This volume of the series Fundamentals of Organic Geochemistry provides an overview of isotope analysis in organic geochemistry and related fields of applied sciences. It dives deep into the basics of isotopes and isotopic fractioning processes with applications e.g. in environmental biodegradation or correlations of fossil matter. This textbook helps students understanding the geoscientific, analytical, and chemical isotope aspects in complex natural systems. Students learn the importance of isotope organic geochemistry and its relationship to fundamental processes in the geosphere and…mehr
This volume of the series Fundamentals of Organic Geochemistry provides an overview of isotope analysis in organic geochemistry and related fields of applied sciences. It dives deep into the basics of isotopes and isotopic fractioning processes with applications e.g. in environmental biodegradation or correlations of fossil matter. This textbook helps students understanding the geoscientific, analytical, and chemical isotope aspects in complex natural systems. Students learn the importance of isotope organic geochemistry and its relationship to fundamental processes in the geosphere and biosphere, which include e.g. photosynthesis, evaporation/precipitation within the global water cycle, biotic degradation, and biosynthesis.
The book is intended for chemistry and geoscience students at BSc, MSc, and PhD levels.
Prof. Dr. Jan Schwarzbauer Current research topics: * Sources, transport and fate of organic contaminants in water and sediments of surface water systems * Impact of anthropogenic xenibiotics on riverine systems * Structure elucidation of still unknown organic contaminants * Analytical investigations on pollution sources of surface and ground water (industrial emissions, municipal effluents, waste deposit seepage water, mining effluents etc.) * Organic-geochemical characterization of bound residues in riverine particulate matter * Compound specific isotpe anaylsis of organic pollutants * Geochronology of organic contamination in riverine sediment archives and generation of correlated pollution histories * Detection and quantification of synthetic polymers in river water, municipal effluents, sewage slugde and soil CV: 1993: Degree in Chemistry (diploma) University of Hamburg - 1997: Dr. rer. nat. degree, University of Hamburg - 2004: Habilitation, RWTH Aachen University - 2004 - 2009: Assoc. Prof. (Privatdozent), RWTH Aachen - since 2009: Full Professor Prof. Branimir Jovan¿i¿evi¿ Education and qualifications: * 1985: Bachelor of science studies - Chemistry / Prirodno-matemati¿ki fakultet (Belgrade, Serbia) * 1988: Master of science studies - Chemistry / Prirodno-matemati¿ki fakultet (Belgrade, Serbia) * 1994: Doctoral academic (PhD) studies - Chemistry / University of Belgrade - Faculty of Chemistry (Belgrade, Serbia) * Scientific interest: Organic geochemistry, environmental chemistry.
Inhaltsangabe
Chapter 1: Introductory aspects.- Chapter 2: Isotope fractionation processes.- Chapter 3: Analytical methods.- Chapter 4: Aspects of compound-specific isotope analysis apart from geosciences.- Chapter 5: Fossil matter correlation.- Chapter 6: Biogenic vs thermogenic gas emissions.- Chapter 7: Paleoenvironmental conditions. Chapter 8: Isotope analysis in environmental sciences.
