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Land application of hydrofracturing fluids damages a deciduous forest stand in West VirginiaAuthor(s): Mary Beth. Adams
Source: Journal of Environmental Quality. 40: 1340-1344.
Publication Series: Scientific Journal (JRNL)
Station: Northern Research Station
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DescriptionIn June 2008, 303,000 L of hydrofracturing fluid from a natural gas well were applied to a 0.20-ha area of mixed hardwood forest on the Fernow Experimental Forest, West Virginia. During application, severe damage and mortality of ground vegetation was observed, followed about 10 d later by premature leaf drop by the overstory trees. Two years after fluid application, 56% of the trees within the fluid application area were dead. Fagus grandifolia Ehrh. was the tree species with the highest mortality, and Acer rubrum L. was the least affected, although all tree species present on the site showed damage symptoms and mortality. Surface soils (0-10 cm) were sampled in July and October 2008, June and October 2009, and May 2010 on the fluid application area and an adjacent reference area to evaluate the effects of the hydrofracturing fluid on soil chemistry and to attempt to identify the main chemical constituents of the hydrofracturing fluid. Surface soil concentrations of sodium and chloride increased 50-fold as a result of the land application of hydrofracturing fluids and declined over time. Soil acidity in the fluid application area declined with time, perhaps from altered organic matter cycling. This case study identifi es the need for further research to help understand the nature and the environmental impacts of hydrofracturing fl uids to devise optimal, safe disposal strategies.
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CitationAdams, Mary Beth. 2011. Land application of hydrofracturing fluids damages a deciduous forest stand in West Virginia. Journal of Environmental Quality. 40: 1340-1344.
KeywordsForest soils, Soil pollution, Ecosystem management, Other environmental contamination
- A comparison of two stem injection treatments applied to American beech in central West Virginia
- Patterns of woody species composition on the Fernow Experimental Forest and adjacent portions of the Otter Creek Wilderness Area
- Stand dynamics in 60-year-old Allegheny hardwoods after thinning
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