All news related to Trash Pollution

SCCWRP and its partners have completed the first of two exposure experiments for a two-year toxicity study working to close knowledge gaps in how aquatic life are adversely affected by ... More

The Southern California Bight 2023 Regional Monitoring Program has completed field sampling for its signature Sediment Quality study element – a coordinated, three-month field effort that lays the foundation for ... More

The Trash and Microplastics study element of the Southern California Bight 2023 Regional Monitoring Program is leveraging newly standardized methods for collecting and measuring microplastic particles to conduct a regional ... More

The Southern California Bight 2018 Regional Monitoring Program has published the findings of a regional survey of trash in aquatic environments that concluded that 77% of Southern California’s 4,600 miles ... More

SCCWRP and its partners have begun working to nearly double the size of a public, web-based repository of toxicity data that summarizes the health effects of microplastics exposure on humans ... More

Researchers will investigate the effectiveness of street sweeping in removing microplastics that enter storm drains and contribute to runoff pollution as part of a newly launched Southern California Stormwater Monitoring ... More

A group of international microplastics experts convened by SCCWRP has begun working to standardize the methods that California is using to collect environmental samples in preparation for measuring their microplastics ... More

SCCWRP and its partners have begun working to close knowledge gaps in how aquatic life are adversely affected by exposure to microplastics pollution, following the release of a statewide microplastics ... More

SCCWRP has completed development of a set of standard operating procedures (SOPs) that will enable California’s Environmental Laboratory Accreditation Program (ELAP) to evaluate laboratories’ proficiency at measuring microplastics levels in ... More

An initial set of scientific products and health thresholds that could form the technical underpinnings for how California protects aquatic life and humans from exposure to microplastics pollution is featured ... More

SCCWRP hosted a three-day workshop in April to introduce laboratory accreditation agencies to California’s newly developed draft methods for measuring microplastics in drinking water, including how to evaluate laboratories for ... More

A series of international SCCWRP-facilitated scientific studies and workshops over the past year examining how to better monitor and understand microplastics contamination is helping to form the scientific foundation for ... More

A group of international experts on aquatic microplastics pollution has reached consensus on a recommended framework that California could use to implement health-based thresholds that explain when microplastics contamination at ... More

The State Water Resources Control Board has begun working to develop a draft policy requiring microplastics to be monitored in drinking water following an international, SCCWRP-facilitated study that evaluated multiple ... More

An international team of researchers working to develop standardized methods for measuring microplastic particles in aquatic environments has begun meeting to review the results of a recent laboratory intercalibration study ... More

SCCWRP and its partners are initiating a three-year study to identify the levels, types and distribution of microplastics in two major Southern California rivers – part of a broader effort ... More

SCCWRP and its partners have convened a multi-part science workshop to build international expert consensus on the health-based thresholds at which microplastics of different sizes, shapes and compositions can be ... More

SCCWRP and its partners have launched an international study to develop standardized methods for measuring microplastic particles in aquatic environments, an effort that has the potential to improve the accuracy ... More

SCCWRP and its partners have launched a three-year study to examine how microplastic debris is transported via waterways to the coastal ocean and what happens to this pollution once it ... More

SCCWRP and the San Francisco Estuary Institute will evaluate a U.S. Environmental Protection Agency method for quantifying trash in the environment as part of Year 2 of a study seeking ... More

SCCWRP and the San Francisco Estuary Institute have launched a year-long study to develop a standardized approach for tracking tobacco and e-cigarette waste in California waterways. The study, which began ... More

A group of international experts on aquatic microplastic pollution that convened at SCCWRP for a two-day workshop in April has begun laying the groundwork to build scientific consensus around methods ... More

Leading international experts on aquatic microplastic pollution will convene at SCCWRP this spring to begin exploring how California could monitor microplastic particles in drinking water and the coastal ocean, a ... More

The Southern California Stormwater Monitoring Coalition (SMC) has launched trash sampling surveys in wadeable streams across coastal Southern California to support the Southern California Bight 2018 Regional Monitoring Program’s efforts ... More

The sampling window for the Southern California Bight 2018 Regional Monitoring Program opened July 1, with participants starting to collect seafloor sediments to evaluate the chemical, toxicological and biological health ... More

SCCWRP and its partners have kicked off a three-year study to develop standardized statewide approaches for tracking the levels and types of trash found in watersheds. Researchers’ goal is to ... More

More than 80 environmental agencies will examine new and emerging developments in water-quality science and management during the 2018 cycle of the Southern California Bight Regional Monitoring Program, which initiates ... More

SCCWRP and its partners have kicked off a three-year project to develop standardized methods for quantifying trash in California waterways, including using imagery collected from unmanned aerial systems (UAS) to ... More