Environmental conditions are very changeable; fluctuations in temperature, precipitation,
illumination intensity, and other factors can decrease a plant productivity and crop. The …

ICT-based interventions such as smart farming and precision agriculture are hel** to
improve the output of traditional agricultural systems and drive them toward sustainability …

The spectral‐based photochemical reflectance index (PRI) and leaf surface temperature
(Tleaf) derived from thermal imaging are two indicative metrics of plant functioning. The …

Agricultural technologies aimed at increasing yields require the development of highly
productive and stress-tolerant cultivars. Phenoty** can significantly accelerate breeding; …

In environmental conditions, plants can be affected by the action of numerous abiotic
stressors. These stressors can induce both damage of physiological processes and adaptive …

Photosynthesis is a key process in plants that can be strongly affected by the actions of
environmental stressors. The stressor-induced photosynthetic responses are based on …

Salinization is a significant adverse factor that suppresses productivity of agricultural plants.
Multispectral imaging and calculation of reflectance indices, including the typical …

Local damage to plants can induce fast systemic physiological changes through generation
and propagation of electrical signals. It is known that electrical signals influence numerous …

Environmental fluctuations have a strong influence on soil, plant, water, air, and flora and
fauna, and have a strongassociation and interaction with them. As a result, crop yield is …

Tropospheric ozone, a phytotoxic air pollutant, has inadvertently increased since industrial
era and its effect on agricultural crops has gained urgent scientific attention. The present …