Lake Baikal / Ecosystem health / Biological Sciences / Aquatic Ecosystem / Environmental Sciences / Laboratory experiment / Ecological Indicators / Field Experiment / CHEMICAL SCIENCES / Daphnia Magna / Physical Model / Laboratory experiment / Ecological Indicators / Field Experiment / CHEMICAL SCIENCES / Daphnia Magna / Physical Model
Mine Water / Numerical Method / Parameter estimation / Aquatic Ecosystem / Performance Evaluation / River Basin Management / River water / Environmental Impact / Mathematical Model / Simulation Model / River Basin Management / River water / Environmental Impact / Mathematical Model / Simulation Model
Water quality / Water Management / Sugar cane / Aquatic Ecosystem / River Basin Management / Trophic Level / Green Algae / Arid Zone / River Basin / Waste Water / Water Quality / Water Flow / Flow Rate / Trophic Level / Green Algae / Arid Zone / River Basin / Waste Water / Water Quality / Water Flow / Flow Rate
Water quality / Water Management / Sugar cane / Aquatic Ecosystem / River Basin Management / Trophic Level / Green Algae / Arid Zone / River Basin / Waste Water / Water Quality / Water Flow / Flow Rate / Trophic Level / Green Algae / Arid Zone / River Basin / Waste Water / Water Quality / Water Flow / Flow Rate
Water quality / Aquatic Ecosystem / Species Richness / Spatial Distribution / Water Quality / Indexation / Revista Chilena de Historia Natural / Indexation / Revista Chilena de Historia Natural
Water quality / Biological Sciences / Aquatic Ecosystem / Species Richness / Spatial Distribution / Dissolved Oxygen / Water Quality / Indexation / Revista Chilena de Historia Natural / Dissolved Oxygen / Water Quality / Indexation / Revista Chilena de Historia Natural