Saturated lands are among the planet’s most productive ecosystems, providing crucial habitat for various animal and plant species and an abundance of additional ecosystem services, such as carbon sequestration, flood control, and water filtration. However, wetlands are also highly susceptible to deterioration because of pollution, habitat loss, and climate change. Utilizing geomicrobes, or microorganisms that live beneath the surface, can aid in the ecological restoration of damaged saturated land ecosystems. These microorganisms mediate biogeochemical processes, such as the cycling of nutrients, the breakdown of organic matter, and the degradation of contaminants. Harnessing the inherent capabilities of these bacteria can hasten the restoration of wetland ecosystems by increasing fertilizer availability, strengthening soil structure, and deteriorating contaminants. Using geomicrobes can be a powerful tool for recovering and restoring wetland ecosystems that have been damaged or degraded. By leveraging the natural processes mediated by these microorganisms, the restoration of crucial wetland habitats and functions can be accelerated. Geomicrobes provide an invaluable resource for wetland restoration projects since they are essential to the biogeochemical processes, soil stability, and pollutant degradation of wetland ecosystems. Wetland restoration initiatives can enhance habitat quality, hasten ecosystem recovery, and promote long-term ecological stability by utilizing the ecological roles of geomicrobes. Wetland conservation and recovery initiatives could greatly benefit from the application of geomicrobial techniques; however, to optimize the efficacy of these strategies, more investigation is required to truly understand the complex interactions among wetland plants, geomicrobes, and environmental conditions.