S1 Rp R Nt Vc S1 Rp R Nt Vc j S1 Nt j 2 S1 Nt Vc Vj Vp Vc Vj Vc Vj 2 Vp Vc Vj Vc Vj 2 Vp 2 phi Vc Vj Vp phi Vc Vj Vc Vj 2 Vp Vc Vj Vc Vj 2 Vp 2

[Pa]

[Pa]

[g/m²]

equals 0.5 O2/tau Urban et al. (2003) (p. 291), Equation (8), Table 1

converted into [mM] using Winter et al. (1994) subcellular stroma volume, BioNumbers (ID: 105594)

Harley et al. (1992) Equation (9), Table 1

Bernacchi et al. (2001) Equation (8), Table 1

Bernacchi et al. (2001) Equation (8), Table 1

Harley et al. (1992) Equation (9), Table 1; converted into [mM] using Winter et al. (1994) subcellular stroma volume, BioNumbers (ID: 105594)

Harley et al. (1992) Equation (9), Table 1; converted into [mM] using Winter et al. (1994) subcellular stroma volume, BioNumbers (ID: 105594)

Urban et al. (2007) (p. 348)

Urban et al. (2003) Table 1

 J 4 CO2 CO2 2 Gamma Cst alpha 0.9 Q 2 1 alpha 0.9 Q Jmax 2 65 0.5 Nt NADPH 3 TPU 1 Gamma CO2 Vcmax CO2 1 O2 Ko CO2 Kc 0.21 O2 Ko CO2 Kc 0.0398 starch a O2 2 7.458 37830 8.3143 298.15 chloroplast NADPH_production J NADP Nt chloroplast PGA_consumption PGA Rp NADPH Nt Vcmax chloroplast carboxylation Vc Vj Vp chloroplast oxygenation phi Vc Vj Vp