Exploration of Extremophiles: Potential Applications in Agriculture and Soil Health Improvement Utilizing Extremophiles
摘要
Extremophiles are microorganisms that can survive in extreme conditions, including high temperatures, extreme pH levels, salinity, and pressure. These organisms have unique characteristics and potential applications in agriculture and soil improvement. These substances improve plant growth and nutrient absorption as biofertilizers and biostimulants. Nutrient mobilization potential of extremophiles holds promise for sustainable agriculture. Polluted soils harbour extremophiles capable of degrading or immobilizing harmful compounds. Extremophiles in arid or saline habitats may contribute to the advancement of drought and salt-tolerant crops. Scientists seek to improve crop adaptability in difficult environments by introducing genes or metabolic processes from extremophiles. Extremophiles hold potential as biocontrol agents for pests and plant diseases. Soil microbes produce antimicrobial enzymes for crop disease protection. Enhancing soil structure, moisture retention and enhancing capacity. Extremophiles produce EPS for soil stabilization. The benefits include soil erosion reduction and enhanced soil health. Extremophiles support the development of nitrogen-fixing crops in harsh environments. Extremophiles aid in carbon cycling and soil carbon sequestration. Metabolic processes enhance soil carbon sequestration, supporting agricultural climate change mitigation. Extremophiles improve agricultural plant resilience to climate change stressors, such as temperature fluctuations. Extremophile-derived microbial inoculants enhance soil microbiome and nutrient cycling.