Sentence examples for light interception efficiency from inspiring English sources

Progeny effect on light interception efficiency was finally evaluated for five progenies.

Manipulations of tree architecture, either through genetics or by agronomic practices, can help in improving light interception efficiency.

The light interception efficiency of a fruit tree plays a key role in its transpiration and photosynthesis, and therefore has a strong impact on its growth and yield.

Light interception capability is a critical factor affecting the growth, development, fruit yield and quality of fruit trees; thus, it is beneficial to cultivate optimal canopy types with high light interception efficiency.

To compare the light interception efficiency among various plant canopy shapes, the net production rate at the whole-canopy scale and the average net photosynthetic rate per unit leaf area were calculated.

Simulations using canopy gap fractions across the sky hemisphere incident to the shoots in their natural position further demonstrated a decrease in light interception efficiency relative to a flat surface with increasing Qint.

We also quantified the patterns in light interception and the efficiency of light use to provide additional mechanistic insights into growth responses and to determine if light-use efficiency was related to changes in flux and partitioning.

Understanding whether growth responses are due to changes in light interception, light-use efficiency (LUE) or both, and whether they are subject to treatment interactions could assist the design of more productive and light-use efficient plantations.

Our method supports quantitative analysis of light interception and use efficiency for different types of canopy architectures at each time step and for individual leaf units.

Bourdier et al. (2016) discovered that a negative relationship between tree size heterogeneity and productivity could result from lower light interception and use efficiency in the case of an enhanced stand structure.

This study showed that: 1) wheat-maize intercropping had significantly higher PAR interception than sole wheat in 2013 and 2014, and sole maize in 2013, but not in 2014; 2) intercropping significantly increased RUE of wheat, whereas it significantly decreased RUE of maize; 3) both light interception and light use efficiency changed with planting configuration.