The abstract of a January 12, 2022, Science Advances article https://www.science.org/doi/10.1126/sciadv.abi9305 by researchers with UK University of Birmingham, US Northwestern University and US Loyola University Chicago reports that “… To better understand microplastic dynamics in global rivers from headwaters to mainstems, we developed a model that includes hyporheic exchange processes, i.e., transport between surface water and riverbed sediment, where microplastic retention is facilitated ... Long-term accumulation for all stream classifications averaged ~5% of microplastic inputs per river kilometer. Our estimates isolated the impact of hyporheic exchange processes, which are known to influence dynamics of naturally occurring particles in streams, but rarely applied to microplastics. The identified mechanisms and time scales for small and lightweight microplastic accumulation in riverbed sediment reveal that these often-unaccounted components are likely a pollution legacy that is crucial to include in global assessments …” #MicroPlastics #SingleUsePlastic #PlasticWaste @unibirmingham @NorthwesternU @LoyolaChicago
Animal Digestible Food Packaging Initiative
Our reason-for-being/goal/purpose/objective/intent is to convince/inspire/persuade/encourage the food processing industry to establish and fund a public private partnership for the discovery of new food packaging materials that would be digestible by animals (farm animals as well as ubiquitous microbes).
