Table 3: Open in new tab regression...

Leaf traits	Statistic
N_mass	−9.376	0.677	0.581	0.002
N_area	−10.952	4.782	0.723	<0.001
C: N	10.158	−0.273	0.722	<0.001
St/N	9.991	−5.70×10^–8	0.618	0.001

Leaf traits	Statistic
N_mass	−9.376	0.677	0.581	0.002
N_area	−10.952	4.782	0.723	<0.001
C: N	10.158	−0.273	0.722	<0.001
St/N	9.991	−5.70×10^–8	0.618	0.001

Table 3:

regression equations for foliar δ¹⁵N (‰) values against other physiological leaf traits in Quercus aquifolioides.

Leaf traits	Statistic
Leaf traits	Intercept	Slope	R²	P
N_mass	−9.376	0.677	0.581	0.002
N_area	−10.952	4.782	0.723	<0.001
C: N	10.158	−0.273	0.722	<0.001
St/N	9.991	−5.70×10^–8	0.618	0.001

Leaf traits	Statistic
Leaf traits	Intercept	Slope	R²	P
N_mass	−9.376	0.677	0.581	0.002
N_area	−10.952	4.782	0.723	<0.001
C: N	10.158	−0.273	0.722	<0.001
St/N	9.991	−5.70×10^–8	0.618	0.001

N_mass (mg g⁻¹), N_area (g m⁻²), leaf N concentration per unit mass and area; C:N, ratio of leaf C concentration to leaf N concentration; St/N (10⁵ g⁻¹ N), number of stomata per gram of leaf nitrogen.

This Feature Is Available To Subscribers Only