Acid Rain Research

Acid Rain Research-63
The researchers tracked how concentrations of dissolved organic carbon (DOC) fluctuated over a 30-year period in response to changes in the environment.DOC is a suite of carbon-bearing molecules that occur naturally when water in is contact with soil, organic material, and other decaying matter; although it is naturally occurring, anthropogenic change has been accelerating its production and pattern across the landscape.Combined, these environmental changes increased the amount of DOC in the monitored high-elevation lakes.

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The mass-accommodation coefficients of SOâ and HâOâ on aqueous surfaces over the temperature range 260-292 K are reported.

The experimental method used combined a monodisperse train of droplets and a low pressure flow reactor. more The mass-accommodation coefficients of SOâ and HâOâ on aqueous surfaces over the temperature range 260-292 K are reported.

Increases in DOC concentrations are often referred to as “brownification”: The yellow-brown color caused by dissolved humic matter imparts a darker stain to DOC-rich waters.

This darkening of waters has implications for water clarity, water temperature, lake stratification dynamics, carbon cycling, and nutrient and light availability for aquatic organisms.

The study found that DOC concentrations in high-elevation lakes have increased in response to dwindling sulfate and increased temperature and precipitation.

When sulfate decreases, DOC increases; when temperature and precipitation increase, so does DOC.

It was public involvement that forced legislators to deal with the problem.

The objective of this paper was to present p H values of the stream water and precipitation and to determine how precipitation affected p H of the stream water in the long term.

Acid rain causes a suite of ecological effects and increases the acidity of freshwater lakes by depositing sulfate into lake ecosystems. Regulation has helped reduce the concentrations of sulfur and nitrogen in the atmosphere, with subsequent reductions in aquatic sulfate and acidity, but climate change is now ushering in both physical and biological shifts in the environment.

In New England, climate change manifests as increases in air temperature, precipitation, and extreme weather events.


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