Development of a Benthic-Flux Chamber for Measurement of Ground-Water Seepage and Water Sampling for Mercury Analysis at the Sediment-Water Interface
A benthic-flux chamber was constructed to collect data
to determine the relation between ground- and surface-water
interaction and mercury concentrations in water at the sediment-
water interface. The benthic-flux chamber was successfully
used to measure the rate of ground water seeping to
surface water or surface water seeping to ground water, and to
collect water samples for mercury analysis from the sedimentwater
interface in a lake setting. The benthic-flux chamber
was designed to be deployed in relatively calm fresh water
lakes, in areas of water less than 2 meters deep. The groundwater
seepage rate data were comparable to data from an
in-line flow meter in a calibration tank and with data from two
55-gallon drum seepage meters concurrently deployed in two
different lakes. The benthic-flux chamber was used to collect
possible water samples for analysis of total mercury and methylmercury
concentrations.
1110620752
to determine the relation between ground- and surface-water
interaction and mercury concentrations in water at the sediment-
water interface. The benthic-flux chamber was successfully
used to measure the rate of ground water seeping to
surface water or surface water seeping to ground water, and to
collect water samples for mercury analysis from the sedimentwater
interface in a lake setting. The benthic-flux chamber
was designed to be deployed in relatively calm fresh water
lakes, in areas of water less than 2 meters deep. The groundwater
seepage rate data were comparable to data from an
in-line flow meter in a calibration tank and with data from two
55-gallon drum seepage meters concurrently deployed in two
different lakes. The benthic-flux chamber was used to collect
possible water samples for analysis of total mercury and methylmercury
concentrations.
Development of a Benthic-Flux Chamber for Measurement of Ground-Water Seepage and Water Sampling for Mercury Analysis at the Sediment-Water Interface
A benthic-flux chamber was constructed to collect data
to determine the relation between ground- and surface-water
interaction and mercury concentrations in water at the sediment-
water interface. The benthic-flux chamber was successfully
used to measure the rate of ground water seeping to
surface water or surface water seeping to ground water, and to
collect water samples for mercury analysis from the sedimentwater
interface in a lake setting. The benthic-flux chamber
was designed to be deployed in relatively calm fresh water
lakes, in areas of water less than 2 meters deep. The groundwater
seepage rate data were comparable to data from an
in-line flow meter in a calibration tank and with data from two
55-gallon drum seepage meters concurrently deployed in two
different lakes. The benthic-flux chamber was used to collect
possible water samples for analysis of total mercury and methylmercury
concentrations.
to determine the relation between ground- and surface-water
interaction and mercury concentrations in water at the sediment-
water interface. The benthic-flux chamber was successfully
used to measure the rate of ground water seeping to
surface water or surface water seeping to ground water, and to
collect water samples for mercury analysis from the sedimentwater
interface in a lake setting. The benthic-flux chamber
was designed to be deployed in relatively calm fresh water
lakes, in areas of water less than 2 meters deep. The groundwater
seepage rate data were comparable to data from an
in-line flow meter in a calibration tank and with data from two
55-gallon drum seepage meters concurrently deployed in two
different lakes. The benthic-flux chamber was used to collect
possible water samples for analysis of total mercury and methylmercury
concentrations.
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Development of a Benthic-Flux Chamber for Measurement of Ground-Water Seepage and Water Sampling for Mercury Analysis at the Sediment-Water Interface
Development of a Benthic-Flux Chamber for Measurement of Ground-Water Seepage and Water Sampling for Mercury Analysis at the Sediment-Water Interface
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Product Details
| BN ID: | 2940014360586 |
|---|---|
| Publisher: | The Delano Max Wealth Institute, LLC. |
| Publication date: | 05/02/2012 |
| Sold by: | Barnes & Noble |
| Format: | eBook |
| File size: | 3 MB |
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