Wetland Ecology: Examining the Role of Wetlands in Water Quality Improvement and Biodiversity Conservation

Abstract

Because of agribusiness, supplement improvement has a significant impact on the water quality in many stream catchments and river bowls. Since there is evidence at the site level that riparian zones and floodplain wetlands are successful at removing supplements from through-streaming water, water-asset directors generally are considering the predicted role of these wetlands in further improving stream-water quality. Water quality improvement has been shown to occur at the landscape level where groups of aquatic and wetland ecosystems are hydrologically connected and at the level of individual systems. At the landscape level, one example of the influence that groups of wetlands and shallow aquatic ecosystems have on water quality comes from research on beaver have shown that beaver influence water quality over large areas of boreal landscapes and that the impacts are dynamic and long lasting. Research on beavers has demonstrated that they have a dynamic and enduring impact on water quality across vast swaths of boreal landscapes. This is one example of how groupings of wetlands and shallow aquatic ecosystems affect water quality at the landscape level. Beavers modify hydrologic patterns and produce wetlands and shallow impoundments that are perfect for changing the quality of water, especially by affecting the dynamics of carbon and nitrogen. Wetlands are essential for regulating climate change and promoting biodiversity protection. In the past, wetlands were seen as wastelands, which led to their degradation in a number of locations. Therefore, the preservation of the wetland ecosystem necessitates strict environmental regulations.