Spring-fed streams are abundant in karst topographic regions such as the Ozarks, providing an important and valuable water resource. Many of these spring-fed streams presently receive agriculture runoff, but few studies have examined the impacts of this runoff on water quality. We examined water quality in Ozark spring-fed streams surrounded by either agricultural (N=3) or primarily forested land (N=3) in the riparian zone. We hypothesized that agricultural sites would have greater dissolved nutrient concentrations and conductivity than forested sites and that water quality would fluctuate with distance from the spring source. Conductivity (
The relationship of land use categories and water quality was explored in three different streams in...
To improve stream water quality in the United States, government programs subsidize farmers to estab...
Watershed export of nutrients, sediments, and chemicals impacts receiving waters. Changes within the...
ABSTRACT: Two second-order streams were monitored in the Ozark Mountain Region of northwestern Arkan...
Accelerated eutrophication of Beaver Lake in northwest Arkansas is a major environmental concern. Wh...
It is well documented that human activity influences the chemistry of surrounding waters. As such, i...
Springs in Northwest Arkansas may originate from relatively small fractures in rock strata or from c...
The water quality of two small, adjacent watersheds was monitored to determine the effect of land us...
Tributaries often play an important role in the chemical properties, productivity and species divers...
Water quality in the Spring River basin is integral to southwest Missouri, southeast Kansas, and nor...
Water quality in the Spring River basin is integral to southwest Missouri, southeast Kansas, and nor...
Human activities in the karst Ozark Plateaus can impact water quality of springs where surface water...
Nonpoint source (NPS) pollution is often the result of runoff losses from agricultural or urban area...
Nutrient concentrations in several streams of the Boston and Ozark Mountains region of Arkansas, inc...
Characterizing spatiotemporal variations in surface water (SW)–shallow groundwater (GW) nutrient con...
The relationship of land use categories and water quality was explored in three different streams in...
To improve stream water quality in the United States, government programs subsidize farmers to estab...
Watershed export of nutrients, sediments, and chemicals impacts receiving waters. Changes within the...
ABSTRACT: Two second-order streams were monitored in the Ozark Mountain Region of northwestern Arkan...
Accelerated eutrophication of Beaver Lake in northwest Arkansas is a major environmental concern. Wh...
It is well documented that human activity influences the chemistry of surrounding waters. As such, i...
Springs in Northwest Arkansas may originate from relatively small fractures in rock strata or from c...
The water quality of two small, adjacent watersheds was monitored to determine the effect of land us...
Tributaries often play an important role in the chemical properties, productivity and species divers...
Water quality in the Spring River basin is integral to southwest Missouri, southeast Kansas, and nor...
Water quality in the Spring River basin is integral to southwest Missouri, southeast Kansas, and nor...
Human activities in the karst Ozark Plateaus can impact water quality of springs where surface water...
Nonpoint source (NPS) pollution is often the result of runoff losses from agricultural or urban area...
Nutrient concentrations in several streams of the Boston and Ozark Mountains region of Arkansas, inc...
Characterizing spatiotemporal variations in surface water (SW)–shallow groundwater (GW) nutrient con...
The relationship of land use categories and water quality was explored in three different streams in...
To improve stream water quality in the United States, government programs subsidize farmers to estab...
Watershed export of nutrients, sediments, and chemicals impacts receiving waters. Changes within the...