Harun Niron

Enhanced silicate weathering (ESW) is an approach to mitigate climate change by accelerating the natural process of silicate mineral dissolution, thereby sequestering carbon dioxide (CO2). ESW holds promise for enhancing plant growth and agricultural productivity through the release of essential nutrients during mineral weathering. This nutrient influx can serve as a natural fertilizer, promoting plant growth and crop yield. Soil microbial communities play crucial roles in facilitating silicate mineral weathering through organic matter decomposition and mineral dissolution processes. rates. Furthermore, the activity of soil invertebrates, particularly earthworms, may influence the efficacy of ESW by mediating soil structure and nutrient availability through enhancing soil aeration and nutrient cycling. Understanding micro and macrobiotic dynamics in response to ESW implementation is essential for optimizing CO2 sequestration. Overall, findings highlight the importance of considering biological interactions in the design and implementation of ESW strategies, emphasizing the potential benefits for agriculture, microbial communities, soil invertebrates, and soil health.