoxyli Puerto Rico AY380916 AY376687 - AY376063
G.J.S. 96-42A T. stilbohypoxyli Puerto Rico AY380914 AY376685 - AY376061
G.J.S. 96-43 T. stilbohypoxyli Puerto Rico - - - -
G.J.S. 95-93 T. taiwanense (T) Taiwan DQ313141 DQ323455 DQ367685 DQ284973
C.P.K. 9842 T. viride VB Sweden - - - -
C.P.K. 9652 T. viride VB Czech Republic - - - -
ATCC 28020 T. viride VB U.S.A. (WA) DQ109535 DQ111970 DQ122164 AY937449
CBS 101526 T. viride VB Netherlands X93979 - - AY376053
C.P.K. 1001 T. viride VB Russia - - - -
C.P.K. 1002 T. viride VB Russia - - - -
C.P.K. 1006 T. viride VB Russia - - - -
C.P.K. 1007 T. viride VB Russia - - - -
C.P.K. 1008 T. viride VB Russia - - - -
C.P.K. 1009 T. viride VB Russia - - - -
G.J.S. 04-369 T. viride VB Austria DQ323430 - - DQ307553
G.J.S. 04-370 T. viride VB Austria DQ323429 - - DQ307554
G.J.S. 04-371 T. viride VB France DQ323431 - - DQ307552
G.J.S. 04-372 T. viride VB Czech Rep. DQ323428 - - DQ307555
G.J.S. 90-95 = CBS 120066 T. viride VB U.S.A. (NC) DQ315455 - - DQ307535
G.J.S. 92-14 T. viride VB New Zealand DQ313155 - - DQ288988
G.J.S. 92-15 T. viride VB Canada DQ315452 - - DQ307537
G.J.S. 97-271 = BBA 70239 = ITB 8212 T. viride VB Denmark DQ315456 - - AF348116
G.J.S. 99-16 = FP 5563 T. viride VB Japan? DQ315460 - - DQ307543
TR 2 = ATCC 18652 = CBS 240.63 T. viride VB U.S.A. (WA) DQ315457 - - DQ307538
TR 21 = ATCC 28038 T. viride VB U.S.A. (VA) AY380909 AY376681 DQ122165 AY376054
G.J.S. 04-40 T. viride VB? Brazil DQ315454 - - DQ307534
301rufa2 = C.P.K. 1999 T. viride VB Austria - - - -
19d2 = G.J.S. 89-127 T. viride VB U.S.A. (NC) - - - -
292rufa2 = C.P.K. 1997 T. viride VB Czech Republic - - - -
6138i2 = C.P.K. 947 T. viride VD Austria - - - -
7123412 = C.P.K. 2341 T. viride VD Italy (Sardinia) - - - -
ATCC 20898 T. viride VD U.S.A. (NY) DQ315434 - - DQ307518
ATCC 32630 T. viride VD Sweden DQ315445 - - DQ307526
CBS 274.79 T. viride VD Austria DQ315428 - - DQ307513
CBS 333.72 T. viride VD Netherlands DQ315441 - - DQ307523
CBS 438.95 T. viride VD U.K. DQ315438 - - DQ307522
CBS 439.95 T. viride VD Northern Ireland DQ315439 - - AY937413
2732 T. viride VD U.K. - - -
C.P.K. 998 T. viride VD Russia - - -
C.P.K. 999 T. viride VD Russia - - -
2462 T. viride VD U.K. - - -
2342 T. viride VD Germany - - - -
G.J.S. 00-67 PS F T. viride VD U.S.A. (WV) DQ315418 - - DQ307502
G.J.S. 89-142 = CBS 120065 T. viride VD U.S.A. (NC) DQ109532 DQ111965 DQ122157 AY376049
G.J.S. 92-11 T. viride VD New Zealand DQ315422 - - DQ307524
G.J.S. 94-10 PS F T. viride VD Taiwan DQ315420 - - DQ307506
G.J.S. 94-11 PS F T. viride VD Taiwan DQ313156 - - DQ307508
G.J.S. 94-118 T. viride VD France DQ315424 - - DQ307510
G.J.S. 94-9 PS F T. viride VD Taiwan DQ315421 - - DQ307507
G.J.S. 97-243 PS F T. viride VD U.S.A. (GA) DQ315419 - - DQ307503
G.J.S. 97-272 = BBA 66069 T. viride VD Germany DQ315429 - - DQ307504
G.J.S. 97-274 = BBA 68432 T. viride VD Russia DQ315440 - - DQ307505
G.J.S. 98-129 T. viride VD France AY737773 - - DQ307542
G.J.S. 98-182 = W.J. 1223 = CBS 120067 T. viride VD Austria DQ315425 - - DQ307511
G.J.S. 98-86 T. viride VD Mexico DQ315423 - - DQ307509
G.J.S. 99-10 = NR 5510 T. viride VD Czech Rep. DQ315430 - - DQ307514
G.J.S. 99-128 T. viride VD Australia (VI) DQ315431 - - DQ307515
G.J.S. 99-142 T. viride VD Australia (VI) DQ315427 - - DQ307512
G.J.S. 99-175 T. viride VD Australia (VI) DQ315437 - - DQ307521
G.J.S. 99-8 = NR 5541 T. viride VD Japan DQ315433 - - DQ307517
G.J.S. 99-18 = FP 5564 T. viride VD Japan? DQ315435 - - DQ307519
TR 4 T. viride VD U.S.A. (OR) DQ315436 - - DQ307520
TR 5 T. viride VD U.S.A. (OR) DQ315443 - - DQ307525
TR 6 T. viride VD U.S.A. (OR) DQ315444 - - AY376050
CBS 433.34 T. viride VD, T of Eidamia viridescens U.K. AF456922 - - AF456905, AY376048
G.J.S. 04-09 PS C U.S.A. (TX) DQ315459 - - DQ307541
G.J.S. 92-60 PS C Australia DQ315448 - - DQ307529
C.P.K. 1011 PS C Central Russia - - - DQ641674
C.P.K. 1010 PS C Central Russia - - - DQ641673
G.J.S. 02-54 H. vinosa New Zealand DQ315447 - - DQ307528
G.J.S. 99-156 H. vinosa U.S.A. (TX) DQ315446 - - DQ307527
G.J.S. 99-158 H. vinosa New Zealand AY380904 AY376680 DQ122158 AY376047
DIS 217i PS B Ecuador DQ323420 - - DQ307549
G.J.S. 04-353 PS B U.S.A. (TN) DQ323418 - - DQ307551
G.J.S. 90-97 PS B U.S.A. (NC) DQ315449 - - DQ307530
G.J.S. 99-127 PS A Australia (VI) DQ315453 - - DQ307533
G.J.S. 99-83 PS A Australia (VI) AF456921 DQ111966, DQ333557 DQ122159 AF348118
G.J.S. 99-191 PS A Australia (VI) DQ315451 - - DQ307532
G.J.S. 99-86 PS A Australia (VI) DQ315432 - - DQ307516
G.J.S. 99-204 PS A New Zealand DQ315450 - - DQ307531
371Tsp27Bnov = J. B. ID424 PS A - - - - -
230T.spnov.278 = J. B. ID422 PS A - - - - -
G.J.S. 98-170 T. hamatum New Zealand DQ109530 DQ111963 DQ122155 DQ109544
DAOM 167057 T. hamatum (ex-neotype) Canada Z48816 DQ111962 DQ122154 AF456911, AY750893
DAOM 166162 T. hamatum U.S.A. (NC) DQ083016 DQ111961 DQ122153 AY750887
G.J.S. 04-217 T. asperellum Peru DQ381957 DQ333564 DQ379002 DQ381958
Tr 3 = CBS 433.97
 T. asperellum
 U.S.A. (MD)
 X93981
 DQ111974
 DQ122170
 AY376058

1 Abbreviations of culture collections and collectors: ATCC = American Type Culture Collection, Manassas, VA, U.S.A., BBA = Biologisches Bundesanstalt, Berlin, Germany; CBS = Centraalbureau voor Schimmelcultures, Utrecht, The Netherlands; C.P.K. = Collection of C.P. Kubicek, Technische Universität, Abteilung für Mikrobielle Biochemie, Vienna; C.T.R., G.J.S., TR = Culture collection of the United States Department of Agriculture, Systematic Botany and Mycology Lab, Beltsville, MD U.S.A. (BPI); DAOM = Canadian Collection of Fungal Cultures, Ottawa, Canada; DIS refers to CABI-Bioscience, Ascot, cultures held by G.J.S; FP = unknown provenance, received from Toru Okuda, Nippon Roche Corp., Tokyo, Japan; IBT = Culture Collection of Fungi, Technical University of Denmark, Lyngby, Denmark; IMI = CABI-Bioscience, Egham, U.K.; J.B. = John Bissett, Agriculture and Agri-Food, Eastern Cereal and Oilseed Research Centre, Ottawa, Canada; W.J. = Culture collection of Walter Jaklitsch, Technische Universität, Abteilung für Mikrobielle Biochemie, Vienna; NR = Nippon Roche Corp. Tokyo, Japan.

2 Collection of C.P. Kubicek, Technische Universität, Abteilung für Mikrobielle Biochemie, Vienna.



Table 2. Principal Components Analysis Eigenvalues


Axis 1
 Axis 2
 Axis 3
 Axis 4
 Axis 5
 Axis 6
Eigenvalues 8.041 4.125 3.038 1.854 1.814 1.536
Percentage 26.803 13.750 10.128 6.179 6.048 5.120
Cumulative Percentage
 26.803
 40.554
 50.682
 56.861
 62.909
 68.028



Table 3. Continuous characters, geographic distribution and colony phenotype of the Trichoderma species discussed.

Species
T. austrokoningii T. caribbaeum var. caribbaeum T. caribbaeum var. aequatoriale T. dingleyeae T. dorotheae T. intricatum T. koningii T. koningiopsis T. ovalisporum T. petersenii T. rogersonii T. stilbohypoxyli T. taiwanense

22
 22
 12,4
 32
 32
 22
 112
 232
 42
 82
 132
 112
 12
Geography1

Australia (Queensland), also New Zealand, Taiwan, U.S.A. (Florida), Russia
 Puerto Rico, Guadeloupe
 Ecuador
 New Zealand
 Australia (Victoria), New Zealand
 Puerto Rico, Thailand
 Eastern N. America, Europe
 Probably pantropical, also Eastern North America and Europe
 Brazil (Amazonia), Ecuador
 Europe, Eastern North America and Central America
 Eastern North America, Europe
 Central & South America, West Africa, U.K.
 Taiwan
Conidium characters
Conidium L1 (µm) (2.5-)3.0-3.7(-4.2) (3.5-)3.7-4.5(-4.7) (3.0-)3.5-3.7(-4.0)7 (3.2-)3.7-4.5(-6.2) (3.0-)3.5-4.2(-5.0) (3.0-)3.5-4.0(-4.5) (3.0-)3.7-4.5(-4.7) (3.0-)3.5-4.5(-6.2) (2.7-)3.2-4.0(-4.2) (2.5-)3.5-4.5(-5.5) (2.7-)3.5-4.5(-5.5) (2.5-)3.0-4.0(-5.0) (3.5-)3.7-4.2(-4.7)
95% CI
 3.3-3.4
 4.0-4.1
 3.5-3.7
 4.2-4.3
 3.8-3.9
 3.6-3.7
 4.1-4.2
 3.9-4.0 x
 3.5-3.6
 3.9-4.0
 4.0-4.1
 3.5-3.6
 3.9-4.1
Conidium W1 (µm) (2.0-)2.2-2.7(-3.2) (2.2-)2.5-3.2(-3.5) (2.0-)2.2-2.7(-3.0)7 (2.5-)3.0-3.5(-3.7) (2.5-)2.7-3.2(-3.7) (2.5-)2.7-3.2(-3.5) (2.0-)2.5-3.0(-3.5) (2.0-)2.5-3.0(-3.5) (2.5-)3.0-3.2(-3.7) (2.2-)2.7-3.0(-3.5) (2.2-)2.5-3.2(-4.2) (1.7-)2.5-3.0(-3.5) (2.5-)2.7-3.2(-3.5)
95% CI
 2.5-2.6
 2.8-3.0
 2.4-2.6
 3.1-3.2
 3.0-3.1
 3.0-3.1
 2.6-2.7
 2.6-2.7
 3.0-3.1
 2.8-2.9
 2.8-2.9
 2.6-2.7
 2.8-3.1
Conidium L/W1 (0.9-)1.2-1.6(-1.7) (1.0-)1.2-1.6(-1.9) (1.2-)1.3-1.5(-1.9)7 (1.1-)1.2-1.6(-2.1) (1.1-)1.2-1.4(-1.6) (0.9-)1.1-1.3(-1.5) (1.3-)1.5-1.7(-2.0) (1.0-)1.3-1.8(-2.5) 1.1-1.3(-1.6) (1.0-)1.3-1.5(-1.8) (0.8-)1.3-1.7(-2.2) (0.9-)1.1-1.5(-1.9) (1.0-)1.2-1.6(-1.8)
95% CI
 1.3-1.4
 1.4-1.5
 1.4-1.5
 1.3-1.4
 1.2-1.3
 1.2-1.3
 1.5-1.6
 1.49-1.52
 1.15-1.19
 1.35-1.39
 1.4-1.5
 1.3-1.4
 1.3-1.5
Phialide characters
Phialide length1 (5.2-)7.0-10.5(-13) 3.5-9.0(-15.0) (5.5-)6.0-10.2(-14.0)7 (4.2-)6.7-11.2(-15.0) (4.7-)6.5-10.0(-13.7) (5.0-)5.7-8.2(-11.5) (4.2-)6.2-10.0(-15.5) (3.5-)5.5-9.2(-16.0) (4.0-)5.7-9.2(-13.5) (4.0-)6.2-10.2(-16.5) (3.5-)6.0-10.0(-17.5) (4.2-)5.5-9.0(-12.5) (5.2-)7.0-10.2(-13.2)
95% CI
 8.3-9.2
 5.2-6.2
 7.4-9.0
 8.5-9.5
 7.9-8.7
 6.6-7.2
 7.9-8.3
 7.2-7.5
 7.2-7/8
 8.1-8.6
 7.8-8.3
 7.1-7.5
 8.0-9.2
Phialide at widest point1 (2.0-)2.5-3.0(-3.5) (2.0-)2.5-3.2(-4.0) (2.2-)2.5-3.2(-3.7)7 (1.7-)2.2-3.2(-4.0) (1.7-)2.2-3.0(-3.5) (2.2-)3.0-3.7(-4.5) (2.0-)2.7-3.5(-4.2) (2.0-)2.7-3.5(-4.5) (2.0-)2.5-3.5(-4.2) (2.0-)2.5-3.5(-4.0) (2.0-)2.5-3.5(-4.0) (2.0-)2.7-3.5(-4.5) (2.2-)2.5-3.2(-3.5)
95% CI
 2.6-2.8
 2.8-3.0
 2.8-3.1
 2.7-2.9
 2.6-2.8
 3.2-3.4
 3.0-3.1
 3.1-3.2
 3.0-3.2
 2.9-3.0
 3.0-3.1
 3.1-3.2
 2.6-2.9
Phialide base1 (1.5-)1.5-2.2(-3.2) (1.2-)1.5-2.2(-2.5) 1.5-2.2(-2.5) (1.2-)1.7-2.5(-4.0)7 (1.2-)1.5-1.5(-2.7) (1.2-)1.5-2.5(-3.0) (1.0-)1.5-2.2(-3.0) (1.0-)1.5-2.2(-3.7) (1.0-)1.5-2.5(-3.2) (1.0-)1.5-2.5(-3.5) (1.2-)1.7-2.5(-3.2) (1.2-)1.7-2.5(-3.5) (1.5-)1.8-2.5(-2.5)
95% CI
 1.8-2.0
 2.8-3.0
 1.8-2.0
 2.0-2.2
 1.9-2.0
 1.9-2.2
 1.9-2.0
 1.9-2.0
 1.9-2.1
 2.9-3.0
 2.05-2.13
 2.0-2.1
 2.0-2.7
L/W of Phialide1 (1.8-)2.4-3.7(-5.4) 1.2-3.1(-6.6) (1.6-)1.9-3.9(-5.7)7 (1.8-)2.5-4.5(-6.3) (1.5-)2.3-4.1(-6.8) (1.4-)1.6-2.8(-4.0) (1.2-)1.8-3.6(-6.6) (1.0-)1.7-3.3(-6.0) (1.2-)1.7-3.3(-6.8) (1.3-)2.1-3.9(-6.9) (1.0-)2.7-3.7(-8.3) (1.2-)1.4-3.1(-5.6) µm (2.1-)2.7-4.0(-5.1)
95% CI
 3.1-3.6
 1.8-2.4
 2.5-3.3
 3.3-3.7
 3.0-3.3
 2.0-2.3
 2.6-2.8
 2.4-2.5
 1.6-3.4
 2.8-3.0
 2.6-2.8
 2.3-2.4 µm
 2.9-3.5
Phialide supporting cell1 (1.5-)2.0-3.0(-3.5) (1.5-)2.0-3.0(-3.7) (1.7-)2.0-2.7(-3.0)7 (1.7-)2.2-4.2(-6.5) (1.5-)1.7-5.0(-9.5) (2.0-)2.5-3.5(-4.0) (1.5-)2.2-3.0(-4.0) (1.7-)2.2-3.5(-7.7) (1.7-)2.2-4.0(-6.2) (1.5-)1.7-2.2(-8.0) (1.5-)2.5-3.2(-4.0) (1.6-)2.2-3.2(-5.0) µm (2.0-)2.0-3.0(-3.5)
95% CI
 2.4-2.6
 2.4-2.6
 2.2-2.5
 3.1-3.5
 3.0-3.7
 2.9-3.1
 2.6-2.7
 2.8-2.9
 3.0-3.3
 2.9-3.1
 2.7-2.8
 2.7-2.8 µm
 2.4-2.7
Ascus characters
Ascus length (65-)75-90(-100) 65-75(-85) (45-)66-95(-105) ca. 703 (56-)65-77(-84) (56-)62-72(-80) (60-)65-75(-80) (55-)67-85(-105) (51-)69-89(-128) (65-)72-88(-98) µm (60-)63-73(-78)
95% CI
 81-85
 70-75
76-85
70-73
 66-70
 69-72
75-78
 78-80
 79-82 µm
 63-72
Ascus width (3.2-)4.2-5.7(-6.5) (3.5-)4.5-6.0(-7.0) (3.0-)4.0-6.0(-7.7) 4.5-5.53 (2.7-)4.0-5.2(-6.2) (4.2-)4.5-6.2(-7.0) (3.5-)4.0-6.0(-7.5) (3.0-)4.5-6.2(-8.0) (3.5-)4.2-6.2(-8.2) (4.0-)5.0-6.5(-7.7) µm (3.2-)3.7-5.0(-5.2)
95% CI
 4.8-5.2
 4.9-5.4
4.8-5.4
4.4-4.8
 5.2-5.8
 4.7-5.3
5.2-5.4
 5.3-5.5
 5.5-5.8 µm
 3.7-4.8
Ascospore characters
Distal part-ascospore length (3.2-)3.5-4.2(-5.0) (2.7-)3.2-4.2(-4.7) (2.0-)3.0-4.2(-5.0) 3.0-4.5(-6.5) (2.5-)3.0-3.7(-4.0) (2.7-)3.5-4.5(-4.6) (2.7-)3.2-4.0(-4.5) (2.2-)3.5-4.5(-5.5) (3.0-)3.5-4.5(-5.2) (3.2-)3.5-4.5(-5.0) µm (2.7-)3.0-4.0(-4.7)
95% CI
 3.8-3.9
 3.7-3.8
3.6-3.9
 3.6-4.0
 3.2-3.4
 3.9-4.2
 3.7-3.8
3.8-4.0
 3.9-4.0
 3.9-4.1 µm
 3.2-3.7
Distal part-ascospore width (2.7-)3.2-3.7(-4.2) (2.5-)3.0-3.5(-4.0) (1.7-)2.5-4.0(-4.5) (2.2-)2.7-3.7(-5.2) (2.2-)2.7-3.5(-3.7) (2.5-)3.0-3.5(-4.0) (2.0-)2.7-3.5(-4.0) (2.0-)3.2-4.2(-5.0) (2.5-)3.2-4.0(-5.0) (2.7-)3.2-3.7(-4.2) µm (2.5-)3.0-3.5(-4.0)
95% CI
 3.5-3.6
 3.2-3.4
3.1-3.4
 2.8-3.8
 3.0-3.2
 3.2-3.4
 3.1-3.3
3.7-3.8
 3.6-3.7
 3.4-3.5 µm
 3.1-3.3
Proximal part-ascospore length (3.2-)2.5-4.5(-5.0) (2.7-)3.5-4.7(-5.2) (2.5-)3.0-4.7(-6.5) (3.5-)3.7-5.0(-6.5) (2.5-)2.5-4.2(-4.5) (3.2-)3.7-4.5(-5.2) (3.0-)3.7-4.7(-6.0) (2.7-)3.7-5.0(-6.5) (3-)4-5(-6) (3.2-)4.0-5.0(-6.0) µm (3.0-)3.5-4.5(-5.2)
95% CI
 3.9-4.1
 4.1-4.4
3.8-4.1
 4.2-4.6
 3.6-3.9
 4.0-4.3
 4.1-4.4
4.4-4.6
 4.4-4.5
 4.5-4.7 µm
 3.7-4.1
Proximal-part width (2.7-)3.0-3.5(-4.2) (2.5-)2.7-3.2(-3.7) (1.7-)2.5-3.5(-4.2) 2.5-3.5(-4.2) (2.2-)2.5-3.0(-3.2) (2.2-)2.5-3.0(-3.7) (1.7-)2.2-3.0(-3.5) (2.2-)2.7-3.7(-5.2) (2.0-)2.7-3.5(-4.0) (2.2-)2.7-3.2(-4.0) µm (2.2-)2.5-3.2
95% CI
 3.1-3.2
 3.0-3.1
2.9-3.2
 2.9-3.1
 2.7-2.8
 2.6-2.9
 2.6-2.8
3.2-3.3
 3.1-3.2
 3.0-3.1 µm
 2.7-2.9
Colony radius and slope of growth curve on PDA after 72h (mm)
Radius 15 °C1
 65
 13-155
 7-104
 11-175
 16-175
 8-105
 (12-)15-19
 (8-)9-17(-30)
 (5-)6-13
 (10-)11-13(-14)
 (8-)8.5-11(-13)
 (2-)3-13(-17)
 10-125
Radius 20 °C1
 18-205
 365
 25-424
 22-375
 31-425
 25-425
 (26-)31-38
 (23-)30-40(-42)
 (31-)31-37
 (19-)23-29
 (23-)24-28(-31)
 (11-)15-39(-43)
 21-295
Radius 25 °C1
 33-355
 53-565
 41-504
 24-295
 39-415
 40-506
 (41-)49-58
 (45-)51-63(-67)
 (38-)43-66
 (26-)33-45
 (38-)40-48(-50)
 (36-)38-54(-64)
 43-465
Radius 30 °C1
 (36-375
 54-585
 9-164
 1-35
 20-285
 9-165
 (35-)45-61
 (20-)52-72
 48-70
 (25-)32-48
 (40-)40-52(-60)
 36-54(-69)
 42-435
Radius 35 °C1
 0.0-1.05
 1-25
 0-14
 15
 1-25
 0-15
 (0-)1-2(-3)
 (0-)2-10(-12)
 5-14
 0-4
 (0-)0.7-4(-5)
 0-3
 0
slope PDA 15 °C1
 0.113-0.1355
 0.204-0.2225
 0.24
 0.209-0.2635
 0.272-0.3185
 0.125-0.1695
 (0.225-)0.255-0.311(-0.314)
 (0.053-)0.163-0.281(-0.310)
 0.125-0.1855
 (0.178-) 0.187-0.223(-0.232)
 (0.138-)0.151-0.191(-0.210)
 (0.049-)0.092-0.222(-0.242)
 0.163-0.2165
Species
T. austrokoningii T. caribbaeum var. caribbaeum T. caribbaeum var. aequatoriale T. dingleyeae T. dorotheae T. intricatum T. koningii T. koningiopsis T. ovalisporum T. petersenii T. rogersonii T. stilbohypoxyli T. taiwanense

22
 22
 12,4
 32
 32
 22
 112
 232
 42
 82
 132
 112
 12
slope PDA 20 °C1
 0.329-0.3365
 0.580-0.5995
 0.475-0.6254
 0.353-0.4285
 0.493-0.5545
 0.329-0.4925
 (0.492-)0.540-0.610
 (0.272-)0.503-0.676
 0.522-0.6545
 (0.340-)0.396-0.475(-0.468)
 (0.371-)0.414-0.504(-0.540)
 (0.271)0.340-0.683
 0.395-0.4955
slope PDA 25 °C1
 0.522-0.5405
 0.603-0.6085
 0.695-0.7214
 0.332-0.3895
 0.610-0.6175
 0.608-0.6245
 (0.547-)0.544-0.706(-0.829)
 (0.558-)0.550-0.742(-0.815)
 0.551-0.8565
 (0.562-)0.586-0.622(-0.629)
 (0.585-)0.602-0.674(-0.724)
 (0.631-)0.673-0.823(-0.848)
 0.625-0.6335
slope PDA 30 °C1
 0.055-0.5395
 0.593-0.6015
 0.108-0.1504
 5
 0.261-0.4865
 0.547-0.6315
 (0.540-)0.556-0.606(-0.618)
 (0.269-)0455-0.735(-0.807)
 0.519-0.7935
 (0.214-)0.362-0.648
 (0.550-)0.587-0.629(-0.641)
 (0.650-)0.659-0.749(-0.782)
 0.592-0.6295
slope PDA 35 °C1
 0
 0
 0
 0
 0
 0
 0
 (0.003-0.063(-0.111)
 0.007-0.333
 0
 0
 0
 0
Colony radius and slope of growth curve on SNA after 72h
Colony radius SNA 15 °C1
 6.0-7.05
 8-95
 8-154
 8-175
 7-105
 8-155
 (5-)7-13
 (5.3-)8-12(-14)
 (5.0-)5.0-10.0
 (6-)7-12(-13)
 (1.5-)3.0-8.0(-10)
 (2-)3-11(-12)
 6-85
Colony radius SNA 20 °C1
 17-205
 22-245
 20-274
 14-225
 17-215
 20-275
 (14-)18-23
 (16-)22-31(-43)
 (25-)19-27
 (19-)20-24
 (10-)13-19(-21)
 (13-)17-27(-30)
 16-255
Colony radius SNA 25 °C1
 27-345
 41-425
 31-334
 22-305
 19-285
 31-335
 (25-)29-35
 (32-)37-47(-51)
 40-48
 (27-)31-35
 (15-)21-31(-33)
 (22-)28-49(-41)
 27-485
Colony radius SNA 30 °C1
 25-315
 36-465
 224
 1-25
 12-155
 65-705
 (20-)21-27(-28)
 (15-)32-54(-64)
 39-41(-51)
 (22-)26-31(-34)
 (12-)14-28(-35)
 (25-)30-43(-45)
 30-505
Colony radius SNA 35 °C1
 0-15
 0.5-1.0
 0
 0-1
 0-1
 0
 (0.5-)1.0-1.8(-2.0)
 (0-)1.5-6.2(-14)
 4-7
 (0-)0.2-1.5(-2)
 0-3.2
 0-1
 0-25
Colony slope SNA 15 °C1
 0.119-0.1465
 0.156-0.1825
 0.167-0.1834
 0.156-0.1895
 0.134-0.1865
 0.057-0.0855
 (0.057-)0.110-0.202(-0.226)
 (0.085-)0.121-0.201(-0.232)
 0.164-0.2365
 (0.115-)0.124-0.214(-0.232)
 (0.054-)0.064-0.148(-0.190)
 0.087-0.199
 0.104-0.1145
Colony slope SNA 20 °C1
 0.236-0.3405
 0.397-0.4065
 0.341-0.4134
 0.385-0.4425
 0.253-0.3965
 0.200-0.3675
 (0.200-)0.272-0.444(-0.482)
 (0.161-)0.290-0.462(-0.518)
 0.401-0.5545
 (0.311-)0.313-0.419(-0.461)
 (0.213-)0.248-0.318(-0.321)
 0.227-0.381
 0.220-0.3835
Colony slope SNA 25 °C1
 0.460-0.5575
 0.451-0.5945
 0.495-0.5504
 0.603-0.6335
 0.275-0.6145
 0.424-0.6405
 (0.275-)0.328-0.618(-0.712)
 (0.215-)0.453-0.675(-0.779)
 0.504-0.7895
 (0.465-)0.486-0.554(-0.520)
 (0.354-)0.392-0.482(-0.485)
 0.264-0.574
 0.371-0.6505
Colony slope SNA 30 °C1
 0.371-0.4515
 0.160-0.4035
 0.3254
 0.321-0.6195
 0.075-0.6195
 0.457-0.6535
 (0.014-)0.100-0.558(-0.654)
 (0.004-)0.296-0.676(-0.782)
 0.297-0.7695
 (0.206-)0.290-0.450(-0.483)
 (0.200-)0.229-0.391(-0.461)
 0.038-0.537
 0.354-0.5675
Colony slope SNA 35 °C1
 0
 0
 0
 0
 0
 0.168
 0
 0
 0
 0
 0
 0
 0-0.0045
Colony morphology on PDA
Colony type after 96 h in light
 growth slow; conidia formed abundantly in two concentric rings
 fast; faint concentric rings; few conidia
 growth slow; abundant conidia in concentric rings
 growth slow; mycelium uniform or abundant in faint concentric rings; sterile
 growth slow; mycelium uniform or abundant in faint concentric rings; sterile or not
 fast; faint concentric rings; few conidia
 growth fast; faint to pronounced concentric rings, conidia typically abundant
 growth fast; faint to pronounced concentric rings, conidia typically abundant
 growth fast; faint to pronounced concentric rings, conidia typically abundant
 growth slow; conspicuous concentric rings; conidia abundant, lacking any yellow color
 growth slow; few faint concentric rings; conidia formed abundantly in the center of the colony
 growth slow, abundant conidial production in 3 or 4 broad concentric rings. Some yellow pigment in developing conidia and PDA reverse
 growth slow, few conidia in concentric rings
Time of appearance of green conidia on PDA in darkness1 48 72-96 48 >96 72-96 >96 72 48 48 48-72 24(-48) 48(-72) 48
hours












Temperature of appearance of green conidia on PDA in darkness1 25 20 25-30 25 20-25 25 25-30 (20-)25-30 20 20-25 25-30 25-30 25
°C












1 Characters used in PCO analysis.

2 Number of collections.

3 Only two asci could be measured from three collections.

4 Continuous measurements from SNA. All measurements pertaining to growth rate report the range observed in three, independent trials.

5 maximum and minimum of all cultures studied.

6 Total range of two isolates.

7 Measured from pustules.



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