Table 2. Summary table for parameters.

symbol	name	stem	grid	uncertainty	unit	eq.
T b	base temperature	0	4		°C
tu	phyllochrons	70 ; 50	NA		°C .d
tf	crop thermal time to flowering	1500	2000		°C .d
Zmax	potential height of unit	1	1		m	1
kz	increase of elongation rate	0.01	0.015		°C−1.d −1	1
tz	unit / crop thermal time for	300	1000		°C.d	1
Emax	potential area of unit	1	1		m2	2
ke	increase of expansion rate	0.01	0.015		°C−1.d −1	2
te	unit / crop thermal time for	300	1000		°C.d	2
ks	increase of senescence rate	0.03	0.06		°C−1.d −1	3
ts	unit / crop thermal time for	1000	2500	[70; 130] %	°C.d	3
ip	duration of infectious period	10	10	[1]; [15]	d	4
lp	duration of latency period	3	5	[1]; [15]	d	4
	quantity of inoculation	0.01	0.01	[0.01; 0.3]	m2
Di	day of disease initiation	50	50	[30; 140]	d
τn	scalar for between-unit infection rate	0.4	0.5	[0.05; 1]	-	4
τu	scalar for within-unit infection rate	0.6	0.5	[0.05; 1]	-	4
tr	shape of receptivity function	500	500	[100; 800]	°C.d	5
kr	slope of receptivity function	0.05	0.01		°C−1.d −1	5
	scalar for porosity level	0.8	0.9	[0.7; 1]	m −1	6
Tio	optimal temperature for infection	25	25	[10]; [35]	°C	8
Tiw	shape parameter of infection response to temperature	2.2e−3	2.2e−3		-	8

Horizontal lines separate the parameters related to canopy, pathogen and environment. Columns “stem” and “grid” indicate the value of parameters for the specific use-cases. Column “uncertainty” indicates the range of selected parameters in sensitivity analysis (in % when the meaning of the parameter is different in both models).