UNDERSTANDING HEAT TOLERANCE IN VEGETABLES: PHYSIOLOGICAL AND MOLECULAR INSIGHTS, AND CONTEMPORARY GENOMIC APPROACHES FOR ENHANCING HEAT STRESS RESILIENCE

Understanding heat tolerance in vegetables: Physiological and molecular insights, and contemporary genomic approaches for enhancing heat stress resilience

The increasing threat of heat stress in agriculture, fueled by the relentless rise in global temperatures, presents a formidable challenge for vegetable crops.High-temperature stress instigates intricate morphological, anatomical, and physiological changes in vegetables, resulting in a noticeable decline in yield and an overall compromise in qualit

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Implementation of an automated process for Limnospira indica harvesting and culture medium recycling for space applications

Future long-term space exploration missions require the implementation of circular life support systems for the supply of water, oxygen and food from mission wastes.Therefore, separation systems dealing with multi-phasic streams need to be addressed.The BioHarvest (BHV) study focused on solid/liquid separation in space with the aim to demonstrate t

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