Trees for Reclamation
Trees for Reclamation

Author: Interstate Mining Compact Commission

Publisher:

Published: 1980

Total Pages: 506

ISBN-13:

DOWNLOAD EBOOK

"As coal production increases, forestry will become an increasingly important land use both before and after mining activity. New studies are needed to determine the long-range effect of mining in forested areas and to maximum the production of wood products on reclaimed areas."--Page 1.

The Fernow Watershed Acidification Study
The Fernow Watershed Acidification Study

Author: Mary Beth Adams

Publisher: Springer Science & Business Media

Published: 2007-10-12

Total Pages: 289

ISBN-13: 1402046154

DOWNLOAD EBOOK

The Fernow Watershed Acidification Study is a long-term, paired watershed acidification study. This book describes the responses to chronic N and S amendments by deciduous hardwood forests, one of the few studies to focus on hardwood forest ecosystems. Intensive monitoring of soil solution and stream chemistry, along with measurements of soil chemistry, and vegetation growth and chemistry, provide insights into the acidification process in forested watersheds.

Soil-water Relations of Shallow Forested Soils During Flash Floods in West Virginia
Soil-water Relations of Shallow Forested Soils During Flash Floods in West Virginia

Author: James H. Patric

Publisher:

Published: 1981

Total Pages: 24

ISBN-13:

DOWNLOAD EBOOK

Abstract: On May 24, 1978, heavy rain caused flash flooding on densely forested land near Parsons, in Tucker County, West Virginia. Poststorm evidences of soil and water behaviour were examined in detail on soils related to the Dekalb and Leetonia series. Other flash floods struck seven forested sections of the state in August. Less detailed observation after these storms centered on the Weikert-Berks soil complex. Erosion in perennial channels was severe at all ofthe storm sites. Ephemerla channels had eroded severely in May but not in August, and effect attributed to higher soil moisture in May. Rain infiltrated completely into most of the forest floor during all of the storms; thus, overland flow occurred only when soils became saturated by infiltrated water draining downslope. Erosion of mineral soil was not apparent on the forest floor, regardless of steepness, even on grazed and cutover land. Neither did logging roads erode seriously. Rain was insufficient to cause widespread erosion by debris avalanching. Sediment production during these rare phenomental storms was estimated to range from 3 to 10 tons per acre, a rate of loss comparable to the annual losses claimed for farmland. Water relations were similar on all of the soil observed, to the extent that each responded as predicted by the concept of variable source area for the orgin of streamflow on forest soil.