Seed germination is the stage in which plants are most sensitive to abiotic stress, including
salt stress (SS). SS affects plant growth and performance through ion toxicity, decreasing …

Τhe aim of this study was to examine the potential of using biostimulants for the amelioration
of deficit irrigation effects on field-grown lettuce plants growth parameters (cv. Doris …

Featured Application The results of the present work provide useful insights into the
response of Diplotaxis tenuifolia L. plants to salinity stress and biostimulant application …

The impact of salt stress is becoming more prevalent each year, largely due to the effects of
climate change. Limited availability of salt-free water is rising concern for hydroponics …

The chloroplast (cp) genome diversity has been used in phylogeny studies, breeding, and
variety protection, and its expression has been shown to play a role in stress response …

Because its impact in plant development and growth and its interaction with Na+ and Cl−,
the supply of different N-forms to crops can be an easy-to-use tool with effective results on …

Salt stress is a major environmental factor that affects maize production. The impact of salt
stress during the early vegetative stage inhibits growth and development. In this study, two …

Salt stress is a major factor that contributes to reduced lettuce productivity. Seed priming has
emerged as a promising technique to improve crop stress tolerance. In this study, Romaine …

Crops are constantly threatened by salinity. Nitric oxide (NO) is an attenuating agent for salt
stress; however, the specific roles of NO in gas exchange and lettuce production are not well …

Soil salinization has seriously affected plant growth and restricted economic development.
Malus zumi is an excellent apple grafting rootstock, and it is also an important tree species to …