Table S1 Geographic characteristics of the populations sampled and their respective voucher specimens. Pop, population.
Pop
Genus
Species
Country
Major area
Locality
Coll.
number
Coll.date
Collector
Herba
rium
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
1
Haumania danckelmaniana
Gabon
Estuaire
Kingele
550
16.12.2008
Ley, A.C.
1
Haumania danckelmaniana
Gabon
Estuaire
Lonmin
559
17.12.2008
Ley, A.C.
1
Haumania
liebrechtsiana
Gabon
Estuaire
Lonmin
560
17.12.2008
Ley, A.C.
1
Haumania
liebrechtsiana
Gabon
Estuaire
Lonmin
575
17.12.2008
Ley, A.C.
2
Haumania danckelmaniana
Gabon
Woleu-Ntem
439
19.11.2008
Ley, A.C.
2
Haumania
Gabon
Woleu-Ntem
438
19.11.2008
Ley, A.C.
3
Haumania danckelmaniana
Gabon
484
04.12.2008
Ley, A.C.
3
Haumania
Gabon
485
04.12.2008
Ley, A.C.
4
Haumania danckelmaniana
Gabon
Ivindo
477
27.11.2008
Ley, A.C.
4
Haumania
Gabon
Ivindo, parking
ACL1203
27.11.2008
Ley, A.C.
BRLU
5
Haumania danckelmaniana
Gabon
Ngounié
Mandji
ACL4182
13.11.2008
Ley, A.C.
BRLU
5
Haumania
Gabon
Ngounié
Mandji
429b
13.11.2008
Ley, A.C.
6
Haumania danckelmanniana
Gabon
Ngounié
Doussala, mountains
406
04.11.2008
Ley, A.C.
6
Haumania
Gabon
Ngounié
Doussala, along river
398
04.11.2008
Ley, A.C.
7
Haumania danckelmaniana
Cameroun
Littoral
near Edea, on road to Yaounde
665
17.01.2009
Ley, A.C.
7
Haumania danckelmaniana
Cameroun
Littoral
near Edea, on road to Douala
671
17.01.2009
Ley, A.C.
liebrechtsiana
liebrechtsiana
liebrechtsiana
liebrechtsiana
liebrechtsiana
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
East Mont de Cristal, Mikongo,
chantier du Rougier Gabon
East Mont de Cristal, Mikongo,
chantier du Rougier Gabon
Matote, road Makokou to
Mekambo
Matote, road Makokou to
Mekambo
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
Lat/Long
N0° 27.390‘
E10° 17.287
N0° 27.097‘
E10° 10.758
N0° 27.097‘
E10° 10.759
N0° 27.097‘
E10° 10.774
N0° 35.815‘
E11° 12.395
N0° 35.815‘
E11° 12.394
N0° 50.820‘
E13° 30.947
N0° 50.820‘
E13° 30.948
S0° 10.531‘
E12° 32.228
S0° 10.092’
E12° 29.988
S1° 40.842’
E10° 34.440
S1° 41.528‘
E10° 21.426
S2° 19.956‘
E10° 36.548
S2° 19.601‘
E10° 35.338
N3° 47.752‘
E10° 12.116´
N3° 55.860´
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
8
Haumania danckelmaniana
Cameroun
Centre
road from Yaounde to Edea
649
16.01.2009
Ley, A.C.
9
Haumania danckelmaniana
Cameroun
Sud
Bibondi Mountain; 15km from
Lolodorf
755
06.02.2009
Ley, A.C.
9
Haumania danckelmaniana
Cameroun
Sud
Ngovayang
777
07.02.2009
Ley, A.C.
10
Haumania danckelmaniana
Cameroun
Sud
Mt. Elefant
688b
20.01.2009
Ley, A.C.
11
Haumania danckelmaniana
Cameroun
Est
near Somalomo
617
08.01.2009
Ley, A.C.
12
Haumania danckelmaniana
Gabon
Woleu-Ntem
Abang Medomou, road Oyem to
Bitam
529
11.12.2008
Ley, A.C.
12
Haumania danckelmaniana
Gabon
Woleu-Ntem
Bisok, road Oyem to Medouneu
543
12.12.2008
Ley, A.C.
13
Haumania danckelmaniana
Sangha
near Pokola
19.03.2009
Gillet, J.-F.
ULB
13
Haumania
Sangha
near Pokola
23.03.2009
Gillet, J.-F.
BRLU
14
Haumania danckelmaniana
Gabon
Estuaire
Malibu
6
29.10.2004
Ley, A.C.
14
Haumania danckelmaniana
Gabon
Estuaire
Sibang
27
30.10.2004
Ley, A.C.
15
Haumania danckelmaniana
Gabon
Makokou
162
08.01.2005
Ley, A.C.
16
Haumania danckelmaniana
Gabon
Belinga
495
07.12.2008
Ley, A.C.
17
Haumania danckelmaniana
Gabon
Bonzadie, 5km on road to Belinga
511
08.12.2008
Ley, A.C.
18
Haumania danckelmaniana
Gabon
512
08.12.2008
Ley, A.C.
18
Haumania
liebrechtsiana
Gabon
Ivindo
513
08.12.2008
Ley, A.C.
19
Haumania
liebrechtsiana
Rep. of the
Congo
CuvetteOuest
96/1124
(ACL4540)
1996
Lejoly, J.
liebrechtsiana
Rep. of the
Congo
Rep. of the
Congo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
Bakwaka, road Makokou to
Franceville
Bakwaka, road Makokou to
Franceville
Odzala, Andzoyi
JFG 62
(ACL0846)
JFG99
(ACL1216)
E10° 4.219´
N3° 46.534´
E11° 10.169´
N3° 18.181‘
E10° 38.969‘
N3° 13.694‘
E10° 36.409‘
N2° 48.251´
E10° 2.103´
N3° 22.528´
E12° 44.009´
N1° 45.697‘
E11° 37.171‘
N1° 13.103‘
E11° 35.319‘
N2° 09.024’
E16° 10.626’
N0° 12.30´ E16°
48.400´
WAG, N0° 20.340‘ E 9°
LBV
12.900‘
WAG, N0° 15.000‘ E 9°
LBV
17.640‘
WAG,
N0° 18.410‘
LBV
E12° 28.914‘
BRLU,
N1° 05.312‘
LBV
E13° 11.998‘
BRLU,
N0 °46.673‘
LBV
E13° 08.227‘
BRLU,
N0° 06.093‘
LBV
E13° 42.488‘
BRLU,
N0° 06.093‘
LBV
E13° 42.488‘
N1° 39.960’
BR
E13° 28.998’
20
Haumania danckelmaniana
Gabon
Ogooué-Lolo
near Lastourville
OHADN19
78
(ACL4435)
10.5.2009
Hardy, O.J.
21
Haumania danckelmaniana
Cameroun
Sud
Campo
685
19.01.2009
Ley, A.C.
22
Haumania danckelmaniana
Gabon
Ogooué-Lolo
Dibouka
67
20.11.2004
Ley, A.C.
23
Haumania danckelmaniana
Gabon
Ngounié
Ndenga, road Mbigou to
Lebamba
421
10.11.2008
Ley, A.C.
24
Haumania
liebrechtsiana
Gabon
Estuaire
Monts de Cristal, Lonmin
52
13.11.2004
Ley, A.C.
24
Haumania
liebrechtsiana
Gabon
Estuaire
Monts de Cristal, Lonmin
53
13.11.2004
Ley, A.C.
25
Haumania
liebrechtsiana
Gabon
MoyenOgooué
west of Ndjole, mountains on
road towards Libreville
461
25.11.2008
Ley, A.C.
26
Haumania
liebrechtsiana
Gabon
Lope
101
03.12.2004
Ley, A.C.
26
Haumania
liebrechtsiana
Gabon
Lope
148
30.12.2004
Ley, A.C.
26
Haumania
liebrechtsiana
Gabon
Lope
101
03.12.2004
Ley, A.C.
27
Haumania
liebrechtsiana
Gabon
Mikongo
121
09.12.2004
Ley, A.C.
27
Haumania
liebrechtsiana
Gabon
Mikongo
108
06.12.2004
Ley, A.C.
27
Haumania
liebrechtsiana
Gabon
Mikongo
122
09.12.2004
Ley, A.C.
28
Haumania
liebrechtsiana
Gabon
370
30.10.2008
Ley, A.C.
28
Haumania
liebrechtsiana
Gabon
433
14.11.2008
Ley, A.C.
29
Haumania
liebrechtsiana
Gabon
330
13.10.2008
Ley, A.C.
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
OgoouéIvindo
MoyenOgooué
MoyenOgooué
Lambarene, near Albert
Schweitzer hospital
Mitone, village north of
Lambarene
Ngounié
Ikobey
ULB
S0° 49.074’
E13° 04.494’
BRLU,
LBV
WAG,
LBV
BRLU,
LBV
WAG,
LBV
WAG,
LBV
BRLU,
LBV
N2° 43.900´ E
9° 52.465´
S1° 11.316‘
E12° 07.728‘
S1° 56.609‘
E11° 46.964‘
N0° 11.718‘
E10° 33.300‘
N0° 11.718‘
E10° 33.300‘
S0° 09.191‘
E10° 44.393‘
WAG,
LBV
WAG,
LBV
WAG,
LBV
S0° 0.1287‘
E11° 21.018‘
S3° 14.778‘
E10° 24.666‘
S0° 07.722‘
E11° 21.018‘
WAG,
LBV
WAG,
LBV
WAG,
LBV
BRLU,
LBV
BRLU,
LBV
BRLU,
LBV
S0° 10.968‘
E11° 25.272‘
S0° 10.962‘
E11° 25.290‘
S0° 10.968‘
E11° 25.272‘
S0° 40.288‘
E10° 13.578‘
S0° 37.231‘
E10° 13.970‘
S1° 03.632‘
E10° 59.893‘
29
Haumania
liebrechtsiana
Gabon
Ngounié
29
Haumania
liebrechtsiana
Gabon
Ngounié
30
Haumania
liebrechtsiana
Gabon
Ngounié
31
Haumania
liebrechtsiana
Gabon
31
Haumania
liebrechtsiana
32
Haumania
liebrechtsiana
33
Haumania danckelmaniana
34
Haumania
35
36
Haumania
Haumania
WCS camp at the border to Waka
National Park
Makoko, pygmee village, on path
to river
BRLU,
S1° 07.554‘
LBV
E11° 08.109‘
BRLU,
S1° 01.759‘
LBV
E11° 17.109‘
BRLU,
S1° 50.257‘
LBV
E11° 02.951‘
BRLU,
S2° 33.419‘
LBV
E10° 43.957‘
BRLU,
S2° 33.419‘
LBV
E10° 43.957‘
LBV, S3° 41.05’ E10°
WAG
68.51’
339
13.10.2008
Ley, A.C.
362
23.10.2008
Ley, A.C.
Mouila
379
31.10.2008
Ley, A.C.
Nyanga
Mourindi, along river
388
02.11.2008
Ley, A.C.
Gabon
Nyanga
Mourindi, along river
388
02.11.2008
Ley, A.C.
Gabon
Nyanga
Mayumba
148
30.12.2004
Ley, A.C.
Gabon
OgoouéIvindo
Melondomiole
ACL0702
08.12.2008
Ley, A.C.
BRLU
N0 °13.335’ E13°
30.061
liebrechtsiana
Rep. of the
Congo
Sangha
ACL0846/J
FG 62
19.03.2009
Gillet, J.-F.
BRLU
N2° 9.028´ E16°
10.630´
liebrechtsiana
Democratic
Rep. of Congo
2005/06
G.
Hohmann
BRLU
S2° 7.8´, E21°
55.2´
07.05.2010
Boyekole
Ebale
Botany
Team
BR,
YBI
N0° 49.71´,
E24° 19.58´
leonardiana
Democratic
Rep. of Congo
Bandundu
Orientale
Salonga
village Yafake near Yangambi
ACL4659
BEB250
Table S2 Details on the 26 populations of Haumania danckelmaniana and H. liebrechtsiana collected for AFLP studies in tropical central Africa. ID Pop., population
ID corresponds with IDs in Fig. 5 and Table S1 ; N, number; AFLP mark., AFLP markers; PPB, percentage of polymorphic markers; Nrare, number of rare markers
per population and primer pair.
H. danckelmaniana
N (AFLP frag.)
ID Pop.
PPB (%)
N(indiv.)
H. liebrechtsiana
N(rare)
MseI(CAC)
N (indiv.)
N (AFLP frag.)
PPB (%)
MseI(CAG)
N(rare)
MseI(CAC)
MseI(CAG)
1
5
26
26.92
1
2
4
21
16.67
1
0
2
8
36
35.9
4
3
19
39
44.87
4
2
3
12
39
44.87
5
4
16
36
35.9
4
4
1
25
na
3
2
5
8
36
38.46
2
8
6
34
32.05
3
3
6
5
23
19.23
0
4
7
32
24.36
4
4
8
7
34
37.18
3
0
0
8
0
37
39.74
4
2
9
7
41
46.15
1
9
0
10
7
30
24.36
4
0
0
11
8
36
43.59
5
4
0
12
7
26
21.79
2
2
0
13
5
31
32.05
3
2
0
14
10
53.85
6
9
0
15
1
49
10 (only
MseI(CAG))
na
2
?
0
16
7
30
23.08
4
4
0
17
6
30
26.92
3
2
0
18
6
28
24.36
1
1
1
6 (only
MseI(CAG))
na
1
0
20
6
33
28.21
3
5
0
22
1
6 (only MseI(CAG))
na
?
3
0
23
3
28
21.79
4
0
0
25
0
22
23.08
0
0
5
0
7
4
25
0
29
1
7
31
28.21
2
2
15
46
51.28
6
9
30
0
4
28
21.79
3
1
31
0
4
28
17.95
4
1
32
0
1
18
na
0
0
33
4
25
24.36
0
3
0
34
7
31
25.64
4
2
0
147
14
na
0
1
80
Table S6 Statistics of AFLP peak selection: number of peaks eliminated among the 113,836
peaks detected in 363 samples by PeakScanner through tinyFLP (Arthofer 2010) given a specific
setting of criteria applied to two primer pairs (EcoRI-MseI (CAC), EcoRI-MseI (CAG)) on a
combined dataset of Haumania danckelmaniana and H. liebrechtsiana. Parameter settings:
minimum peak height, 400; maximum peak width, 2; minimum size, 40bp; maximum size,
500bp; size tolerance range, 0.8; minimum peak-peak distance, 1; peak height difference, 0;
minimum frequency, 0.1; maximum frequency, 99.9. n, number of deselected peaks; height,
mean height(intensity) of peaks; width, mean width of peaks in base pairs.
parameter setting
n
peak height below
cutoff (<400)
peak width above
cutoff (>2bp)
peak size too small
(>40bp)
peak size too big (>
500bp)
no histogram match
monomorphic
markers excluded by
tinyFLP
EcoRI-MseI
(CAC)
height
width
(mean)
(mean)
EcoRI-MseI
(CAG)
height
width
(mean)
(mean)
n
31474
152.938
0.536
35086
152.258
0.522
64
3073.766
2.235
22
6644.5
2.134
3021
1718.067
0.675
4090
2391.54
0.578
253
1117.648
0.818
58
1092.603
0.837
64
6680.406
0.596
304
2307.658
0.502
1 (190.8bp)
2 (91bp, 164.8bp)
Table S7 Quantitative characteristics of final peak selection from AFLP fingerprints in Haumania
listed separately by species (H. danckelmaniana and H. liebrechtsiana) and primer pair (EcoRIMseI (CAC), EcoRI-MseI (CAG)).
H. danckelmaniana
H. liebrechtsiana
147
80
EcoRI-MseI (CAC)
119
66
EcoRI-MseI (CAG)
133
71
Number of markers present
79
78
EcoRI-MseI (CAC)
39
39
EcoRI-MseI (CAG)
40
39
Number of markers excluding
markers
private
for
one
individual in replicate dataset
58
65
H² < 0.25
12
23
0.25 < H² < 0.5
17
16
0.5 < H² < 0.75
19
17
H² > 0.75
10
9
significant H²
44
42
Private markers per species
8
7
EcoRI-MseI (CAC)
5
5
EcoRI-MseI (CAG)
3
2
EcoRI-MseI (CAC)
0
0
EcoRI-MseI (CAG)
0
3 (108, 175, 292, bp)
EcoRI-MseI (CAC)
22 (47.8%)
25 (54.3%)
EcoRI-MseI (CAG)
24 (52.2%)
20 (43.5%)
12.28 ± 2.84
11.89 ± 2.45
Number of samples
Number of markers present in >
70% of individuals
Number of rare markers
(< 10% of individuals)
Average number of markers per
individual
EcoRI-MseI (CAC)
10.76 ± 3.30
11.87 ± 3.57
EcoRI-MseI (CAC)
1.35 ± 1.29
1.08 ±1.16
EcoRI-MseI (CAG)
1.15 ± 1.51
0.80 ± 1.18
EcoRI-MseI (CAG)
Average number of rare markers
per individual
Table S8 Statistics of the retrieval of significantly (p < 0.05) heritable markers from AFLP
fingerprints depending on the number of replicates used; exemplified on randomly selected
subsets of replicates (only one replicates per individual considered) from the Haumania
dataset of this study using two primer pairs (EcoRI-MseI (CAC), EcoRI-MseI (CAG)). Grey,
statistics based on entire data set used in this study (including various numbers of replicates
per individual).
number of
replicates
72
60
50
40
30
25
20
number of
markers with
signif. H²
86
79
81
73
57
52
51
H² min
signif.
0.20
0.29
0.34
0.42
0.42
0.42
0.49
H² max nonsignif.
0.30
0.48
0.48
0.48
0.66
0.66
0.66
Table S9 Comparison of the average slope (± standard errors by jackknifing over loci) of kinshipdistance curves (i.e. mean rate of decrease of kinship coefficients per ln(distance)) within and
among species based on datasets including AFLP markers with different ranges of heritability
(H2). Estimators of kinship coefficient corrected (F’(d)) or uncorrected (F(d)) for the limited
heritability of markers were computed in SPAGeDi 1.4 (Hardy & Vekemans 2002). H.
danckelmaniana: 147 individuals; H. liebrechtsiana: 80 individuals.
N
H. danckelmaniana
(markers)
Corrected estimators of kinship, F’(d)
all markers
132
-0.0354 ± 0.0058
H2 < 0.25
35
-0.0433 ± 0.0154
0.25 < H2 < 0.5
33
-0.0408 ± 0.0108
2
0.5< H < 0.75
36
-0.0249 ± 0.0062
2
H > 0.75
19
-0.0490 ± 0.0162
H2
significant H²
86
-0.0352
significant H²
excluding
individuals
86
from southern
populations
Uncorrected estimators of kinship, F(d)
all markers
132
-0.0177
2
H < 0.25
35
-0.0071
0.25 < H2 < 0.5
33
-0.0156
2
0.5< H < 0.75
36
-0.0155
2
H > 0.75
19
-0.0405
significant H²
86
-0.0201
± 0.0061
± 0.0031
± 0.0017
± 0.0044
± 0.0039
± 0.0133
± 0.0038
H. liebrechtsiana
among species
-0.0266
-0.0128
-0.0128
-0.0351
-0.0277
± 0.0057
± 0.0340
± 0.0074
± 0.0101
± 0.0105
-0.0150
0.0134
-0.0156
-0.0156
-0.0174
± 0.0069
± 0.0199
± 0.0083
± 0.0128
± 0.0131
-0.0275
± 0.0059
-0.0162
± 0.0073
-0.0073
± 0.0063
-0.0075
0.0003
-0.0058
-0.0096
-0.0145
-0.0092
± 0.0035
± 0.0025
± 0.0032
± 0.0080
± 0.0108
± 0.0042
-0.0132
-0.0015
-0.0049
-0.0217
-0.0232
-0.0158
± 0.0030
± 0.0038
± 0.0028
± 0.0064
± 0.0084
± 0.0035
Table S10 Number of NON-assigned individuals according to the minimal heritability (H²) of the AFLP markers included in the Bayesian clustering analysis
applied on H. danckelmaniana and/or H. liebrechtsiana individuals for a number of clusters K ranging from 1 to 4. The software STRUCTURE was run under
the admixture model with correlated allele frequencies and individuals were assigned to a cluster with an assignment threshold of 0.7. Each analysis being
repeated 10 times, the range of the number of unassigned individuals as well as the standard errors of the DIC values are given.
both species
H² > 0
average DIC
H. danckelmaniana
H. liebrechtsiana
total
K=1
-10600.3 +/- 1.2
0
0
0
K=2
-9921.8 +/- 5.3
21
4-6
25-27
K=3
-9777.9 +/- 8.23
28-31
15-17
43-48
K=4
-9683.6 +/- 22.9
35-36
20-22
55-58
total
significant H²
average DIC
H. danckelmaniana
H. liebrechtsiana
total
K=1
-8461.3 +/- 0.8
0
0
0
K=2
-7816.0 +/- 3.2
14-15
2-3
17-18
K=3
-7716.2 +/- 19.9
15-39
4-10
20-46
K=4
-7524.3 +/- 8.6
27-29
9-10
36-39
total
H² > 0.5
average DIC
H. danckelmaniana
H. liebrechtsiana
total
K=1
-5356.5 +/- 0.4
0
0
0
K=2
-4814.6 +/- 2.5
9-10
0
9-10
K=3
-4689.2 +/- 5.4
27-36
1
28-37
K=4
-4684.9 +/- 15.5
51-60
6-7
58-67
total
H² > 0.75
average DIC
H. danckelmaniana
H. liebrechtsiana
K=1
-1680.1 +/- 0.1
0
0
K=2
-1533.0 +/- 1.9
28-30
17-18
K=3
-1530.92 +/- 3.8
55-59
25-28
K=4
-1554.3 +/- 8.3
84-87
46-50
total
12
146
81
227
146
81
227
146
81
227
146
81
only
H.danckelmaniana
only
H. liebrechtsiana
total
0
44-47
81-86
H² > 0
K=1
K=2
K=3
total
average DIC
H. danckelmaniana
-6485.8 +/- 0.8
0
-6468.1 +/- 62.4
19-147
-6222.2 +/- 10.8
56-66
146
significant H²
average DIC
H. danckelmaniana
K=1
-5090.7 +/- 0.8
0
K=2
-4999.4 +/- 19.2
17-22
K=3
-4862.0 +/- 28.4
26-32
total
H² > 0.5
K=1
K=3
total
average DIC
-3137.02 +/- 0.329
-3025.79 +/- 8.865
H. danckelmaniana
0
K=2
-3057.02 +/24.620
25-26
68-72
146
H² > 0.75
average DIC
H. danckelmaniana
K=1
-1005.36 +/- 0.171
0
K=2
-974.8 +/- 3.0
36-37
K=3
-967.3 +/- 3.8
85-93
total
significant H²
K=1
K=2
K=3
total
average DIC
H. liebrechtsiana
-2666.5 +/- 1.5
0
-2634.2 +/- 12.9
77
-2706.3 +/- 62.5
72-80
81
13
130-135
227
146
146
Table S11 Number of individuals per population of H. danckelmaniana and H. liebrechtsiana assigned to K = 2 and K = 3 homogenous genetic clusters after
Bayesian clustering implemented in STRUCTURE version 2.3.3 (Pritchard et al. 2000). ua, unassigned.
K=2
K=3
H. danckelmaniana
Pop
ID
1
2
3
4
5
6
8
9
10
11
12
13
14
15
16
17
18
20
22
23
25
Cl1
4
9
10
16
1
4
7
6
7
8
7
5
9
1
6
6
5
4
1
2
Cl2
1
ua
2
1
6
1
1
1
1
1
1
1
1
Total
5
9
12
16
8
5
7
7
7
8
7
5
10
1
7
6
6
6
1
3
H. liebrechtsiana
Cl1
Cl2
3
18
1
6
7
1
ua
1
1
H. danckelmaniana
Total
4
19
1
6
7
Cl1
Cl2
3
9
10
15
1
1
1
Cl3
1
2
1
7
4
7
6
7
8
6
5
7
1
6
6
4
3
1
4
1
1
1
3
1
2
2
1
4
ua
1
2
H. liebrechtsiana
Total
5
9
12
16
8
5
7
7
7
8
7
5
10
1
7
6
6
6
1
3
Cl1
3
18
1
5
6
1
1
1
4
14
Cl3 ua Total
1
4
1
19
1
6
7
1
4
26
28
29
30
31
32
33
4
34
7
Total 129
4
14
[%] 87.76 2.721 9.524
7
7
15
4
4
1
4
7
147
100
7
7
15
4
4
1
1
77
2
80
0.68 52.38 1.361 54.42
7
7
14
4
4
1
2
1.361
15
4
7
115
78.23
13
8.844
17
11.56
4
7
147
100
1
74
2 4
92.5 2.5 5
7
7
15
4
4
1
80
100