The natural rubber industry consumes large volumes of water and annually releases
wastewater with rich organic and inorganic loads. This wastewater is allowed for soil …

Water deficit is the major constraint among all stresses, which affects agricultural production
worldwide. Food production is getting reduced due to drought stress which is unable to feed …

Trehalose, a biological macromolecule with osmotic adjustment properties, plays a crucial
role during osmotic stress. As a psammophyte, Ammopiptanthus nanus relies on the …

Off-season flowering in daylength-sensitive plants is an intriguing characteristic that
represents an opportunity to expand crop's production timing and regions, and potentially …

The associated benefits and potential environmental risks of nanopesticides on plant and
soil health, particularly in comparison with traditional pesticides, have not been …

Under phosphorus (P) deficiency, white lupin (Lupinus albus L.) forms specialized root
structure, called cluster root (CR), to improve soil exploration and nutrient acquisition. Sugar …

Introduction Trehalose is vital for plant metabolism, growth, and stress resilience, relying on
Trehalose-6-phosphate synthase (TPS) and Trehalose-6-phosphate phosphatase (TPP) …

Stenotrophomonas strains, which are often described as plant growth promoting (PGP)
bacteria, are ubiquitous in many environments. A total of 213 genomes of strains of …

Trehalose, a disaccharide, regulates osmotic pressure, stabilizes proteins, and plays in the
signaling of carbon allocation in response to abiotic stresses. This study was evaluated the …

The presence of sugar in plant tissue can lead to an increase in the osmotic pressure within
cells, a decrease in the freezing point of plants, and protection against ice crystal damage to …