Data from: Leaf development and demography explain photosynthetic seasonality in Amazon evergreen forests

K34_CfluxBFThe eddy flux data used in this paper for k34 site. The data are processed in the same way as Restrepo-Coupe et al. 2013. What drives the seasonality of photosynthesis across the Amazon basin? A cross-site analysis of eddy flux tower measurements from the Brasil flux network. Agricultural and forest meteorology, 182, 128-144.CAX_CfluxBFThe eddy flux data used in this paper for CAX site. The data are processed in the same way as Restrepo-Coupe et al. 2013. What drives the seasonality of photosynthesis across the Amazon basin? A cross-site analysis of eddy flux tower measurements from the Brasil flux network. Agricultural and forest meteorology, 182, 128-144.RJA_CfluxBFThe eddy flux data used in this paper for RJA site. The data are processed in the same way as Restrepo-Coupe et al. 2013. What drives the seasonality of photosynthesis across the Amazon basin? A cross-site analysis of eddy flux tower measurements from the Brasil flux network. Agricultural and forest meteorology, 182, 128-144Tapajos-K67 Camera_Part 1 (2010 Jan-Mar)The first part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 2 (2010 Apr-Jun)The second part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 3 (2010 Jul-Sep)The third part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site..Tapajos-K67 Camera_Part 4 (2010 Oct-Dec)The fourth part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 5 (2011 Jan-Mar)The fifth part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 6 (2011 Apr-Jun)The sixth part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 7 (2011 Jul-Sep)The seventh part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Tapajos-K67 Camera_Part 8 (2011 Oct-Dec)The eighth part of k67 site near-surface camera data, which is used for deriving leaf phenology at k67 site.Phenocam_K34This is k34 near-surface camera image series, which is used for deriving leaf phenology at k34 site.Litterfall data at Manaus-k34 siteGround based litterfall measurements conducted at k34 site at monthly interval.Leaf level age-dependent Vcmax at Tapajos-k67 siteGround meaured leaf level age-dependent Vcmax at k67 site via leaf gas exchange measuremnets (by a handheld Licor 6400).K34_CfluxBF：本研究用于K34站点的涡度通量（eddy flux）数据，其数据处理流程与Restrepo-Coupe等人2013年的研究一致。该研究题为《What drives the seasonality of photosynthesis across the Amazon basin? A cross-site analysis of eddy flux tower measurements from the Brasil flux network》，刊载于《Agricultural and Forest Meteorology》第182卷，页码128-144。 CAX_CfluxBF：本研究用于CAX站点的涡度通量数据，数据处理流程与上述Restrepo-Coupe等人2013年的研究一致。 RJA_CfluxBF：本研究用于RJA站点的涡度通量数据，数据处理流程与Restrepo-Coupe等人2013年的研究一致。 Tapajos-K67 Camera_Part 1 (2010 Jan-Mar)：塔帕若斯-K67站点近地面相机数据第1部分（2010年1-3月），该数据集用于提取K67站点的叶片物候（leaf phenology）信息。 Tapajos-K67 Camera_Part 2 (2010 Apr-Jun)：塔帕若斯-K67站点近地面相机数据第2部分（2010年4-6月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 3 (2010 Jul-Sep)：塔帕若斯-K67站点近地面相机数据第3部分（2010年7-9月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 4 (2010 Oct-Dec)：塔帕若斯-K67站点近地面相机数据第4部分（2010年10-12月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 5 (2011 Jan-Mar)：塔帕若斯-K67站点近地面相机数据第5部分（2011年1-3月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 6 (2011 Apr-Jun)：塔帕若斯-K67站点近地面相机数据第6部分（2011年4-6月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 7 (2011 Jul-Sep)：塔帕若斯-K67站点近地面相机数据第7部分（2011年7-9月），用于提取K67站点的叶片物候信息。 Tapajos-K67 Camera_Part 8 (2011 Oct-Dec)：塔帕若斯-K67站点近地面相机数据第8部分（2011年10-12月），用于提取K67站点的叶片物候信息。 Phenocam_K34：K34站点近地面相机影像序列，用于提取K34站点的叶片物候信息。 Litterfall data at Manaus-k34 site：马瑙斯-K34站点凋落物（litterfall）数据：在K34站点按月开展的地面凋落物实测数据。 Leaf level age-dependent Vcmax at Tapajos-k67 site：塔帕若斯-K67站点叶片年龄依赖型最大羧化速率（Vcmax）数据：通过手持式LICOR 6400进行叶片气体交换测量，获取的K67站点叶片水平、年龄依赖型Vcmax地面实测数据。