Keyword [Macrophytes]
Result: 121 - 140 | Page: 7 of 8 |
| 121. | The effect of sediment characteristics on the distribution of aquatic macrophytes |
| 122. | Acclimation of two marine macrophytes (Saccharina latissima and Zostera marina) to water flow |
| 123. | The influence of macrophytes, disease, and restoration on freshwater ecosystems |
| 124. | Minnesota Macrophytes: Linking Aquatic Plants, Lake Health, and Human Activities |
| 125. | Direct and indirect ecological effects of Dreissenid mussels (the zebra mussel Dreissena polymorpha and the quagga mussel D. bugensis) on submerged macrophytes in North American lakes |
| 126. | Recolonization of macroinvertebrates in a recovering urban lake (Onondaga Lake, Syracuse, NY): Analysis within communities of distinct aquatic macrophytes |
| 127. | An investigation into the interactions of Gold nanoparticles with aquatic vascular macrophytes |
| 128. | Comparative ecology of submersed freshwater macrophytes in acidic environments: Responses to dissolved inorganic carbon availability |
| 129. | Detection of eutrophication in aquatic ecosystems: Nitrogen stable isotopes in macrophytes and groundwater |
| 130. | Distribution and abundance of fishes relating to artificial aquatic macrophytes in the tidal Potomac River |
| 131. | Algal primary production in prairie wetlands: The effects of nutrients, irradiance, temperature and aquatic macrophytes |
| 132. | Bacterial oxidation of arsenite at Hot Creek: Characterization of biofilm communities and isolation of novel bacteria associated with aquatic macrophytes (California) |
| 133. | The indirect effect of sediment nutrient enrichment on the epiphytic algal community |
| 134. | Evaluating the lake management approach, applied biomanipulation techniques and progress in restoring ecological function of littoral macrophytes in Grenadier Pond, Canada |
| 135. | Methanotrophy associated with the roots of freshwater macrophytes |
| 136. | Heavy metal bioaccumulation in Great Basin submersed aquatic macrophytes |
| 137. | Biological surface water treatment: Replacing copper sulfate with aquatic macrophytes for the control of micro-algae in surface water |
| 138. | Oxidation of carbon and nitrogen in the root-zone of emergent macrophytes grown in wetland microcosms |
| 139. | THE ROLE OF EMERGENT MACROPHYTES TO NITROGEN AND PHOSPHORUS CYCLING IN A GREAT LAKES MARSH (PRODUCTION, NUTRIENT FLUX, DECOMPOSITION, WETLAND) |
| 140. | Environmental Constraints on the Establishment and Expansion of Freshwater Tidal Macrophytes: Applications to Restoration Ecolog |
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