Physical Sciences and Mathematics Commons^™

Summary Report 2003 Kentucky River Watershed Watch Data Collection Effort, L. Ormsbee, M. Mcalister

Kentucky River Watershed Watch

No abstract provided.

Kentucky River Basin: Unified Long-Range Water Resources Plan. Historic Water Supply Plans Of The Kentucky River Basin, Lindell E. Ormsbee, Malissa Mcalister

KWRRI Research Reports

The Kentucky River Authority was mandated by regulatory statute 420 KAR I :030, Section 4 to develop a Unified Long-Range Water Resources Plan (ULRWRP) for the Kentucky River Basin. This summary document was written by the Kentucky Water Resources Research Institute under a contractual agreement with the Kentucky River Authority in support of this plan. It addresses several required components of the ULRWRP, including:

• Acquisition and utilization of the Kentucky River Lock and Dam system;
• Construction, acquisition and control of projects and facilities;
• Regulation of flows and allocation of supplies;
• Basin-wide and specific local land and water conservation measures and …

Kentucky River Basin: Unified Long-Range Water Resources Plan. Executive Summary, Lindell E. Ormsbee, Malissa Mcalister

KWRRI Research Reports

No abstract provided.

Kentucky River Basin: Unified Long-Range Water Resources Plan. County Water Management Planning For The Kentucky River Basin, Lindell E. Ormsbee, Malissa Mcalister

KWRRI Research Reports

No abstract provided.

The Development Of Relationships Between Constituent Concentrations And Generic Hydrological Variables, Carmen T. Agouridis, Dwayne R. Edwards

Biosystems and Agricultural Engineering Faculty Publications

The collection and analysis of samples from storm events constitutes a large portion of the effort associated with water quality research. Estimating concentrations or loads from these events is often difficult. The equipment necessary to analyze the samples and the required laboratory resources are typically significant expenses incurred by the researcher. One potential method to reduce these costs is through the development of generic relationships between concentrations and easily measured variables such as dimensionless flow rate or time. The benefits recognized from such an effort include a reduction in the number of required samples, resulting in a reduction in cost. …