Hallo Forum,
gestern habe ich einfach mit ein paar vergrabene, vergangene, nasse Gräser mir genau angeguckt... Und da gibt's natürlich ein paar interessante Pilze darauf 
auf toten Blättern eines Grasses...:
1. Chaetomium globosum
(Da ich faulenzen möchte, kopiere ich einfach meine englische Beschreibungen direkt von iNatutalist ab 
)
on dead, buried, moist grass matter on meadow; perithecium globose, 200 μm Ø (without hairs); terminal hairs flexuous to coiled, lateral hairs rather straight
asci:
48.5 [49.1 ; 49.1] 51.7 × 9.3 [10.0 ; 11.5] 14.2 μm
Q = 3.6 [4.2 ; 4.9] 5.3 ; N = 4 ; C = 95%
Me = 49.1 × 10.8 μm ; Qe = 4.6
ascospores:
9.2 [9.4 ; 10.8] 11.4 × 7.4 [7.7 ; 8.5] 8.7 μm
Q = 1.1 [1.2 ; 1.4] 1.4 ; N = 18 ; C = 95%
Me = 10.1 × 8.1 μm ; Qe = 1.2
2. Dinemasporium strigosum
on moist, dead grass stem buried under grass in meadow, conidiomata 80-500 μm Ø
setae:
111.6 [129.6 ; 352.4] 355.8 × 5.0 [5.3 ; 8.8] 8.9 μm
Q = 22.3 [24.0 ; 49.5] 52.3 ; N = 5 ; C = 95%
Me = 307.6 × 6.8 μm ; Qe = 37.1
conidia:
7.6 [8.4 ; 10.5] 10.7 × 1.8 [1.9 ; 2.5] 2.6 μm
Q = 3.5 [3.7 ; 5.3] 5.5 ; N = 28 ; C = 95%
Me = 9.5 × 2.1 μm ; Qe = 4.4
conidial appendages:
4.2 [4.5 ; 7.6] 8.1 μm
N = 29 ; C = 95%
Me = 5.3 μm
conidiogenous cells:
14.0 [14.8 ; 21.1] 21.7 × 1.1 [1.2 ; 1.6] 1.7 μm
Q = 11.5 [11.7 ; 15.8] 16.7 ; N = 7 ; C = 95%
Me = 19.1 × 1.4 μm ; Qe = 12.7
3. Clonostachys rosea f. rosea
on dead, moist, buried grass matter in meadow
conidia:
4.7 [4.9 ; 6.6] 6.7 × 2.2 [2.4 ; 3.0] 3.1 μm
Q = 1.6 [1.7 ; 2.5] 2.5 ; N = 33 ; C = 95%
Me = 5.4 × 2.7 μm ; Qe = 2.0
phialides:
10.7 [12.9 ; 17.6] 18.9 × 1.6 [2.3 ; 2.7] 2.9 μm
Q = 5.0 [5.4 ; 6.5] 6.7 ; N = 7 ; C = 95%
Me = 14.6 × 2.6 μm ; Qe = 6.4
cleistothecia?microsclerotia?:
31.2 [31.2 ; 37.2] 37.2 µm
N = 3 ; C = 95%
Me = 32.7 µm
auf totem Brennesselstängel...:
4. Gibberella cyanea
Ich bin echt fasziniert von diesen bunten Perithezienwänden der Art! Wunderschön... 
ex Urtica dioica dead stem, perithecia 50-170 μm Ø
ascospores:
14.9 [15.1 ; 19.0] 19.2 × 5.6 [5.7 ; 7.1] 7.2 μm
Q = 2.2 [2.2 ; 2.9] 3.0 ; N = 6 ; C = 95%
Me = 16.7 × 6.8 μm ; Qe = 2.6
asci:
38.0 [38.9 ; 40.2] 43.4 × 8.1 [8.6 ; 11.6] 13.2 μm
Q = 3.3 [3.5 ; 4.4] 4.8 ; N = 4 ; C = 95%
Me = 39.6 × 10.1 μm ; Qe = 3.9
perithecial wall thickness:
21.4 [23.2 ; 29.8] 30.3 µm
N = 6 ; C = 95%
Me = 27.3 µm
5. Periconia byssoides
ex Urtica dioica dead stem in soil under grass
conidia:
12.0 [12.9 ; 17.1] 17.6 µm
N = 10 ; C = 95%
Me = 13.8 µm
heads of conidiophores:
46.6 [46.6 ; 77.1] 77.5 µm
N = 9 ; C = 95%
Me = 58.6 µm
conidiophores:
485.3 [561.4 ; 879.6] 927.2 × 11.3 [11.5 ; 18.5] 18.5 μm
Q = 26.2 [36.9 ; 51.5] 77.8 ; N = 6 ; C = 95%
Me = 691.0 × 18.2 μm ; Qe = 43.4
conidiogenous cells:
8.8 [9.1 ; 10.0] 11.6 × 8.8 [9.4 ; 9.8] 9.9 μm
Q = 0.97 [0.99 ; 1.05] 1.17 ; N = 6 ; C = 95%
Me = 9.7 × 9.6 μm ; Qe = 1.0
5 Arten waren es also... ziemlich viel für einen kleinen Haufen Gras 
Hoffentlich gefallen euch die Bilder und ihr habt ein bisschen Spaß dabei, ein bisschen mit reinzugucken 
Liebe Grüße
Bohan