Water Analysis Essay, Research Paper

Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature

 pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES Methods of Freshwater Analysis:  Temperature pH Clarity Suspended Sediments Biotic Index Trent / BMWP Nitrate Level Phosphates Level Ammonia Concentration Visual Description Dissolved Oxygen Bacteria Counts Total Solids Chloride Concentration Iron Concentration Winkler Method of Oxygen Content 1. VARIATION BEFORE TOWN2. VARIATION IN TOWN3. DISSIPATION OF POLLUTION AFTER TOWN4. TEMPORAL CHANGES OVER SPRING SUMMER AND AUTUMN5. EFFECTIVENESS OF EQ SURVEYS AND BIOTIC INDEXES