Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Productivity is great in forests with a capacity to intercept incoming radiation and harness its energy efficiently. Thus, understanding the relationships between forest diversity, tree canopy biomass and photosynthetic parameters is central to pr...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

Leaves are the active interface of energy, carbon and water exchanges between forest canopies and the atmosphere. The leaf component of a canopy may be quantified by its structural attribute Leaf Area Index (LAI), projected leaf area per unit of g...

This dataset contains the photosynthetic efficiency of the exploratory plots. It is the potential performance index for energy conservation from absorbed photons by PSII to the reduction of intersystem electron transport. It is a multiparametric i...

Chlorophyll a fluorescence (ChlF) and leaf morphology parameters were assessed in two experimental sites in Europe (Kaltenborn, Germany and Satakunta, Finland), within a forest diversity experiment. The trees at Satakunta, planted in 1999, form a ...