Remote Sensing Of Water Pollution Problems In Karst Terrain ? Introduction

Society for Mining, Metallurgy & Exploration
James H. Williams
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
671 KB
Publication Date:
Jan 1, 1970

Abstract

More than 100,000 residents of Springfield and surrounding communities live on karst (sinkhole) terrain on the Springfield Plateau in southwestern Missouri. The city occupier much of the headwaters area of Wilson Creek basin, which is underlain by the Burlington Limestone (Mississippian), a cavernous, massively bedded formation averaging 150 feet in thickness. Sinkholes, some as deep as 75 feet, pock-mark the uplands. Stony red residual clay mantles the pinnacled limestone bedrock. Surface water lost to sinkholes and losing reaches of upstream areas resurges in springs and estevellas (reversible sinkholes) in the lower reaches of Wilson Creek. The Springfield Southwest Treatment Plant, an activated sludge process sewage treatment facility, situated about mid-basin at the confluence of Wilson Creek and a tributary, South Creek, serves the entire city. Effluent from the treatment plant together with industrial, street-wash and other waste from the-headwaters of the basin have degraded both surface and ground water quality in much of the Wilson Creek watershed. The area affected includes Wilson's Creek Battlefield National Park and recreational reaches of James River below the mouth of Wilson Creek.
Citation

APA: James H. Williams  (1970)  Remote Sensing Of Water Pollution Problems In Karst Terrain ? Introduction

MLA: James H. Williams Remote Sensing Of Water Pollution Problems In Karst Terrain ? Introduction. Society for Mining, Metallurgy & Exploration, 1970.

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