New River Gorge National River water quality monitoring program
National Park Service Water Resources Division; National Park Service
New River Gorge National River fecal coliform study
National Park Service Water Resources Division; National Park Service
Cumberland Gap National Historical Park Stream Monitoring Program: Report on Conditions: July 1991 through December 1992
National Park Service Water Resources Division; National Park Service
Preliminary survey of the environmental quality of the Pictured Rocks National Lakeshore and Recreational Area, Alger County, Michigan
National Park Service Water Resources Division; National Park Service
Investigation of Surface Water-Groundwater Interactions at S-7 Pump Station
Technical Publication WS-11; February 2002
2002-02
Cumberland Gap National Historical Park Stream Monitoring Program: Assessment of chemical and biological conditions: January through December 1993
National Park Service Water Resources Division; National Park Service
Network design document Lake Okeechobee inflow/outflow monitoring program (X Project)
(Bibliography) Includes bibliographical references (pages 37-38).; (Statement of Responsibility) by Patricia M. Burke.
2000-04
Results and recommendation of a workshop convened to examine the capability of water quality criteria, standards and monitoring programs to protect seagrasses from deteriorating water transparency
National Park Service Water Resources Division; National Park Service
Developing a user-friendly tool for BMP assessment model using a GIS
(WRE #345); Manuscript; August, 1996; Submitted to: AWRA 32nd Annual Conference and Symposium on GIS and Water Resources
1996-08
Redesign of the DRBC/NPS scenic rivers monitoring program
National Park Service Water Resources Division; National Park Service
Hydrochemistry of Southern Cumberland Island, Georgia, Kings Bay Environmental Monitoring Program
National Park Service Water Resources Division; National Park Service
Redesign of the DRBC/NPS scenic rivers monitoring program
National Park Service Water Resources Division; National Park Service
Soil and surface water nutrients in the Everglades nutrient removal project
(Bibliography) Includes bibliographical references (p. 41-47); (Statement of Responsibility) by Marguerite S. Koch.; "December 1991."; Technical Publication 91-04
1991-12
Monitoring and Operating Plan for C-111 Interim Construction Project
(Statement of Responsibility) submitted to Florida Department of Environmental Regulation ; by South Florida Water Management District ; Dewey F. Worth, project manager.; "Final draft."; PERMIT # 131654749
1990-05
Outline Report of Architectural Work on the Restoration of the Chesapeake and Ohio Canal For Recreational Use (Georgetown, D.C., to Seneca, MD)
Clemson University Libraries
Call number: i29.2: c42/5.
Upland Detention/Retention Demonstration Project: Semi-Annual Report to the Coordinating Council on the Restoration of the Kissimmee River Valley and Taylor Creek/Nubbin Slough Basin
TECHNICAL MEMORANDUM; January 1980
1980-01
Environmentl Response of WCA-2A to Reduction in Regulation Schedule and Marsh Drawdown
(Statement of Responsibility) Dewey F. Worth; "February 1988."; Technical publication 88-2
1988-03
Fish and wildlife service men, West Prong Little River, Tennessee
Great Smoky Mountains National Park
Fish and Wildlife Service men, West Prong Little River.Fisheries Study, I-E-Fish-9982, Natural Features - Fauna - Fish
Herbicide monitoring program for the active ingredient glyphosate
(Bibliography) Includes bibliographical references (p. 6-8).; (Statement of Responsibility) Richard J. Pfeuffer.; "February 1988."; Technical publication 88-1
1988-02
Cape Sable Seaside Sparrow Habitat – Vegetation Monitoring: FY 2009 - Final Report
The Cape Sable seaside sparrow (CSSS), a federally endangered species, has remained
the focus of several water management operations in the Everglades. To monitor vegetation
responses to changes in hydrologic regime and fire events within the sparrow habitat, FIU-USGS
researchers initiated a vegetation study in 2002 with funding from U.S. Army Corps of Engineers
(USACE). In the first three years (2003-2005), a detailed account of spatial variation in
vegetation composition and structure in relation to hydrology and fire history were documented
(Ross et al. 2006). Since 2006, sub-sets of sites in each of six sparrow sub-populations (A-F)
have been re-visited annually to address the spatio-temporal changes in vegetation in response to
fire events and changes in hydrologic regime. The sub-set sampled each year includes both
unburned and burned sites.
2010-01
Generously Supported By
