Green Plants and Pollution.
- 1st ed.
- 1 online resource (81 pages)
- Air, Water and Soil Pollution Science and Technology .
- Air, Water and Soil Pollution Science and Technology .
Intro -- GREEN PLANTS AND POLLUTION: NATURE'S TECHNOLOGY FOR ABATING AND COMBATING ENVIRONMENTAL POLLUTION -- GREEN PLANTS AND POLLUTION: NATURE'S TECHNOLOGY FOR ABATING AND COMBATING ENVIRONMENTAL POLLUTION -- CONTENTS -- PREFACE -- ACKNOWLEDGMENT -- ABSTRACT -- INTRODUCTION -- Chapter 1 PLANTS COMBATING AIR POLLUTION -- CHEMICALS IN THE AIR -- PLANTS AS NATURAL POLLUTANT SINK -- IMPACT OF POLLUTANTS ON PLANTS AND PLANTS AS BIO-INDICATOR OF TOXIC POLLUTANTS IN AIR : AN EARLY WARNING DEVICE OF DETERIORATING AIR QUALITY -- Impact of Sulphur Dioxide (SO2) on Plants & -- the Bioindicator Species -- Lichens as Bio-indicators of Sulfur in the Environment: A Case Study from UK -- Impact of Nitrogen Oxides (NO2) on Plants -- Impact of Suspended Particulate Matters (SPM) on Plants -- Impact of Tropospheric Ozone (O3) on Plants & -- the Bioindicator Species -- Impact of Periacetyl Nitrate (PAN) on Plants & -- the Bioindicator Species -- Impact of Ethylene on Plants & -- the Bioindicator Species -- Impact of Fluorides on Plants & -- the Bioindicator Species -- MECHANISM OF COMBATING AIR POLLUTANTS BY TOLERANT PLANT SPECIES -- Mechanism of Stomatal Closure Protect From Pollutants -- Ascorbic Acid Provides Defense Mechanism in Plants Against Pollution -- Phyto-assimilation of Sulphur Dioxide (SO2) by Plants -- Phyto-assimilation of Nitrogen Oxides (NO2) by Plants -- Phyto-filtration of SPM by Plants -- Phyto-remediation of Indoor Air Pollution -- GREEN PLANTS : THE POTENTIAL CARBON SINK ON EARTH REDUCING GLOBAL WARMING -- The Novel Concept of Carbon Credits -- ROLE OF ENVIRONMENTAL BIOTECHNOLOGY & -- PLANT GENETIC ENGINEERING IN DEVELOPMENT OF TRANSGENIC PLANTS TO COMBAT AIR POLLUTION -- Chapter 2 PLANTS COMBATING WATER POLLUTION -- CHEMICAL POLLUTANTS IN NATURAL WATER SOURCES -- Organic and Inorganic Solids in Natural Water. Synthetic Organics in Surface and Groundwater -- The Chemical Disinfection By-products in Drinking Water -- Chlorinated Organic Solvents in Water -- Refractory Organics (ROs) in Water -- Complex Hydrocarbons in Water -- Agricultural Pesticides in Water -- Explosives Contaminated Groundwater -- Surfactants (Surface-Active Agents) in Water -- Volatile Organic Compounds (VOCs) in Water -- Persistent Organic Pollutants (POPs) in Water -- Endocrine Disrupting Chemicals in Water -- Inorganic Compounds in Water -- Nitrate in Water -- Fluoride in Water -- Sources & -- State of Heavy Metals in Water Bodies -- PLANTS INVOLVED IN COMBATING WATER POLLUTANTS -- MECHANISM OF REMOVAL OF POLLUTANTS FROM WATER BY PLANTS -- Rhizo-Filtration -- Phyto-Volatilization -- Phyto-stimulation : Plant - Assisted Microbial Degradation (Rhizosphere Biodegradation) -- FATE OF POLLUTANTS ONCE ACCUMULATED INTO AQUATIC PLANTS -- Phyto-Degradation -- Phyto-Transformation -- REMOVAL OF NITRATES FROM GROUNDWATER -- USE OF DRY BIOMASS OF AQUATIC PLANTS FOR TREATMENT OF TEXTILE EFFLUENTS -- SOME WONDER AQUATIC PLANTS FOR COMBATING WATER POLLUTION : POTENTIAL FOR COMMERCIALIZATION -- The Water Hyacinths (Eichhornia cressipes) -- Success Stories -- Environmental Cost- Benefit Analysis of Phytoremediation by Water Hyacinth -- The Duckweeds (Lemna spp.) -- Success Stories -- Environmental Cost- Benefit Analysis of Phytoremediation by Duckweeds -- SOME WONDER TERRESTRIAL PLANTS CAPABLE OF GROWING ON WATER FOR COMBATING WATER POLLUTION : POTENTIAL FOR COMMERCIALIZATION -- The Indian Mustard (Brassica junceae) -- Success Story -- Sunflower (Helianthus anus) -- Success Stories -- Environmental Cost Benefit Analysis of Phytoremediation by Hydroponically Grown Sunflower -- The Vetiver Grass (Vetiveria zizaniodes). THE CONSTRUCTED WETLANDS TECHNOLOGY USING AQUATIC PLANTS TO TREAT MUNICIPAL & -- INDUSTRIAL WASTEWATER FOR REUSE -- Selection of Aquatic Plant Species for the Constructed Wetlands -- Animal Communities Inhabiting the Constructed Wetlands -- Microbial Communities Inhabiting the Constructed Wetlands -- The Role of Plants, Animals and the Microbes for Removal of Pollutants in Constructed Wetlands -- Removal of Heavy Metals -- Removal of Hydrocarbons -- Removal of Pesticides -- Removal of Pathogens -- APPLICATIONS OF CONSTRUCTED WETLAND TECHNOLOGY TO TREAT INDUSTRIAL WASTEWATER -- Some Success Stories of Treatment of Industrial Wastewater by Aquatic Plants in Constructed Wetlands -- Treatment of Chemical Industry Effluents -- Treatment of Textile Wastewater -- Treatment of Cyanide Contaminated Gold Mine Wastewater in Constructed Wetlands -- COST OF COMBATING GROUNDWATER POLLUTION BY PLANTS -- CONCLUSIONS -- REFERENCES & -- ADDITIONAL READINGS -- I. PLANTS & -- PHYTOREMEDIATION TECHNOLOGY COMBATING AIR POLLUTION -- II. PLANTS & -- PHYTOREMEDIATION TECHNOLOGY COMBATING WATER POLLUTION -- III. PLANTS & -- PHYTOREMEDIATION TECHNOLOGY COMBATING SOIL POLLUTION -- USEFUL WEBSITES -- INDEX -- Blank Page.
9781616684037
Pollution. Herbaceous plants -- Environmental aspects. Water -- Purification -- Biological treatment. Air -- Purification. Air quality management.