Skip to content. Skip to navigation
Navigation
News and Seminars
2012 Impact Award Winners 2012-04-02
UNC-CH MASC Spring 2012 Seminar Series 2012-01-17
Dr. Tori Hoehler (c/o '98) honored with Royster Award 2011-11-11
2011 Sankey L. Blanton Lecture Event With Dr. Jeremy Jackson 2011-10-28
N&O article on Hans Paerl 2011-10-10
Karl Castillo Receives Postdoc Research Excellence Award 2011-09-26
UNC’s Hans Paerl wins Odum Lifetime Achievement Award for ecological studies 2011-09-21
Rick Luettich featured on UNC Homepage 2011-09-14
UNC-CH Fall 2011 MASC Seminar Series 2011-08-23
UNC Marine Scientists Study at World's Only Underwater Research Station 2011-08-15
More …
 
You are here: Home » People » Faculty » Brent McKee
Brent McKee, Mary and Watts Hill, Jr. Distinguished Professor; Department Chair
Phone: 919-843-3604
Fax: 919-962-1254
Office:

3117J Venable Hall, CB#3300
Chapel Hill, NC 27599-3300

Area of Interest:

Current projects in our lab are:

· Examining the transformation and fate of particulate materials within the lower Amazon River—carbon, nutrients, trace elements.

· Determining marsh accretion rates in coastal North Carolina and the response of coastal wetlands to sea-level rise.

Response of bay-head deltas to sea-level rise (Roanoke and Newport Rivers, NC)—with Tony Rodriguez at IMS.

Professional Background:

The overarching focus of my research is on land-ocean interactions and global change. I am interested in the role of Major Rivers (Amazon, Changjiang, Huanghe, Orinoco, Danube, Columbia, Mississippi) in global biogeochemical cycles and global change.  Rivers are the primary interface between continental and oceanic environments and play a critical role in global cycles such as carbon.

Research & Activities:

 Specific research topics in my lab are:

·        The transformation and fate of terrestrial materials (carbon, nutrients, trace elements) within river systems and in adjacent coastal margins.

·        The role of tidal freshwater zones within rivers in controlling the flux of riverine materials to the ocean.

·        The use of naturally-occurring radioisotopes to determine the rates and pathways for biogeochemical processes

·        Diagenetic sedimentary processes in coastal environments

·        Determination of weathering rates within river basins using uranium isotope tracers

·        Examination of high-resolution sedimentary records of Earth history that are preserved in river margin environments.



People

Faculty
Post-Docs
Students
IMS Staff
Department Staff

Personal tools