308
J. Bobbin . F. Recknagel
Filamendous algae prediction in Kasumigaura
Predicion of filamdous algae on training data
...... -. .
;:
--1JIlJl..nLJl.FLJUL~AJIl.L--.1l1lift
rT'TT'TT'T1n-TTTT"nrTTT'TTT1rTTTTTT'1rTTT"n'T'1rT"TTT'TT'1MTT'1'T'T'1rT'TTT'n'""1
o 160 300 0 1", 300 0 1150 :3100 0 160 * 0 150 300 0 160:IDO 0 160 3DO 0 160 3DO
,Not.
1l1li5
1M?
. . .
' .
1180
,.,
lle2
Prediclion of filamendous algae on leoting data
...... -..
: ~
~~
i
i
i
i
,
,
i
i
,
i
i
I
i
liO
.00
150
'200
2!0
.3OQ
360 0
60
'00
110
200
HO
XIO
:w:I
, ...
, ...
Microcystis prediction in Kasumigaura
Prediclon of Microcyslis on training data
...... - ..........
JL1~. ~\ ~~ . ~~
rTTTTTT"'IrTTTT"T'nrTTT'T'TT1l"TTTTTT'1rTTTTTT'1rT'TTT'T""'nI"'T"TTT'T'T'rT'TTTTT'1
o 160 300 0 160 300 0 160 300 0 160 300 0 '50 300 0 160 300 0 1II0 3DO 0 no 300
, ... 'IN '961 , . , , . , ll11i1O I •• ,00:>
Prediclion of MicrocysUs on lesUng dala
..... -ISO
100
150
200
26D
300
3&0 0
10
'00
160
200
HO
300
*
, ...
, ...
Figure 15.13. Prediction of the abundance of filamentous aigae (figures above)
by means of the evolved mIes in Figure 15.11, and of Microcystis (figures beIow)
by means of the evolved mies in Figure 15.12.