Soil salinity is a major environmental stress that restricts the growth and yield of crops.
Understanding the physiological, metabolic, and biochemical responses of plants to salt …

An increase of abiotic stress tolerance and nutritive value of foods is currently a priority
because of climate change and rising world population. Among abiotic stresses, salt stress …

Crops tolerant to drought and salt stress may be developed by two approaches. First, major
crops may be improved by introducing genes from tolerant plants. For example, many major …

To understand the adaptive strategies employed by plants to deal with saline conditions, two
halophytic species [Chenopodium quinoa (quinoa) and Beta maritima (sea beet)] and their …

Reduced irrigation in combination with biochar application can improve stomatal anatomy,
water relations and intrinsic water use efficiency (WUE i), thus having a positive effect on the …

Halophytes tolerate high salinity levels that would kill conventional crops. Understanding
salt tolerance mechanisms will provide clues for breeding salt‐tolerant plants. Many …

Fimbristylis complanata is an aquatic halophytic sedge that thrives in salt-affected land,
marshes, and water channels. Two ecotypes (HR-Rasool headworks ECe 19.45; SH …

Salt bladders are specialized epidermal structures that halophytes use to store and excrete
excess salt. However, the cell wall composition during salt bladder development is unclear …

The ability of biochar beads embedded with freshwater algae ̶ Chlorella pyrenoidosa (Bc-
Cp beads) were investigated for their efficiency in the removal of pollutants. Combining …

Halophytes are plants that grow in high-salt environments and form characteristic epidermal
bladder cells (EBCs) that are important for saline tolerance. To date, however, little has been …