Hallo zusammen,
Vor circa 3 Wochen war ich bei der Exkursion der AG-Myk am Mönkeberger See. Nun habe ich die Funde endlich auch alle durchmikroskopiert und bestimmt 
und berichte euch die Artenvielfalt des schönen Gebietes. 
1. Sistotrema porulosum
ex Quercus rubra
spores:
3.8 [3.8 ; 4.1] 4.2 × 1.4 [1.5 ; 1.7] 1.8 μm
Q = 2.2 [2.3 ; 2.7] 2.8 ; N = 12 ; C = 95%
Me = 4.0 × 1.6 μm ; Qe = 2.5
basidia:
9.5 [10.8 ; 14.0] 13.9 × 3.8 [4.0 ; 5.0] 5.1 μm
Q = 2.1 [2.4 ; 3.2] 3.4 ; N = 7 ; C = 95%
Me = 12.4 × 4.5 μm ; Qe = 2.8
2. Allophylaria macrospora
ex Quercus rubra, apothecia 210 μm - 300 μm * 400 μm - 500 μm
asci:
97.2 [97.5 ; 126.1] 129.5 × 8.1 [8.2 ; 11.4] 11.8 μm
Q = 8.6 [9.6 ; 14.3] 14.4 ; N = 6 ; C = 95%
Me = 103.7 × 9.4 μm ; Qe = 11.2
ascospores:
21.0 [21.0 ; 32.0] 32.0 × 4.9 [4.9 ; 5.3] 5.3 μm
Q = 4.0 [4.0 ; 6.5] 6.5 ; N = 6 ; C = 95%
Me = 22.5 × 5.1 μm ; Qe = 4.3
paraphyses:
112.3 [113.8 ; 143.6] 144.0 × 2.3 [2.5 ; 3.5] 3.6 μm
Q = 31.2 [32.1 ; 57.6] 61.2 ; N = 10 ; C = 95%
Me = 125.4 × 3.1 μm ; Qe = 40.5
3. Xanthonectria pseudopeziza
ex Quercus rubra, perithecia 190-280 μm Ø
ascospores:
21.2 [22.6 ; 41.9] 45.8 × 4.0 [4.3 ; 6.1] 6.9 μm
Q = 3.6 [4.6 ; 7.9] 9.4 ; N = 18 ; C = 95%
Me = 34.1 × 5.3 μm ; Qe = 6.1
perithecial wall thickness:
43.7 [44.6 ; 61.6] 61.8 µm
N = 7 ; C = 95%
Me = 50.2 µm
asci:
48.2 [48.5 ; 67.6] 69.0 × 10.7 [10.8 ; 14.0] 14.1 μm
Q = 3.5 [3.6 ; 6.0] 6.2 ; N = 6 ; C = 95%
Me = 54.3 × 11.8 μm ; Qe = 4.8
4. Cylindrium aeruginosum
ex Quercus rubra leaf
conidia:
17.9 [19.2 ; 21.4] 22.5 × 2.0 [2.3 ; 2.6] 2.7 μm
Q = 7.2 [7.6 ; 9.2] 10.7 ; N = 27 ; C = 95%
Me = 20.3 × 2.4 μm ; Qe = 8.4
conidiogenous cells:
10.9 [11.5 ; 15.0] 15.8 × 3.3 [3.4 ; 5.0] 5.3 μm
Q = 2.1 [2.7 ; 4.3] 4.4 ; N = 11 ; C = 95%
Me = 13.1 × 4.0 μm ; Qe = 3.3
5. Mycena smithiana
ex Quercus rubra leaves
6. Podosphaera aphanis Komplex
ex Geum urbanum
7. Baeospora myosura
ex Larix
8. Diatrypella quercina
ex Quercus rubra
9. Radulomyces confluens
(Als ich den Pilz untersucht habe, gab es keine lebenden Basidien mehr, deshalb habe ich keine Messung für die Basidien gemacht. 
)
ex Quercus rubra
spores:
6.0 [6.0 ; 7.9] 7.9 × 4.6 [4.6 ; 6.1] 6.1 μm
Q = 1.1 [1.1 ; 1.5] 1.5 ; N = 33 ; C = 95%
Me = 7.0 × 5.4 μm ; Qe = 1.3
dendrophyses:
12.6 [12.3 ; 27.3] 32.7 × 2.8 [3.2 ; 5.2] 5.1 μm
Q = 2.6 [3.0 ; 6.8] 6.9 ; N = 6 ; C = 95%
Me = 19.8 × 4.2 μm ; Qe = 4.9
10. Mycena vitilis
smell slightly raphanoid
11. Phloeomana speirea
ex Quercus rubra
12. Allophylaria campanuliformis
on fern, apothecia 260 - 410 μm Ø
ascospores:
13.5 [13.9 ; 16.3] 17.3 × 3.2 [3.4 ; 4.4] 4.9 μm
Q = 2.8 [3.5 ; 4.3] 4.4 ; N = 16 ; C = 95%
Me = 15.1 × 3.9 μm ; Qe = 3.9
asci:
48.0 [53.7 ; 73.9] 74.2 × 6.8 [7.1 ; 8.5] 8.7 μm
Q = 6.1 [6.9 ; 9.5] 9.3 ; N = 7 ; C = 95%
Me = 63.8 × 7.8 μm ; Qe = 8.2
paraphyses:
46.0 [55.9 ; 63.8] 64.9 × 1.0 [1.4 ; 2.0] 2.7 μm
Q = 24.0 [31.9 ; 41.0] 56.9 ; N = 9 ; C = 95%
Me = 58.1 × 1.7 μm ; Qe = 37.1
13. Hymenoscyphus scutula
ex Geum urbanum, apothecia 80-1000 μm Ø × 400-800 μm
ascospores:
17.4 [19.5 ; 22.6] 24.9 × 2.9 [3.5 ; 4.3] 4.8 μm
Q = 4.4 [4.7 ; 6.2] 7.6 ; N = 23 ; C = 95%
Me = 21.1 × 3.9 μm ; Qe = 5.4
asci:
100.5 [101.5 ; 113.2] 112.7 × 7.6 [7.4 ; 8.5] 8.8 μm
Q = 11.4 [12.1 ; 15.0] 14.5 ; N = 4 ; C = 95%
Me = 107.4 × 8.0 μm ; Qe = 13.5
paraphyses:
45.1 [56.5 ; 87.5] 97.5 × 1.6 [1.8 ; 2.4] 2.8 μm
Q = 24.9 [26.9 ; 42.3] 48.3 ; N = 14 ; C = 95%
Me = 72.0 × 2.1 μm ; Qe = 34.6
14. Collybia (Lepista) nuda
smell odorous
15. Coprinus comatus
16. unbekannter auf Eichenblatt
ex Quercus robur, conidiomata up to 450 μm Ø
conidia:
13.6 [14.0 ; 17.0] 17.7 × 1.7 [1.7 ; 1.9] 2.0 μm
Q = 6.8 [7.2 ; 9.7] 10.4 ; N = 13 ; C = 95%
Me = 15.6 × 1.8 μm ; Qe = 8.4
conidiogenous cells:
15.5 [19.5 ; 38.6] 39.9 × 1.3 [1.5 ; 2.3] 2.5 μm
Q = 7.1 [8.0 ; 24.2] 30.7 ; N = 17 ; C = 95%
Me = 26.6 × 1.9 μm ; Qe = 14.5
septate, hair-like elements:
50.0 [50.4 ; 61.1] 61.9 × 2.9 [2.9 ; 3.6] 3.7 μm
Q = 14.2 [14.3 ; 20.8] 21.3 ; N = 4 ; C = 95%
Me = 54.5 × 3.3 μm ; Qe = 16.4
17. Polyscytalum fecundissimum
ex Quercus rubra, conidiomata 110 μm - 550 μm Ø
conidia:
12.1 [12.7 ; 15.3] 16.4 × 1.8 [1.9 ; 2.4] 2.4 μm
Q = 5.1 [5.8 ; 8.1] 8.2 ; N = 35 ; C = 95%
Me = 14.7 × 2.1 μm ; Qe = 7.1
conidiophores:
41.9 [46.1 ; 69.8] 70.7 × 2.7 [3.0 ; 4.8] 4.8 μm
Q = 12.3 [12.7 ; 17.5] 17.5 ; N = 6 ; C = 95%
Me = 63.3 × 4.4 μm ; Qe = 15.5
18. Mollisia cinerea
ex Quercus robur twig, apothecia 350 μm - 900 μm, paraphyses KOH -, ectal excipulum KOH +
ascospores:
6.5 [6.7 ; 9.5] 10.7 × 2.0 [2.2 ; 2.6] 2.7 μm
Q = 2.7 [2.9 ; 4.2] 4.7 ; N = 63 ; C = 95%
Me = 7.5 × 2.2 μm ; Qe = 3.3
asci:
42.1 [44.9 ; 68.6] 69.5 × 4.3 [4.6 ; 7.4] 7.6 μm
Q = 8.5 [8.7 ; 12.2] 12.2 ; N = 6 ; C = 95%
Me = 63.9 × 5.5 μm ; Qe = 9.9
paraphyses:
45.9 [47.3 ; 57.1] 57.4 × 2.4 [2.6 ; 3.7] 3.8 μm
Q = 14.3 [14.4 ; 21.9] 23.5 ; N = 7 ; C = 95%
Me = 55.3 × 3.1 μm ; Qe = 17.4
marginal cells:
21.1 [21.8 ; 42.4] 45.0 × 3.9 [4.0 ; 6.6] 6.9 μm
Q = 3.8 [3.9 ; 9.0] 9.2 ; N = 18 ; C = 95%
Me = 34.7 × 4.8 μm ; Qe = 6.4
19. Ramularia glechomatis
ex Glechoma hederacea
20. Ruzenia spermoides
ex Acer pseudoplatanus
21. Entoloma subradiatum
next to Rubus, Betula, Quercus rubra, Salix, Malus, smell farinaceous, spores acyanophilous
spores:
6.7 [6.9 ; 9.4] 9.6 × 5.9 [6.1 ; 8.3] 8.3 μm
Q = 1.0 [1.0 ; 1.4] 1.4 ; N = 30 ; C = 95%
Me = 8.4 × 7.2 μm ; Qe = 1.1
width of hyphae of pileipellis:
4.0 [4.4 ; 6.2] 6.2 µm
N = 8 ; C = 95%
Me = 5.8 µm
trama length:
103.3 [104.9 ; 196.7] 205.9 µm
N = 8 ; C = 95%
Me = 143.1 µm
basidia:
27.9 [28.4 ; 35.2] 35.5 × 7.8 [8.0 ; 10.1] 10.2 μm
Q = 2.8 [3.0 ; 3.8] 3.9 ; N = 6 ; C = 95%
Me = 33.1 × 9.4 μm ; Qe = 3.7
caulocystidia:
23.4 [24.6 ; 38.3] 40.6 × 4.0 [4.4 ; 6.7] 7.0 μm
Q = 3.8 [4.2 ; 6.5] 6.5 ; N = 12 ; C = 95%
Me = 30.3 × 6.1 μm ; Qe = 5.2
22. Lepiota boudieri
under Rubus idaeus, smell faintly stinky
spores:
7.1 [7.4 ; 10.1] 10.6 × 3.1 [3.2 ; 3.9] 3.9 μm
Q = 2.0 [2.1 ; 3.1] 3.2 ; N = 24 ; C = 95%
Me = 9.3 × 3.5 μm ; Qe = 2.7
pileipellis elements:
66.7 [69.4 ; 103.0] 106.5 × 9.9 [10.0 ; 12.8] 13.5 μm
Q = 6.7 [6.7 ; 8.1] 8.2 ; N = 10 ; C = 95%
Me = 81.3 × 11.2 μm ; Qe = 7.4
cheilocystidia:
14.2 [15.2 ; 43.9] 47.9 × 7.5 [8.2 ; 12.2] 13.9 μm
Q = 1.6 [1.7 ; 4.4] 4.6 ; N = 13 ; C = 95%
Me = 25.8 × 9.0 μm ; Qe = 2.5
basidia:
19.4 [21.9 ; 30.8] 31.2 × 6.7 [6.9 ; 9.2] 9.4 μm
Q = 2.9 [3.0 ; 3.9] 4.1 ; N = 7 ; C = 95%
Me = 28.3 × 8.2 μm ; Qe = 3.4
23. Puccinia glechomatis
ex Glechoma hederacea
...... ein kleiner Ausblick auf den See ......
und weiter geht's ...
24. Cylindrodendrum album
ex Salix leaf
conidia:
14.6 [15.7 ; 23.4] 24.9 × 1.9 [1.9 ; 3.3] 3.4 μm
Q = 5.6 [5.7 ; 9.8] 9.9 ; N = 26 ; C = 95%
Me = 18.4 × 2.6 μm ; Qe = 7.3
conidiogenous cells:
7.6 [7.9 ; 17.7] 19.0 × 2.9 [2.9 ; 4.1] 4.1 μm
Q = 2.0 [2.1 ; 4.6] 5.8 ; N = 22 ; C = 95%
Me = 10.0 × 3.4 μm ; Qe = 3.0
25. Nalanthamala cf. psidii
ex Rubus idaeus, conidiomata 325 μm - 875 μm Ø
conidia:
4.0 [4.0 ; 5.6] 6.2 × 2.7 [2.8 ; 3.3] 3.5 μm
Q = 1.2 [1.3 ; 1.8] 1.9 ; N = 38 ; C = 95%
Me = 4.9 × 3.1 μm ; Qe = 1.6
conidiogenous cells:
11.6 [11.7 ; 19.1] 19.2 × 2.0 [2.1 ; 2.9] 3.5 μm
Q = 3.9 [4.8 ; 8.3] 9.1 ; N = 15 ; C = 95%
Me = 14.2 × 2.3 μm ; Qe = 6.4
26. Diderma effusum
ex Rubus idaeus, peridium fragile
spores:
7.7 [7.8 ; 9.0] 10.4 μm
N = 35 ; C = 95%
Me = 8.4 μm
27. Aegerita candida
ex Salix twig at a pond
28. Flagelloscypha orthospora
ex Salix, fruiting structures 100-300 μm
hairs:
63.9 [120.7 ; 161.1] 174.2 × 3.8 [4.0 ; 4.5] 5.2 μm
Q = 16.4 [29.1 ; 38.5] 39.6 ; N = 9 ; C = 95%
Me = 138.8 × 4.3 μm ; Qe = 32.4
spores:
7.3 [7.4 ; 9.0] 10.1 × 3.8 [4.1 ; 4.9] 5.3 μm
Q = 1.7 [1.7 ; 1.9] 2.0 ; N = 12 ; C = 95%
Me = 8.0 × 4.5 μm ; Qe = 1.8
basidia:
14.6 [14.2 ; 17.1] 18.5 × 5.9 [6.0 ; 7.9] 8.5 μm
Q = 1.7 [1.8 ; 2.8] 3.1 ; N = 6 ; C = 95%
Me = 15.7 × 7.0 μm ; Qe = 2.3
29. Mollisia caricina
Ich habe ich mich bei der Bestimmung ein bisschen rumgeirrt, da Mollisiaarten geigentlich dunkles Excipulum haben sollten. Aber sonst konnte ich mit dem Schlüssel von Ascomycetenprojekt nirgendwohin kommen... 
Aber ab und zu mal kann Mollisia auch solche Albino-formen bilden.
ex Carex acutiformis, apothecia 300 - 600 μm Ø
ascospores:
6.4 [6.6 ; 8.0] 9.1 × 1.1 [1.3 ; 1.7] 1.9 μm
Q = 3.4 [4.1 ; 5.7] 7.0 ; N = 43 ; C = 95%
Me = 7.3 × 1.5 μm ; Qe = 4.9
asci:
28.9 [35.8 ; 45.4] 45.5 × 3.4 [3.5 ; 4.3] 4.5 μm
Q = 8.2 [8.9 ; 11.7] 12.0 ; N = 12 ; C = 95%
Me = 40.6 × 3.9 μm ; Qe = 10.3
paraphyses:
39.6 [38.3 ; 49.9] 53.6 × 1.7 [1.7 ; 2.5] 2.5 μm
Q = 15.8 [16.0 ; 28.2] 31.5 ; N = 6 ; C = 95%
Me = 44.1 × 2.1 μm ; Qe = 22.1
30. Epithele typhae
ex Carex acutiformis
31. Coprinopsis cortinata
on moist soil with moss, smell none
spores:
7.7 [7.9 ; 9.3] 9.5 × 4.5 [4.5 ; 5.4] 5.8 μm
Q = 1.5 [1.6 ; 1.9] 2.0 ; N = 29 ; C = 95%
Me = 8.5 × 5.0 μm ; Qe = 1.7
basidia:
18.1 [18.8 ; 24.7] 24.7 × 4.8 [4.8 ; 7.0] 7.0 μm
Q = 2.7 [2.7 ; 4.4] 4.4 ; N = 6 ; C = 95%
Me = 20.7 × 6.4 μm ; Qe = 3.7
veilar cells:
28.7 [29.2 ; 48.9] 49.6 µm
N = 7 ; C = 95%
Me = 43.3 µm
veilar caulocystidia:
40.8 [44.9 ; 109.8] 118.7 × 6.8 [7.2 ; 13.1] 13.5 μm
Q = 4.5 [4.5 ; 11.2] 11.4 ; N = 7 ; C = 95%
Me = 66.2 × 10.4 μm ; Qe = 6.5
32. Neoerysiphe galeopsidis
ex Lamium purpureum
33. Anungitea fragilis
ex Quercus robur leaf
conidia:
9.8 [10.2 ; 12.8] 13.0 × 1.4 [1.6 ; 1.8] 1.9 μm
Q = 5.4 [5.6 ; 7.7] 8.1 ; N = 22 ; C = 95%
Me = 11.0 × 1.7 μm ; Qe = 6.5
conidiophores:
29.6 [30.3 ; 46.6] 47.2 × 2.6 [2.6 ; 3.2] 3.2 μm
Q = 9.3 [9.6 ; 16.4] 16.9 ; N = 5 ; C = 95%
Me = 36.1 × 3.0 μm ; Qe = 13.9
und da habe ich auch eine kleine Zeichnung... 
34. Hyaloscypha (Candelabrum) spinulosa
ex Quercus robur leaf
conidia:
10.8 [12.6 ; 15.3] 15.3 µm
N = 9 ; C = 95%
Me = 12.8 µm
35. Calycina (Chalara) cf. brevipes
ex Quercus robur leaf
conidia:
6.1 [6.4 ; 12.1] 12.1 × 1.7 [1.7 ; 2.5] 2.7 μm
Q = 2.6 [3.2 ; 5.6] 5.8 ; N = 41 ; C = 95%
Me = 8.5 × 1.9 μm ; Qe = 4.2
conidiogenous cells:
28.4 [29.5 ; 48.6] 50.8 × 5.6 [5.7 ; 8.5] 9.6 μm
Q = 3.5 [4.0 ; 8.0] 8.2 ; N = 9 ; C = 95%
Me = 35.3 × 6.2 μm ; Qe = 6.0
36. Calonectria lauri (Cylindrocladium ilicicola)
ex Salix dead leaf
conidia:
44.3 [44.9 ; 50.5] 50.6 × 4.1 [4.3 ; 4.9] 4.9 μm
Q = 9.5 [9.5 ; 11.6] 12.3 ; N = 11 ; C = 95%
Me = 46.6 × 4.6 μm ; Qe = 10.1
conidiogenous cells:
7.7 [7.8 ; 13.0] 13.1 × 2.3 [2.4 ; 7.7] 8.9 μm
Q = 1.5 [1.6 ; 5.3] 5.5 ; N = 12 ; C = 95%
Me = 10.4 × 3.3 μm ; Qe = 3.1
vesicle extension:
145.1 [168.0 ; 180.1] 187.8 × 2.4 [2.7 ; 2.7] 2.8 μm
Q = 60.5 [62.2 ; 64.3] 69.6 ; N = 4 ; C = 95%
Me = 174.1 × 2.7 μm ; Qe = 63.3
37. Menispora caesia
ex Quercus robur twig
conidia:
15.0 [16.0 ; 19.5] 20.0 × 3.2 [3.4 ; 4.3] 4.3 μm
Q = 3.9 [4.2 ; 5.4] 5.4 ; N = 40 ; C = 95%
Me = 17.9 × 3.8 μm ; Qe = 4.8
conidiophores:
81.3 [82.8 ; 104.0] 104.0 × 3.2 [3.2 ; 4.1] 4.1 μm
Q = 21.6 [22.1 ; 31.2] 32.5 ; N = 5 ; C = 95%
Me = 91.1 × 3.7 μm ; Qe = 24.6
conidiogenous cells:
24.8 [25.5 ; 31.2] 31.4 × 3.6 [3.8 ; 4.5] 4.5 μm
Q = 5.8 [5.9 ; 7.6] 7.6 ; N = 10 ; C = 95%
Me = 28.2 × 4.1 μm ; Qe = 6.9
setae:
107.8 [124.0 ; 301.5] 304.7 × 2.7 [2.7 ; 3.9] 4.0 μm
Q = 39.9 [44.5 ; 85.6] 87.1 ; N = 6 ; C = 95%
Me = 229.4 × 3.2 μm ; Qe = 68.9
38. Tubeufia paludosa (Helicosporium phragmitis)
ex Quercus robur twig
conidia (diameter × filament width):
14.6 [16.5 ; 24.2] 25.0 × 1.7 [1.8 ; 2.3] 2.4 μm
Q = 8.1 [8.8 ; 11.8] 11.9 ; N = 13 ; C = 95%
Me = 20.4 × 1.9 μm ; Qe = 10.4
conidiophores:
197.0 [197.0 ; 415.6] 415.6 × 3.4 [3.4 ; 4.6] 4.6 μm
Q = 57.9 [57.9 ; 90.3] 90.3 ; N = 3 ; C = 95%
Me = 248.3 × 3.4 μm ; Qe = 73.0
39. unbekannter auf Eichenzweig neben Helicosporium phragmitis
ex Quercus robur twig
conidia:
12.2 [13.8 ; 27.1] 32.2 × 8.8 [10.3 ; 19.1] 22.3 μm
Q = 1.0 [1.0 ; 2.1] 2.3 ; N = 47 ; C = 95%
Me = 19.5 × 14.0 μm ; Qe = 1.3
40. unbekannter Hyphomycet parasitär auf Allophylaria macrospora
ex Allophylaria macrospora ex Quercus rubra
conidia:
23.6 [23.6 ; 50.1] 50.1 × 4.2 [4.2 ; 5.3] 5.3 μm
Q = 4.5 [4.5 ; 11.9] 11.9 ; N = 15 ; C = 95%
Me = 28.2 × 4.9 μm ; Qe = 5.8
phialide-like structures:
17.7 [17.7 ; 24.5] 24.5 × 3.4 [3.4 ; 4.4] 4.4 μm
Q = 5.2 [5.2 ; 5.7] 5.7 ; N = 3 ; C = 95%
Me = 21.2 × 4.0 μm ; Qe = 5.3
conidiophores:
37.0 [37.0 ; 67.0] 67.0 × 1.5 [1.5 ; 2.3] 2.3 μm
Q = 22.1 [16.8 ; 31.0] 31.0 ; N = 5 ; C = 95%
Me = 46.3 × 1.8 μm ; Qe = 25.7
41. Lophiostoma compressum
ex Salix, perithecia 400-500 μm Ø
ascospores:
20.0 [21.7 ; 24.9] 25.7 × 8.2 [8.4 ; 9.7] 10.1 μm
Q = 2.3 [2.4 ; 2.7] 2.8 ; N = 20 ; C = 95%
Me = 23.3 × 9.0 μm ; Qe = 2.6
asci:
112.4 [110.6 ; 119.0] 116.4 × 11.2 [10.5 ; 13.9] 12.7 μm
Q = 9.1 [8.4 ; 10.5] 10.0 ; N = 3 ; C = 95%
Me = 114.8 × 12.2 μm ; Qe = 9.4
Nun... das war alles, was ich bei der Exkursion gefunden habe 
, 41 Arten waren es also am Ende...
Hoffentlich konnte ich euch ein bisschen Freude bringen 
LG
Bohan