Development of Climate-Smart Bacterial Biofertilizers

Bacterial biofertilizers offer a climate smart alternative to chemical fertilizers by reducinggreenhouse gas emissions, improving soil health, and enhancing nutrient-use efficiency.Unlike synthetic inputs, biofertilizers promote biological processes that increase soilcarbon sequestration and resilience to climate-induced stresses such as drought,salinity, and heavy metal toxicity. The use of native, stress-tolerant bacterial biofertilizersalso ensures stable performance under dynamic climatic conditions, supporting climate-smart agriculture.细菌生物肥料（bacterial biofertilizers）可作为化学肥料的气候智能型替代方案，通过减少温室气体排放、改善土壤健康水平并提升养分利用效率。与合成类农业投入品不同，细菌生物肥料可促进相关生物过程，提升土壤碳封存能力，并增强作物对干旱、盐渍化及重金属毒性等气候诱导胁迫的抵御能力。施用本土耐胁迫细菌生物肥料，还可确保其在动态变化的气候条件下发挥稳定功效，助力气候智能型农业发展。