Aquatic Organic Matter Fluorescence
Herausgeber: Coble, Paula G; Spencer, Robert G M; Reynolds, Darren M; Baker, Andy; Lead, Jamie
Aquatic Organic Matter Fluorescence
Herausgeber: Coble, Paula G; Spencer, Robert G M; Reynolds, Darren M; Baker, Andy; Lead, Jamie
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A core text on principles, laboratory/field methodologies, and data interpretation for fluorescence applications in aquatic science, for advanced students and researchers.
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A core text on principles, laboratory/field methodologies, and data interpretation for fluorescence applications in aquatic science, for advanced students and researchers.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 418
- Erscheinungstermin: 14. Juli 2014
- Englisch
- Abmessung: 264mm x 182mm x 25mm
- Gewicht: 1026g
- ISBN-13: 9780521764612
- ISBN-10: 0521764610
- Artikelnr.: 40128551
- Verlag: Cambridge University Press
- Seitenzahl: 418
- Erscheinungstermin: 14. Juli 2014
- Englisch
- Abmessung: 264mm x 182mm x 25mm
- Gewicht: 1026g
- ISBN-13: 9780521764612
- ISBN-10: 0521764610
- Artikelnr.: 40128551
Part I. Introduction: 1. The principals of fluorescence Darren Reynolds; 2.
Fluorescence and dissolved organic matter: a chemist's perspective George
Aiken; 3. Aquatic organic matter fluorescence Paula Coble, Rob Spencer,
Andy Baker and Darren Reynolds; Part II. Instrumentation and Sampling: 4.
Sampling design for organic matter fluorescence analysis Rob Spencer and
Paula Coble; 5. Optical spectroscopy instrumentation design, quality
assurance and control: bench-top fluorimetry John R. Gilchrist and Darren
Reynolds; 6. Experimental design and quality assurance: in-situ
instrumentation Robyn Conmy, Carlos Del Castillo, Brian Downing and Robert
F. Chen; Part III. Environmental Effects: 7. Physicochemical effects on
dissolved organic matter fluorescence in natural waters Chris Osburn,
Rosanna Del Vecchio and Thomas J. Boyd; 8. Biological origins and fate of
fluorescent dissolved organic matter in aquatic environments Colin A.
Stedmon and Rose M. Cory; Part IV. Interpretation and Classification: 9.
Fluorescence indices and their interpretation Rachel Gabor, Andy Baker,
Diane M. McKnight and Matthew P. Miller; 10. Cheometric analysis of organic
matter fluorescence Kate Murphy, Ramus Bro and Colin A. Stedmon.
Fluorescence and dissolved organic matter: a chemist's perspective George
Aiken; 3. Aquatic organic matter fluorescence Paula Coble, Rob Spencer,
Andy Baker and Darren Reynolds; Part II. Instrumentation and Sampling: 4.
Sampling design for organic matter fluorescence analysis Rob Spencer and
Paula Coble; 5. Optical spectroscopy instrumentation design, quality
assurance and control: bench-top fluorimetry John R. Gilchrist and Darren
Reynolds; 6. Experimental design and quality assurance: in-situ
instrumentation Robyn Conmy, Carlos Del Castillo, Brian Downing and Robert
F. Chen; Part III. Environmental Effects: 7. Physicochemical effects on
dissolved organic matter fluorescence in natural waters Chris Osburn,
Rosanna Del Vecchio and Thomas J. Boyd; 8. Biological origins and fate of
fluorescent dissolved organic matter in aquatic environments Colin A.
Stedmon and Rose M. Cory; Part IV. Interpretation and Classification: 9.
Fluorescence indices and their interpretation Rachel Gabor, Andy Baker,
Diane M. McKnight and Matthew P. Miller; 10. Cheometric analysis of organic
matter fluorescence Kate Murphy, Ramus Bro and Colin A. Stedmon.
Part I. Introduction: 1. The principals of fluorescence Darren Reynolds; 2.
Fluorescence and dissolved organic matter: a chemist's perspective George
Aiken; 3. Aquatic organic matter fluorescence Paula Coble, Rob Spencer,
Andy Baker and Darren Reynolds; Part II. Instrumentation and Sampling: 4.
Sampling design for organic matter fluorescence analysis Rob Spencer and
Paula Coble; 5. Optical spectroscopy instrumentation design, quality
assurance and control: bench-top fluorimetry John R. Gilchrist and Darren
Reynolds; 6. Experimental design and quality assurance: in-situ
instrumentation Robyn Conmy, Carlos Del Castillo, Brian Downing and Robert
F. Chen; Part III. Environmental Effects: 7. Physicochemical effects on
dissolved organic matter fluorescence in natural waters Chris Osburn,
Rosanna Del Vecchio and Thomas J. Boyd; 8. Biological origins and fate of
fluorescent dissolved organic matter in aquatic environments Colin A.
Stedmon and Rose M. Cory; Part IV. Interpretation and Classification: 9.
Fluorescence indices and their interpretation Rachel Gabor, Andy Baker,
Diane M. McKnight and Matthew P. Miller; 10. Cheometric analysis of organic
matter fluorescence Kate Murphy, Ramus Bro and Colin A. Stedmon.
Fluorescence and dissolved organic matter: a chemist's perspective George
Aiken; 3. Aquatic organic matter fluorescence Paula Coble, Rob Spencer,
Andy Baker and Darren Reynolds; Part II. Instrumentation and Sampling: 4.
Sampling design for organic matter fluorescence analysis Rob Spencer and
Paula Coble; 5. Optical spectroscopy instrumentation design, quality
assurance and control: bench-top fluorimetry John R. Gilchrist and Darren
Reynolds; 6. Experimental design and quality assurance: in-situ
instrumentation Robyn Conmy, Carlos Del Castillo, Brian Downing and Robert
F. Chen; Part III. Environmental Effects: 7. Physicochemical effects on
dissolved organic matter fluorescence in natural waters Chris Osburn,
Rosanna Del Vecchio and Thomas J. Boyd; 8. Biological origins and fate of
fluorescent dissolved organic matter in aquatic environments Colin A.
Stedmon and Rose M. Cory; Part IV. Interpretation and Classification: 9.
Fluorescence indices and their interpretation Rachel Gabor, Andy Baker,
Diane M. McKnight and Matthew P. Miller; 10. Cheometric analysis of organic
matter fluorescence Kate Murphy, Ramus Bro and Colin A. Stedmon.