Restoration of Aquatic SystemsCRC Press, 2005年7月11日 - 448 頁 Simplistic thinking would have us believe that by eliminating the loading of a given pollutant, an aquatic system will revert to its previous pristine state. This premise is without scientific verification. Besides the fact that typically very little documentation exists defining what exactly that previous pristine state was, it should be noted tha |
內容
1 The Restoration Paradigm | 3 |
2 Cultural Eutrophication of North Florida Lakes | 13 |
Pulp Mills | 55 |
4 Pulp Mill Effluents and Apalachee Bay | 79 |
5 Nutrient Loading and the Perdido System | 159 |
6 The Pensacola Bay System | 195 |
7 Sulfite Pulp Mill Restoration | 207 |
8 Research News Reports and Restoration Success | 235 |
10 KissimmeeOkeechobeeFlorida EvergladesFlorida BayCoral Reef System | 257 |
11 Mercury and Dioxin in Aquatic Systems | 277 |
12 The Apalachicola System | 297 |
13 Conclusions | 317 |
Appendix I | 331 |
Appendix II | 389 |
| 393 | |
| 419 | |
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常見字詞
Amelia ammonia analyses Apalachicola aquatic areas associated basin Bay system biological blooms carried changes chlorophyll compared concentrations concerning contamination continued depth determined differences discharges distribution dominant drainage Econfina effects effluents effort Elevenmile Creek environmental Escambia estuary Everglades factors Fenholloway Fenholloway system field Figure fish Florida flow freshwater given habitat higher impacts important increased indicated infaunal Lake Jackson levels light limitation Livingston long-term lower major mercury months natural noted numbers nutrient loading occurred offshore organic orthophosphate Pensacola Perdido Bay period phytoplankton plant pollution primary problems productivity Protection pulp mill recent reduced region relatively remains response restoration River runoff salinity sampling scientific sediment showed significant sources species richness stations storm water surface taken tests toxic treatment trends upper urban various water quality WN WN WN WN WS