| Call Number (LC) | Title | Results |
|---|---|---|
| EP 1.23:73-026 | The Shagawa Lake Project : lake restoration by nutrient removal from wastewater effluent / | 1 |
| EP 1.23:73-030 | Effects of sulfur oxides in the atmosphere on vegetation : revised chapter 5 for Air quality criteria for sulfur oxides. Task 16, ROAP no. 26AAA, Program element 1A1001. | 1 |
| EP 1.23:73-032 | Fish and food organisms in acid mine waters of Pennsylvania / | 1 |
| EP 1.23:73-033 | Water quality criteria, 1972 : a report of the Committee on Water Quality Criteria. | 1 |
| EP 1.23:73-035 | Environmental effects on toxaphene toxicity to selected fishes and crustaceans / | 1 |
| EP 1.23:73-037 | Effect of silt and silt removal in a prairie lake / | 1 |
| EP 1.23:73-039 | Rates of photosynthesis and phytoplankton growth in Shagawa Lake, Minnesota / | 1 |
| EP 1.23:73-041 | Thermal effects on eggs, larvae and juveniles of bluegill sunfish / | 1 |
| EP 1.23:73-042 | Interaction between marine organisms and oil pollution / | 1 |
| EP 1.23:73-044 | Biological investigations of Lake Wingra / | 1 |
| EP 1.23:73-045 | Effects of copper on the locomotor orientation of fish / | 1 |
| EP 1.23:73-046 | The effects of methoxychlor on aquatic biota / | 1 |
| EP 1.23:600/3-73-017 | Pollution effects on adult steelhead migration in the Snake River / | 1 |
| EP 1.23:600/3-75-005 | Inputs of phosphorus from precipitation to Lake Michigan / | 2 |
| EP 1.23:600/3-75-005/ | Mathematical modeling of phytoplankton in Lake Ontario. / | 1 |
| EP 1.23:600/3-75-005/pt.1 | Mathematical modeling of phytoplankton in Lake Ontario. / | 1 |
| EP 1.23:600/3-75-007 |
Metabolism of mercury compounds in microorganisms / Metabolism of mercury compounds in microorganisms |
2 |
| EP 1.23:600/3-75-008 | Second Annotated bibliography on biological effects on [i.e. of] metals in aquatic environments (no. 568-1292) / | 1 |
| EP 1.23:600/3-75-011 | Compilation of methodology for measuring pollution parameters of landfill leachate / | 1 |
| EP 1.23:600/3-75-012 | Comparative toxicity of sewage-effluent disinfection to freshwater aquatic life / | 2 |
