Extended Data Fig. 1: An example of the response of Amax,2000 to \(\overline{{T}_{\boldsymbol{air}}}\), Tair, and fAPAR under a fAPAR-Tair bin pair. | Nature Plants

Extended Data Fig. 1: An example of the response of Amax,2000 to \(\overline{{T}_{\boldsymbol{air}}}\), Tair, and fAPAR under a fAPAR-Tair bin pair.

From: Evidence for widespread thermal acclimation of canopy photosynthesis

Extended Data Fig. 1: An example of the response of Amax,2000 to 
                        
                          
                        
                        $$\overline{{T}_{\boldsymbol{air}}}$$
                        
                          
                            
                              
                                
                                  T
                                
                                
                                  air
                                
                              
                            
                            ¯
                          
                        
                      , Tair, and fAPAR under a fAPAR-Tair bin pair.The alternative text for this image may have been generated using AI.

Cross-site Amax,2000, \(\overline{{T}_{{air}}}\), Tair, and fAPAR samples are collected when 0.56 < fAPAR ≤ 0.58 and 15 °C < Tair ≤ 16 °C. ac, Relationships between Amax,2000 and \(\overline{{T}_{{air}}}\) (a), Amax,2000 and Tair (b), and Amax,2000 and fAPAR (c). The black lines represent the best fits between Amax,2000 and \(\overline{{T}_{{air}}}\) as a linear mixed-effect function (Amax,2000 \(\overline{{T}_{{air}}}\) + (1Site), two-sided test, P < 0.001) (a), Amax,2000 and Tair as a linear function (Amax,2000 Tair, two-sided test, P > 0.05) (b), and Amax,2000 and fAPAR as a linear function (Amax,2000 fAPAR, two-sided test, P > 0.05) (c).

Back to article page