Biogeochemistry of marine dissolved organic matter / edited by Dennis A. Hansell, Craig A. Carlson.

Contributor(s):

Material type: Text

text

Media type:

computer

Carrier type:

online resource

ISBN:

9780080500119
0080500110

Subject(s): Genre/Form:

Electronic books.

Additional physical formats: Print version:: Biogeochemistry of marine dissolved organic matter.DDC classification:

551.46/01 22

LOC classification:

GC118 .B56 2002eb

Online resources:

Click here to access online

Contents:

Why Dissolved Organics Matter. -- Analytical Methods for Total DOM Pools. -- Chemical Composition and Reactivity. -- Production and Removal Processes. -- Dynamics of DON. -- Dynamics of DOP. -- Marine Colloids and Trace Metals. -- Carbon Isotopic Composition of DOM. -- Photochemistry and the Cycling of Carbon, Sulfur, Nitrogen and Phosphorus. -- Chromophoric DOM in the Coastal Environment. -- Chromophoric DOM in the Open Ocean. -- DOM in the Coastal Zone. -- Sediment Pore Waters. -- DOC in the Arctic Ocean. -- DOC in the Global Ocean Carbon Cycle. -- Modeling DOM Biogeochemistry.

Why dissolved organics matter? / John I. Hedges -- Analytical methods for total DOM pools / Jonathan H. Sharp -- Chemical composition and reactivity / Ronald Benner -- Production and removal processes / Craig A. Carlson -- Dynamics of DON / Deborah A. Bronk -- Dynamics of DOP / D.M. Karl and K.M. Björkman -- Marine colloids and trace metals / Mark L. Wells -- Carbon isotopic composition of DOM / James E. Bauer -- Photochemistry and the cycling of carbon, sulfur, nitrogen and phosphorus / Kenneth Mopper and David J. Kieber -- Chromophoric DOM in the coastal environment / Neil V. Blough and Rossana Del Vecchio -- Chromophoric DOM in the open ocean / Norman B. Nelson and David A. Siegel -- DOM in the coastal zone / Gustave Cauwet -- Sediment pore waters / David J. Burdige -- DOC in the Arctic Ocean / Leif G. Anderson -- DOC in the global ocean carbon cycle / Dennis A. Hansell -- Modeling DOM biogeochemistry / James R. Christian and Thomas R. Anderson.

Summary: Interest in marine dissolved organic matter (DOM) is very high because it plays an important role in oceanic and global carbon cycling, which in turn impacts weather. Understanding the processes involved in the transformations of carbon, phosphorus, nitrogen, and other major elements in the oceans has been a primary goal of marine biogeochemists and oceanographers over the past decade. This book, in 16 chapters with over 170 figures and tables, reports on the major advances in this area by a distinguished group of international chemical and biological oceanographers. Additionally, it focuses on the role of DOM in elemental cycling - where the greatest informational need currently exists. Biological cycling of the major elements through DOM is assessed throughout, with particular emphasis on the role of marine microbes as active agents in the processing of this material The ocean science community's advances for inclusion of DOM in both ecosystem and global circulation models are evaluated.

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Item type	Home library	Collection	Call number	Materials specified	Status	Date due	Barcode
Electronic-Books	OPJGU Sonepat- Campus	E-Books EBSCO			Available

Interest in marine dissolved organic matter (DOM) is very high because it plays an important role in oceanic and global carbon cycling, which in turn impacts weather. Understanding the processes involved in the transformations of carbon, phosphorus, nitrogen, and other major elements in the oceans has been a primary goal of marine biogeochemists and oceanographers over the past decade. This book, in 16 chapters with over 170 figures and tables, reports on the major advances in this area by a distinguished group of international chemical and biological oceanographers. Additionally, it focuses on the role of DOM in elemental cycling - where the greatest informational need currently exists. Biological cycling of the major elements through DOM is assessed throughout, with particular emphasis on the role of marine microbes as active agents in the processing of this material The ocean science community's advances for inclusion of DOM in both ecosystem and global circulation models are evaluated.