Evaluating the source and seasonality of submarine groundwater discharge using a radon-222 pore water transport model
Pore water radon ( 222Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore water 222Rn and sediment-bound radium ( 226Ra) are in equilibrium and concentration gradients are vertical; a middle zone where 222Rn is in excess of sediment-bound 22...
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Published in | Earth and planetary science letters Vol. 273; no. 3; pp. 312 - 322 |
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Main Authors | , , , |
Format | Journal Article |
Language | English |
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Elsevier B.V
15.09.2008
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Abstract | Pore water radon (
222Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore water
222Rn and sediment-bound radium (
226Ra) are in equilibrium and concentration gradients are vertical; a middle zone where
222Rn is in excess of sediment-bound
226Ra and concentration gradients are concave-downward; and an upper zone where
222Rn concentration gradients are nearly vertical. These
222Rn data are simulated in a one-dimensional numerical model including advection, diffusion, and non-local exchange to estimate magnitudes of submarine groundwater discharge components (fresh or marine). The numerical model estimates three parameters, fresh groundwater seepage velocity, irrigation intensity, and irrigation attenuation, using two Monte Carlo (MC) simulations that (1) ensure the minimization algorithm converges on a global minimum of the merit function and the parameter estimates are consistent within this global minimum, and (2) provide 90% confidence intervals on the parameter estimates using the measured
222Rn activity variance. Model estimates of seepage velocities and discharge agree with previous estimates obtained from numerical groundwater flow models and seepage meter measurements and show the fresh water component decreases offshore and varies seasonally by a factor of nine or less. Comparison between the discharge estimates and precipitation patterns suggests a mean residence time in unsaturated and saturated zones on the order of 5 to 7 months. Irrigation rates generally decrease offshore for all sampling periods. The mean irrigation rate is approximately three times greater than the mean seepage velocity although the ranges of irrigation rates and seepage velocities are the same. Possible mechanisms for irrigation include density-driven convection, wave pumping, and bio-irrigation. Simulation of both advection and irrigation allows the separation of submarine groundwater discharge into fresh groundwater and (re)circulated lagoon water. |
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AbstractList | Pore water radon (
222Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore water
222Rn and sediment-bound radium (
226Ra) are in equilibrium and concentration gradients are vertical; a middle zone where
222Rn is in excess of sediment-bound
226Ra and concentration gradients are concave-downward; and an upper zone where
222Rn concentration gradients are nearly vertical. These
222Rn data are simulated in a one-dimensional numerical model including advection, diffusion, and non-local exchange to estimate magnitudes of submarine groundwater discharge components (fresh or marine). The numerical model estimates three parameters, fresh groundwater seepage velocity, irrigation intensity, and irrigation attenuation, using two Monte Carlo (MC) simulations that (1) ensure the minimization algorithm converges on a global minimum of the merit function and the parameter estimates are consistent within this global minimum, and (2) provide 90% confidence intervals on the parameter estimates using the measured
222Rn activity variance. Model estimates of seepage velocities and discharge agree with previous estimates obtained from numerical groundwater flow models and seepage meter measurements and show the fresh water component decreases offshore and varies seasonally by a factor of nine or less. Comparison between the discharge estimates and precipitation patterns suggests a mean residence time in unsaturated and saturated zones on the order of 5 to 7 months. Irrigation rates generally decrease offshore for all sampling periods. The mean irrigation rate is approximately three times greater than the mean seepage velocity although the ranges of irrigation rates and seepage velocities are the same. Possible mechanisms for irrigation include density-driven convection, wave pumping, and bio-irrigation. Simulation of both advection and irrigation allows the separation of submarine groundwater discharge into fresh groundwater and (re)circulated lagoon water. Pore water radon ( super(2) super(2) super(2)Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore water super(2) super(2) super(2)Rn and sediment-bound radium ( super(2) super(2) super(6)Ra) are in equilibrium and concentration gradients are vertical; a middle zone where super(2) super(2) super(2)Rn is in excess of sediment-bound super(2) super(2) super(6)Ra and concentration gradients are concave-downward; and an upper zone where super(2) super(2) super(2)Rn concentration gradients are nearly vertical. These super(2) super(2) super(2)Rn data are simulated in a one-dimensional numerical model including advection, diffusion, and non-local exchange to estimate magnitudes of submarine groundwater discharge components (fresh or marine). The numerical model estimates three parameters, fresh groundwater seepage velocity, irrigation intensity, and irrigation attenuation, using two Monte Carlo (MC) simulations that (1) ensure the minimization algorithm converges on a global minimum of the merit function and the parameter estimates are consistent within this global minimum, and (2) provide 90% confidence intervals on the parameter estimates using the measured super(2) super(2) super(2)Rn activity variance. Model estimates of seepage velocities and discharge agree with previous estimates obtained from numerical groundwater flow models and seepage meter measurements and show the fresh water component decreases offshore and varies seasonally by a factor of nine or less. Comparison between the discharge estimates and precipitation patterns suggests a mean residence time in unsaturated and saturated zones on the order of 5 to 7 months. Irrigation rates generally decrease offshore for all sampling periods. The mean irrigation rate is approximately three times greater than the mean seepage velocity although the ranges of irrigation rates and seepage velocities are the same. Possible mechanisms for irrigation include density-driven convection, wave pumping, and bio-irrigation. Simulation of both advection and irrigation allows the separation of submarine groundwater discharge into fresh groundwater and (re)circulated lagoon water. |
Author | Smith, Christopher G. Roy, Moutusi Martin, Jonathan B. Cable, Jaye E. |
Author_xml | – sequence: 1 givenname: Christopher G. surname: Smith fullname: Smith, Christopher G. organization: Department of Oceanography and Coastal Sciences, Louisiana State University, Baton Rouge, LA 70803, United States – sequence: 2 givenname: Jaye E. surname: Cable fullname: Cable, Jaye E. email: jcable@lsu.edu organization: Department of Oceanography and Coastal Sciences, Louisiana State University, Baton Rouge, LA 70803, United States – sequence: 3 givenname: Jonathan B. surname: Martin fullname: Martin, Jonathan B. organization: Department of Geological Sciences, University of Florida, Gainesville, FL 32611, United States – sequence: 4 givenname: Moutusi surname: Roy fullname: Roy, Moutusi organization: Department of Geological Sciences, University of Florida, Gainesville, FL 32611, United States |
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Snippet | Pore water radon (
222Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore water
222Rn and... Pore water radon ( super(2) super(2) super(2)Rn) distributions from Indian River Lagoon, Florida, are characterized by three zones: a lower zone where pore... |
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SubjectTerms | Freshwater Indian River Lagoon non-local exchange pore water model radium radon submarine groundwater discharge subterranean estuary |
Title | Evaluating the source and seasonality of submarine groundwater discharge using a radon-222 pore water transport model |
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