Bioremediation of Soils Contaminated with Aromatic Compounds

Environmental biotechnology, which was in its infancy in the early 80's, has evolved thanks to the revolution brought about by molecular biology. Multiple successes in the biological cleanup of civil and industrial wastewater and of hydrocarbon soil pollution, demonstrate the vast power of clean technologies. In addition, the buildup of information on the activities of microorganisms as catalysts in all sorts of natural, industrial and animal environments has flourished. There is a continuing realization of the critical role of microbial processes in biological, industrial and geological systems. Since environmental biotechnology has matured, it is ready to tackle bigger challenges: the scaling up of many bioremediation systems still in progress, the search for novel biocatalysts for industrial applications, the continuing effort against common human life-threatening processes such as antibiotic resistance, the accumulation of hormone-mimicking substances (endocrine disrupters), the deposition of air-borne pesticides in the environment and, the degradation of recalcitrant contaminants. These endeavors will help prevent the contamination of food chains, protect human life and allow for human activity and economic development that do not compromise environmental sustainabijity. This volume includes the key lectures and participants' contributions delivered at the NATO-funded Advanced Research Workshop (NATO- ARW No. 980838) Bioremediation of Soils Contaminated with Aromatic Compounds: Effects of Rhizosphere, Bioavailability, Gene Regulation and st rd Stress Adaptation, held in Tartu, Estonia, from the 1 to the 3 of July 2004, and attended by participants from 15 countries.

Addresses a quite wide readership working in the wide field of environmental sciences Specialized workers in the field of environmental biotechnology should find the updated materials on several areas of this topic very useful Scientists of other biological, chemical or engineering fields who have a general interst in the subject should find the offered overview particularly interesting

Texte du rabat

Environmental biotechnology, which was in its infancy in the early 80's, has evolved thanks to the revolution brought about by molecular biology. Multiple successes in the biological cleanup of civil and industrial wastewater and of hydrocarbon soil pollution, demonstrate the vast power of clean technologies. In addition, the buildup of information on the activities of microorganisms as catalysts in all sorts of natural, industrial and animal environments has flourished. There is a continuing realization of the critical role of microbial processes in biological, industrial and geological systems. Since environmental biotechnology has matured, it is ready to tackle bigger challenges: the scaling up of many bioremediation systems still in progress, the search for novel biocatalysts for industrial applications, the continuing effort against common human life-threatening processes such as antibiotic resistance, the accumulation of hormone-mimicking substances (endocrine disrupters), the deposition of air-borne pesticides in the environment and, the degradation of recalcitrant contaminants. These endeavors will help prevent the contamination of food chains, protect human life and allow for human activity and economic development that do not compromise environmental sustainabijity. This volume includes the key lectures and participants' contributions delivered at the NATO-funded Advanced Research Workshop (NATO- ARW No. 980838) Bioremediation of Soils Contaminated with Aromatic Compounds: Effects of Rhizosphere, Bioavailability, Gene Regulation and st rd Stress Adaptation, held in Tartu, Estonia, from the 1 to the 3 of July 2004, and attended by participants from 15 countries.

Contenu
BIOREMEDIATION OF SOILS CONTAMINATED WITH AROMATIC COMPOUNDS: EFFECTS OF RHIZOSPHERE, BIOAVAILABILITY, GENE REGULATION AND STRESS ADAPTATION.- INFLUENCE OF THE RHIZOSPHERE ON THE BIODEGRADATION OF ORGANIC XENOBIOTICS A CASE STUDY WITH 2,4-DICHLOROPHENOXYACETIC ACID.- REGULATION OF THE ATRAZINE DEGRADATIVE PATHWAY IN Pseudomonas.- THE ROLE OF PLANTS AND BACTERIA IN PHYTOREMEDIATION - KINETIC ASPECTS.- REGULARITIES IN THE OXIDIZING METABOLISM OF BACTERIA.- FORMATION OF MICROBIAL COMMUNITIES IN OIL SHALE CHEMICAL INDUSTRY SOLID WASTES DURING PHYTOREMEDIATION AND BIOAUGMENTATION.- STUDIES ON BIODEGRADATION OF AROMATIC POLLUTANTS BY TRICHOSRORON CUTANEUM YEAST STRAIN.- THE POTENTIAL OF KERATINOLYTIC AND KERATINOPHILIC FUNGI FOR DEGRADATION OF PETROLEUM HYDROCARBONS IN SOIL.- STUDY OF CONTAMINATION AND MIGRATION POLYCHLORINATED BIPHENYLS IN THE ENVIRONMENT. BIOREMEDIATION OF CONTAMINATED SOILS AND ASSESSMENT OF THEIR IMPACT ON THE SERPUKHOV POPULATION HEALTH.- SHEDDING LIGHT ON THE BIOAVAILABILITY OF ORGANIC POLLUTANTS.- REDUCTION OF CHROMIUM (VI) BY BACTERIA COLLECTION STRAINS OF DIFFERENT PHYSIOLOGICAL GROUPS.