作者: Jong-Yun CHOI , Seong-Ki KIM , Jeong-Cheol KIM , Geung-Hwan LA
DOI: 10.1186/S41610-019-0144-1
关键词: Wetland 、 Tributary 、 Isotope analysis 、 Surface water 、 Sewage 、 Aquatic plant 、 Environmental science 、 Water pollution 、 Hydrology 、 Groundwater 、 Ecology (disciplines) 、 Ecology, Evolution, Behavior and Systematics
摘要: This study aimed to identify NO3−-N sources using the stable isotope δ15N in Chydorus sphaericus (OF Muller), investigate hydrological characteristics and nutrient states artificial wetlands near Nakdong River. is dominant where aquatic plants are abundant, occurring high density, sensitive wetland water pollution, making it suitable for identification of sources. each were strongly dependent on characteristics. Wetlands with sewage or rainfall/groundwater as their main had levels NO3−-N, whereas surface input comparatively lower levels. Since mostly detention ponds, inputs from tributaries river stream limited nutrients such easily become concentrated. Changes at closely associated C. sphaericus. Interestingly, regression analysis also showed positive correlation between level. We conclude that nitrate (δ15N) can be used elucidate riverine wetlands. information important maintenance conservation