Spatial variation of heavy metals and uptake potential by Typha domingensis in a tropical reservoir in the midlands region, Zimbabwe

Keyphrases

• Aquatic Ecosystems 33%
• Aquatic Macrophytes 33%
• Aquatic Organisms 33%
• Bioaccumulation Potential 33%
• Bioconcentration Factor 66%
• Cu-Cd 33%
• Cu-Cr 33%
• Cu-Zn 33%
• Ecological Health 33%
• Fe-Cr 33%
• Fe-Cu 66%
• Fe-Zn 33%
• Global Concern 33%
• Heavy Metal Concentration 66%
• Heavy Metal Distribution 66%
• Heavy Metals 100%
• Heavy Metals in Sediments 33%
• High Concentration 33%
• Human Health 66%
• Macrophytes 33%
• Metal Bioavailability 33%
• Metal Concentration 33%
• Metal Fe 66%
• Metal Transfer 33%
• Metals in Water 33%
• Midland 100%
• Monitoring Study 33%
• Pb-Zn 33%
• Plant Parts 33%
• Pollution 33%
• Potential Risk 33%
• Riverine 33%
• Root Stem 33%
• Spatial Distribution 66%
• Transfer Factor 33%
• Tropical Reservoir 100%
• Typha Domingensis 100%
• Typha Domingensis Pers 33%
• Zimbabwe 100%
• Zn-Mn 33%

Agricultural and Biological Sciences

• Aquatic Environment 14%
• Aquatic Organism 14%
• Bioaccumulation 42%
• Bioavailability 14%
• Heavy Metal 100%
• Macrophyte 28%
• Metal Concentrations 14%
• Typha Domingensis 100%