Handheld portable FTIR spectroscopy for the triage of micro and meso sized plastics in the marine environment incorporating an accelerated weathering study and an aging estimation

McCumskay, Rick; Tang, Pik Leung; Mckumskay, Rick; Rogerson, Mike; Waller, Cath; Forster, Rodney

doi:10.1016/j.marpolbul.2020.111364

All Outputs (3)

Podcast - Researchers Rant - Ep1 - Plastic-Free July (2021)
Digital Artefact
Collins, C., & McCumskay, R. (2021). Podcast - Researchers Rant - Ep1 - Plastic-Free July. [Video podcast]

A light-hearted, entertaining discussion between researchers, Rick and Clare on Plastic-Free July #PlasticFreeJuly. The first of a series of podcasts due to be released, questioning science and life in general.

Comparative assessment of marine weathering of ROP-derived biopolymers against conventional plastics (2021)
Journal Article
Rodgers, K., Mayes, W. M., Santoro, O., Redshaw, C., Mccumskay, R., & Parsons, D. R. (2021). Comparative assessment of marine weathering of ROP-derived biopolymers against conventional plastics. Marine pollution bulletin, 167, Article 112272. https://doi.org/10.1016/j.marpolbul.2021.112272

Bio-based plastics were designed to replace single-use plastics and to cause less post-consumer environmental damage. This paper assesses the weathering of four bio-based polymers created by ring opening polymerization (ROP) promoted by a previously... Read More about Comparative assessment of marine weathering of ROP-derived biopolymers against conventional plastics.

Handheld portable FTIR spectroscopy for the triage of micro and meso sized plastics in the marine environment incorporating an accelerated weathering study and an aging estimation (2019)
Journal Article
McCumskay, R., Tang, P. L., Mckumskay, R., Rogerson, M., Waller, C., & Forster, R. (2019). Handheld portable FTIR spectroscopy for the triage of micro and meso sized plastics in the marine environment incorporating an accelerated weathering study and an aging estimation. Spectroscopy, 34(2), 54-60. https://doi.org/10.1016/j.marpolbul.2020.111364

Debris in the marine environment can be either natural, such as floating vegetation or volcanic ash deposits, or man-made. The man-made human sources cover the whole gamut of material types, from sewage, glass, mineral, fabric and, of increasing conc... Read More about Handheld portable FTIR spectroscopy for the triage of micro and meso sized plastics in the marine environment incorporating an accelerated weathering study and an aging estimation.