The area along the San Gabriel River, which borders Seal Beach and Long Beach, can be especially littered after it rains. The mouth of the river funnels runoff from 52 inland cities straight into the ocean, with trash and debris flowing down storm drains.
Runoff Pollution
Less Hypoxia along Gulf Coast–But…
“As discussed in the press release, there still remains a need to reduce the nutrient load entering the Gulf of Mexico and the smaller observed size was likely a result of storm and wind conditions and are not necessarily an indication of a long-term decrease in hypoxia area,” said Keeley Belva, a spokeswoman for the National Ocean Service.
Harmful Bacteria Pollutes Urban Waterways
DES MOINES, Iowa (AP) — As someone who has spent countless hours rowing along the Des Moines River, Tonya Logan appreciates the city’s vision to create a whitewater course that would draw kayakers to the Iowa capital. But… Read More ›
Harmful Algae Increase
Blooms of harmful algae in the nation’s waters appear to be occurring much more frequently than in the past, increasing suspicions that the warming climate may be exacerbating the problem. The Environmental Working Group (EWG) published newly collected data… Read More ›
Level of Microplastic Pollution Stuns Researchers
“Given their pervasive and persistent nature, microplastics have become a global environmental concern and a potential risk to human populations,” said Rachel Hurley from the University of Manchester and colleagues in their report, published in Nature Geoscience.
Domoic Poison Strikes California’s Central Coast
Since the beginning of April, Julia Parker has seen 216 sick pelagic birds come into the Santa Barbara Wildlife Care Network. There were only four in February, and three in March. Of those 216, mostly loons, grebes, and murres, only 65 survived long enough to be transferred to the International Bird Rescue center in San Pedro. Many more have been found dead on nearby beaches.
Nitrite Pollution Increase in Ocean Water
Researchers have more than once warned of “dead zones” and toxic algal blooms as a consequence of changing climatic conditions. Ocean temperatures are increasing, and this in turn encourages a new set of biochemical processes.
Professor Hollibaugh and a colleague report in the journal Environmental Science and Technology that over the course of eight summers they measured peaks of nitrite, alongside massive increases in the numbers of the microorganisms that produce it, in coastal waters off Georgia.