Plant photosynthetic capacity directly determines crop yield. Light quality regulates
photosynthetic capacity. This review discusses plant responses to far-red light from the …

Light spectral composition influences plant growth and metabolism, and has important
consequences for interactions with plant-feeding arthropods and their natural enemies. In …

Abstract Far‐red photons (701–750 nm) are abundant in sunlight but are considered
inactive for photosynthesis and are thus excluded from the definition of photosynthetically …

A close correlation between stomatal conductance and the steady‐state photosynthetic rate
has been observed for diverse plant species under various environmental conditions …

The current definition of photosynthetically active radiation includes only photons from 400
up to 700 nm, despite evidence of the synergistic interaction between far‐red photons and …

Plant stands in nature differ markedly from most seen in modern agriculture. In a dense
mixed stand, plants must vie for resources, including light, for greater survival and fitness …

Unlike the short-term responses of photosynthesis to fluctuating irradiance, the long-term
response (ie, acclimation) at the chloroplast, leaf, and plant level has received less attention …

Modern agriculture cannot be imagined without the introduction of smart and efficient
technologies. These, undoubtedly, include technologies for directed regulation of the …

Photosynthetic efficiency is significantly affected by both qualitative and quantitative
changes during light exposure. The properties of light have a profound effect on electron …

Arabidopsis plants were grown in white light (400–700 nm) or in white light supplemented
with far‐red (FR) light peaking at 730 nm. FR‐enriched light induced the typical shade …