WACO, Texas (April 3, 2014) -- Ryan S. King, associate professor of biology in Baylor’s College of Arts and Sciences, was awarded a $600,000 grant to estimate the appropriate phosphorus level in the Illinois River and nearby rivers and streams and help settle an on-going legal dispute between Oklahoma and Arkansas that reached all the way to the Supreme Court in 1992.
The Illinois River, a tributary of the Arkansas River, runs for 145 miles through Arkansas and Oklahoma. For decades, the two states have fought over pollution in the river, with Oklahoma blaming Arkansas for polluting the river with elevated phosphorus from municipal waste water and poultry fertilizers, which leads to an increase in algae growth. …
Water pollution from surface coal mining has degraded more than 22 percent of streams and rivers in southern West Virginia to the point they may now qualify as impaired under state criteria, according to a new study by scientists at Duke and Baylor.
An article by Dr. Ryan S. King, associate professor of biology at Baylor University, has been selected and evaluated by the Faculty of 1000 (F1000), a database of more than 100,000 evaluations of the top 2 percent of published articles in biology and medicine.
A new study from biology researchers at Baylor University and the University of Maryland-Baltimore has found that there are consistent and widespread declines in stream biodiversity at lower levels of urban development more damaging than what was previously believed.
ScienceDaily (June 29, 2011) -- Some areas of the southern United States are suffering from the longest dry spell since 1887 and a new Baylor University study shows that could prove problematic for aquatic organisms.
In the Sept. 9, 2014 release of the U.S. News rankings, Baylor moved up to No. 71 among National Universities, achieving the University’s best rating since U.S. News began ranking institutions beyond the top 50 in 2002. Baylor was ranked No. 75 by U.S. News in 2013.
A new Baylor University study funded by the Environmental Protection Agency has found that concentrations of phosphorus above 20 parts per billion (ppb) are linked to declines in water quality and aquatic plant and animal life.
Baylor University researchers along with ecologists from the University of Maryland, Baltimore County have developed a new method that measures the impact of human-caused environmental degradation on environmental biodiversity.
With construction and new growth in virtually all regions of the United States, getting a better understanding of the role plants play in the survival of local wildlife is vital. Toward this goal, two Baylor University student researchers are spending their summer in the lower Kenai Peninsula in Alaska to research the effects of alder and its nitrogen contributions to small, salmon-rearing streams.