Figure S14. Comparison between results obtained … · Web viewLeft panel = EMS (existing modelling...
19
Supplementary material of “Sensitivity of WOFOST-based modelling solutions to crop parameters under climate change” 1 9 8 9 1 9 8 9 1 9 9 6 1 9 9 8 2 0 4 9 2 0 5 2 2 0 5 8 2 0 4 4 2 0 5 1 2 0 5 9 SLATB065 SLATB045 SLATB035 RM O RM S RM R RM L Q10 TMPFTB023 TMPFTB014 RGRLAI AM AXTB200 AM AXTB000 TBA SE EFFTB040 EFFTB010 SPAN LAIEM FRTB100 FRTB000 FOTB100 FLTB050 FLTB000 KDIFTB100 KDIFTB000 CVO CVS CVR CVL 1989 1996 1998 2049 2052 2058 2044 2051 2059 SLATB065 SLATB045 SLATB035 RM O RM S RM R RM L Q10 TMPFTB023 TMPFTB014 RGRLAI AM AXTB200 AM AXTB000 TBA SE EFFTB040 EFFTB010 SPAN LAIEM FRTB100 FRTB000 FOTB100 FLTB050 FLTB000 KDIFTB100 KDIFTB000 CVO CVS CVR CVL 1989 1996 1998 2049 2052 2058 2044 2051 2059 SLATB065 SLATB045 SLATB035 RM O RM S RM R RM L Q10 TMPFTB023 TMPFTB014 RGRLAI AM AXTB200 AM AXTB000 TBASE EFFTB040 EFFTB010 SPAN LAIEM FRTB100 FRTB000 FOTB100 FLTB050 FLTB000 KDIFTB100 KDIFTB000 CVO CVS CVR CVL 1989 1996 1998 2049 2052 2058 2044 2051 2059 1 9 9 9 2 0 0 3 2 0 1 3 2 0 4 2 2 0 4 6 2 0 5 8 2 0 4 5 2 0 5 4 2 0 6 0 1 9 9 9 2 0 0 3 2 0 1 3 2 0 4 2 2 0 4 6 2 0 5 8 2 0 4 5 2 0 5 4 2 0 6 0 1 9 9 9 2 0 0 3 2 0 1 3 2 0 4 2 2 0 4 6 2 0 5 8 2 0 4 5 2 0 5 4 2 0 6 0 Figure S1. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Switzerland (Ellighausen site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
Transcript of Figure S14. Comparison between results obtained … · Web viewLeft panel = EMS (existing modelling...
Supplementary material of “Sensitivity of WOFOST-based modelling solutions to crop parameters
under climate change”
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
CVLCVOCVRC VS
EFFT B010EFFT B040
FLTB 000FLTB 050FOT B100FR TB000FR TB100
KDIFTB000KDIFTB100
LAIE MQ10
RGR LAIRMLRMOR MRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
1999
2003
2013
2042
2046
2058
2045
2054
2060
AMAXTB 000AMAXTB 200
CVLC VOCVRC VS
EFFTB010EFFTB040
FL TB000FL TB050FOTB100FRTB 000FRTB 100
KDIFTB000KDIFTB100
LAIEMQ10
R GRLAIR MLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTB ASE
TMPFTBTMPFTB 023
1999
2003
2013
2042
2046
2058
2045
2054
2060
AMAXTB000AMAXTB200
C VLCVOCVRC VS
EFFTB010EFFTB040
FLTB 000FLTB 050FOTB100FRTB000FRTB100
KDIFTB 000KDIFTB 100
LAIEMQ10
RGRLAIRMLRMOR MRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
1999
2003
2013
2042
2046
2058
2045
2054
2060
Figure S1. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Switzerland (Ellighausen site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FO TB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
2001
2003
2012
2044
2046
2057
2041
2053
2054
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMP FTBTMPFTB023
2001
2003
2012
2044
2046
2057
2041
2053
2054
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
2001
2003
2012
2044
2046
2057
2041
2053
2054
Figure S2. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Switzerland (Reckenholz site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CVS
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB000
FRTB050
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -2 5 0 25 50Perc ent differe nce s
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivi ty index
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
1999
2011
2014
2042
2046
2059
2045
2052
2058
AMA XTB000AMA XTB200
CVLCVOCV RCV S
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTBTMPFTB023
1999
2011
2014
2042
2046
2059
2045
2052
2058
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SP ANTBA SE
TMPFTBTMP FTB023
1999
2011
2014
2042
2046
2059
2045
2052
2058
Figure S3. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Switzerland (Therwil site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
CVLC VOC VRCVS
EFFTB 010EFFTB 040
FLTB000FLTB050FOTB 100FRT B000FRT B100
KDIFTB000KDIFTB100
LAIEMQ10
R GRLAIRMLRMORMRR MS
SLATB 035SLATB 045SLATB 065
SPANTBASE
TMPFTB014TMPFTB023
2000
2005
2009
2044
2052
2055
2041
2043
2057
AMAXTB000AMAXTB200
CVLCVOC VRCVS
EFFTB 010EFFTB 040
FLTB000FLTB050FOTB 100FR TB000FR TB100
KDIFTB000KDIFTB100
LAIEMQ10
RGR LAIRMLR MORMRRMS
SLATB 035SLATB 045SLATB 065
SPANTBASE
TMPFTB014TMPFTB023
2000
2005
2009
2044
2052
2055
2041
2043
2057
AMAXTB000AMAXTB200
CVLCVOC VRCVS
EFFTB 010EFFTB 040
FLTB000FLTB050FOTB 100FR TB000FR TB100
KDIFTB000KDIFTB100
LAIEMQ10
RGR LAIRMLRMORMRR MS
SLATB 035SLATB 045SLATB 065
SPANTBASE
TMPFTB014TMPFTB023
2000
2005
2009
2044
2052
2055
2041
2043
2057
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
Figure S4. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Italy (Foggia site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB 000AMAXTB 200
CVLCVOC VRCVS
EFFTB 010EFFTB 040
FLTB000FLTB050FOTB 100FR TB000FR TB100
KDIFTB000KDIFTB100
LAIEMQ10
RGR LAIRMLRMORMRR MS
SLATB 035SLATB 045SLATB 065
SPANTBASE
TMPFT B014TMPFT B023
1989
1996
1998
2041
2049
2052
2041
2050
2058
AMAXTB000AMAXTB200
CVLCVOCVRC VS
EFFTB010EFFTB040
FLTB 000FLTB 050FOTB100FRTB000FRTB100
KDIFTB 000KDIFTB 100
LAIEMQ10
RGRLAIR MLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTB ASE
TMPFTB014TMPFTB023
1989
1996
1998
2041
2049
2052
2041
2050
2058
AMAXTB 000AMAXTB 200
CVLCVOC VRCVS
EFFTB 010EFFTB 040
FLTB000FLTB050FOTB 100FR TB000FR TB100
KDIFTB000KDIFTB100
LAIEMQ10
RGR LAIRMLR MORMRR MS
SLATB 035SLATB 045SLATB 065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2041
2049
2052
2041
2050
2058
Figure S5. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Spain (Cordoba site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
CVLCVOCV RCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLA IRMLRMORMRRMS
SLATB035SLATB045SLATB065
SP ANTBASE
TMPFTB014TMPFTB023
2004
2005
2007
2047
2053
2057
2045
2052
2058
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
2004
2005
2007
2047
2053
2057
2045
2052
2058
AMAXTB000AMAXTB200
CV LCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
2004
2005
2007
2047
2053
2057
2045
2052
2058
Figure S6. eFAST total sensitivity index for winter wheat yield simulated with WOFOST at the selected years in Ukraine (Mironivka site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CV S
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Pe rcen t d iffe renc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivity index
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB150AMAXTB200
CV LCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
1999
2003
2013
2044
2046
2057
2047
2050
2058
AMAXTB000AMAXTB150AMAXTB200
CV LCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SP ANTBASE
TMP FTB020TMP FTB035
1999
2003
2013
2044
2046
2057
2047
2050
2058
AMA XTB000AMA XTB150AMA XTB200
CVLCVOCV RCV S
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
1999
2003
2013
2044
2046
2057
2047
2050
2058
Figure S7. eFAST total sensitivity index for maize yield simulated with WOFOST at the selected years in Switzerland (Changins site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
CVL
CVO
CVR
CV S
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Pe rcen t d iffe renc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivity index
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB150AMAXTB200
CV LCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FO TB110FO TB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SP ANTBASE
TMP FTB020TMP FTB035
1999
2003
2013
2042
2046
2058
2045
2054
2060
A MAXTB000A MAXTB150A MAXTB200
CVLCVOCV RCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
1999
2003
2013
2042
2046
2058
2045
2054
2060
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCV S
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LA IEMQ10
RGRLA IRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
1999
2003
2013
2042
2046
2058
2045
2054
2060
Figure S8. eFAST total sensitivity index for maize yield simulated with WOFOST at the selected years in Switzerland (Ellighausen site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CV S
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Pe rcen t d iffe renc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivity index
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
A MAXTB000A MAXTB150A MAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLA TB000SLA TB050
SPA NTBASE
TMPFTB020TMPFTB035
2001
2003
2012
2044
2046
2057
2041
2053
2054
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FO TB110FO TB120FRTB000FRTB040
KD IFTB000KD IFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMP FTB020TMP FTB035
2001
2003
2012
2044
2046
2057
2041
2053
2054
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FO TB110FO TB120FRTB000FRTB040
KD IFTB000KD IFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SP ANTBASE
TMP FTB020TMP FTB035
2001
2003
2012
2044
2046
2057
2041
2053
2054
Figure S9. eFAST total sensitivity index for maize yield simulated with WOFOST at the selected years in Switzerland (Reckenholz site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CV S
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Pe rcen t d iffe renc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivity index
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ 10
RGRLAIRMLRMORMRRMS
SLA TB000SLA TB050
SPA NTBA SE
TMPFTB020TMPFTB035
1999
2011
2014
2042
2046
2059
2045
2052
2058
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KD IFTB000KD IFTB200
LA IEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMP FTB020TMP FTB035
1999
2011
2014
2042
2046
2059
2045
2052
2058
A MAXTB000A MAXTB150A MAXTB200
CVLCVOCV RCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ 10
RGRLAIRMLRMORMRRMS
SLA TB000SLA TB050
SPANTBA SE
TMPFTB020TMPFTB035
1999
2011
2014
2042
2046
2059
2045
2052
2058
Figure S10. eFAST total sensitivity index for maize yield simulated with WOFOST at the selected years in Switzerland (Therwil site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
CVL
CVO
CVR
CV S
FLTB0 00
FLTB0 80
FOTB12 0
FOTB14 0
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Pe rcen t d iffe renc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensitivity index
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB050SLATB000
RMORMSRMRRMLQ10
TMPFTB035TMPFTB020
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB040FRTB000FOTB120FOTB110FLTB088FLTB050FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLA IRMLRMORMRRMS
SLATB000SLATB050
SP ANTBA SE
TMPFTB020TMPFTB035
2004
2005
2007
2047
2053
2057
2045
2052
2058
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KDIFTB000KDIFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
2004
2005
2007
2047
2053
2057
2045
2052
2058
AMAXTB000AMAXTB150AMAXTB200
CVLCVOCVRCVS
EFFTB000EFFTB040
FLTB000FLTB050FLTB088FOTB110FOTB120FRTB000FRTB040
KD IFTB000KD IFTB200
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB000SLATB050
SPANTBASE
TMPFTB020TMPFTB035
2004
2005
2007
2047
2053
2057
2045
2052
2058
Figure S11. eFAST total sensitivity index for maize yield simulated with WOFOST at the selected years in Ukraine (Mironivka site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
SLATB100SLATB000
RMORMSRMRRMLQ10
TMPFTB050TMPFTB010
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB000
SPANLAIEM
FRTB050FRTB000FOTB140FOTB120FLTB080FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB100SLATB000
RMORMSRMRRMLQ10
TMPFTB050TMPFTB010
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB000
SPANLAIEM
FRTB050FRTB000FOTB140FOTB120FLTB080FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB100SLATB000
RMORMSRMRRMLQ10
TMPFTB050TMPFTB010
RGRLAIAMAXTB200AMAXTB150AMAXTB000
TBASEEFFTB040EFFTB000
SPANLAIEM
FRTB050FRTB000FOTB140FOTB120FLTB080FLTB000
KDIFTB200KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB150AMAXTB200
CVLC VOC VRCVS
EFFTB 000EFFTB 040
FLTB000FLTB080FOTB120FOTB140FRTB 000FRTB 050
KDIFTB000KDIFTB200
LAIEMQ10
R GRLAIRMLRMORMRR MS
SLATB 000SLATB 100
SPANTBASE
TMPFTB010TMPFTB050
1989
1996
1998
2041
2049
2052
2041
2050
2058
AMAXTB000AMAXTB150AMAXTB200
CVLC VOC VRCVS
EFFTB 000EFFTB 040
FLTB000FLTB080FOTB120FOTB140FR TB000FR TB050
KDIFTB000KDIFTB200
LAIEMQ10
R GRLAIRMLR MORMRR MS
SLATB 000SLATB 100
SPANTBASE
TMPFTB010TMPFTB050
1989
1996
1998
2041
2049
2052
2041
2050
2058
AMAXTB 000AMAXTB 150AMAXTB 200
CVLC VOCVRC VS
EFFTB000EFFTB040
FLTB000FLTB080FOTB120FOTB140FRTB 000FRTB 050
KDIFTB000KDIFTB200
LAIEMQ10
R GRLAIR MLRMORMRRMS
SLATB000SLATB100
SPANTB ASE
TMPFTB 010TMPFTB 050
1989
1996
1998
2041
2049
2052
2041
2050
2058
CV L
CVO
CVR
CVS
FLTB00 0
FLTB08 0
FOTB120
FOTB140
FRTB0 00
FRTB0 50
K DIFTB00 0
K DIFTB20 0
LAIEM
1989
-50 -2 5 0 25 50Perc ent differe nc es
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivi ty index
Figure S12. eFAST total sensitivity index for sunflower yield simulated with WOFOST at the selected years in Spain (Cordoba site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB 000AMAXTB 200
CVLC VOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB 000FRTB 100
KDIFTB000KDIFTB100
LAIEMQ10
R GRLAIR MLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTB ASE
TMPFT B014TMPFT B023
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB 000AMAXTB 200
CVLC VOCVRC VS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB 000FRTB 100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIR MLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTB ASE
TMPFTB 014TMPFTB 023
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
AMAXTB000AMAXTB200
C VLCVOCVRCVS
EFFTB010EFFTB040
FLTB 000FLTB 050FOTB100FRTB000FRTB100
KDIFTB 000KDIFTB 100
LAIE MQ10
RGRLAIRMLRMOR MRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
SLATB065SLATB045SLATB035
RMORMSRMRRMLQ10
TMPFTB023TMPFTB014
RGRLAIAMAXTB200AMAXTB000
TBASEEFFTB040EFFTB010
SPANLAIEM
FRTB100FRTB000FOTB100FLTB050FLTB000
KDIFTB100KDIFTB000
CVOCVSCVRCVL
1989
1996
1998
2049
2052
2058
2044
2051
2059
CVL
CVO
CVR
CVS
FLTB000
FLTB080
FOTB1 20
FOTB1 40
FRTB00 0
FRTB05 0
KDIFTB000
KDIFTB200
LAIEM
1989
-50 -25 0 25 50Perce nt d ifferen ces
AMAXTB000AMAXTB200
CVLCVOCVRCVS
EFFTB010EFFTB040
FLTB000FLTB050FOTB100FRTB000FRTB100
KDIFTB000KDIFTB100
LAIEMQ10
RGRLAIRMLRMORMRRMS
SLATB035SLATB045SLATB065
SPANTBASE
TMPFTB014TMPFTB023
1989
1996
1998
2049
2052
2058
2044
2051
2059
0.2 0.4 0.6eFAST total sensi tivity index
Figure S13. eFAST total sensitivity index for winter barley yield simulated with WOFOST at the selected years in Spain (Granada site). Left panel = EMS (existing modelling solution); central panel = MMS (modified modelling solution); right panel = percent differences between the two modelling solutions.
Figure S14. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter wheat simulation in Switzerland (Changins site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S15. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter wheat simulation in Switzerland (Ellighausen site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S16. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter wheat simulation in Switzerland (Reckenholz site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S17. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter wheat simulation in Switzerland (Therwil site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S18. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter wheat simulation in Spain (Cordoba site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S19. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for maize simulation in Switzerland (Changins site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S20. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for maize simulation in Switzerland (Ellighausen site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S21. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for maize simulation in Switzerland (Reckenholz site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S22. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for maize simulation in Switzerland (Therwil site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S23. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for maize simulation in Ukraine (Mironivka site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
Figure S24. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for sunflower simulation in Spain (Cordoba site). a) = savage scores for the EMS (existing modelling solutions); b) = savage scores for the MMS (modified modelling solutions); dotted line = 1:1 line.
Figure S25. Comparison between results obtained with the Morris and eFAST sensitivity analysis methods for winter barley simulation in Spain (Granada site). a) = savage scores for the EMS (existing modelling solution); b) = savage scores for the MMS (modified modelling solution); dotted line = 1:1 line.
