Carbon Sequestration and Its Role in the Global Carbon Cycle by Brian J. McPherson, Eric T. Sundquist

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By Brian J. McPherson, Eric T. Sundquist

Published by way of the yank Geophysical Union as a part of the Geophysical Monograph Series.

For carbon sequestration the problems of tracking, chance evaluation, and verification of carbon content material and garage efficacy are maybe the main doubtful. but those matters also are the main serious demanding situations dealing with the wider context of carbon sequestration as a way for addressing weather switch. in line with those demanding situations, Carbon Sequestration and Its function within the international Carbon Cycle offers present views and study that mix 5 significant parts:

  • The international carbon cycle and verification and evaluation of world carbon resources and sinks
  • Potential ability and temporal/spatial scales of terrestrial, oceanic, and geologic carbon storage
  • Assessing hazards and merits linked to terrestrial, oceanic, and geologic carbon storage
  • Predicting, tracking, and verifying effectiveness of other kinds of carbon storage
  • Suggested new CO2 sequestration study and administration paradigms for the future.

The quantity relies on a Chapman convention and may attract the swiftly growing to be team of scientists and engineers studying equipment for planned carbon sequestration via garage in vegetation, soils, the oceans, and geological repositories.

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And C. D. Keeling (1965), The concentration of atmo­ spheric carbon dioxide in Hawaii, J. Geophys. 1029/JZ070i024p06053. , and H. E. Suess (1957), Carbon dioxide exchange between atmosphere and ocean and the question of an increase of atmospheric CO2 during past decades, Tellus, 9, 18–27. , W. Broecker, H. Craig, C. D. Keeling, and J. Smagorinsky (1965), Atmospheric carbon dioxide, report, Environ. Pollut. Panel, Pres. Sci. , Washington, D. C. , and H. 388. , and H. Oeschger (1987), Biospheric CO2 emissions during the past 200 years reconstructed by deconvolution of ice core data, Tellus, Ser.

Van Hemelryck, and J. W. Hardin (2009), Integrat­ ing terrestrial sequestration into a greenhouse gas management plan, in Carbon Sequestration and Its Role in the Global Carbon Cycle, Geophys. Monogr. 1029/2005GM000326, this volume. West, T. , G. Marland, A. W. King, W. M. Post, A. K. Jain, and K. Andrasko (2004), Carbon management response curves: Estimates of temporal soil carbon dynamics, Environ. , 33, 507–518. White, S. , R. G. Allis, J. Moore, T. Chidsey, C. Morgan, W. Gwynn, and M. Adams (2005), Simulation of reactive transport of injected CO2 on the Colorado Plateau, Utah, USA, Chem.

The measure­ ment of the primary CO2 system mass properties of seawa­ ter, alkalinity, and TCO2, were driven in the 1960s by the elegant titrimetric work of Dyrssen and Sillen [1967]. The stature of Sillen was immense both from his fundamental work on measurement and models of chemical equilibria and also from his classic paper on the geochemical origin of the chemistry of seawater where the long-term buffering of the ocean through silicate weathering was made clear for the first time [Sillen, 1961].

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