Companion Spectral Visualization App for SLOPP/SLOPP-e Raman Libraries
An RShiny-powered minimalist web app to visualize spectra for SLOPP/SLOPP-e Raman libraries developed by Professor Andrew Rate, School of Agriculture and Environment, The University of Western Australia. If you use this app […]
siMPle (Systematic Identification of MicroPLastics in the Environment)
siMPle is a free, open software for FTIR / IR imaging microplastic identification, combining MPHunter UI with automation pipeline.
Companion Spectral Visualization App for FLOPP/FLOPP-e ATR-FTIR Libraries
A small RShiny-powered app that visualizes FLOPP/FLOPP-e spectra easily when not using instrument software.
Microplastics separation + detection method for secondary school students using nile red
A low-cost, classroom-ready fluorescence method using Nile Red lets students and citizen scientists detect microplastics in local sediments—bringing hands-on STEM learning and community monitoring together.
Low-cost portable microplastic detection system integrating nile red fluorescence staining with YOLOv8-based deep learning
Nile red staining-based rapid microplastics detection device combiend with custom deep learning algorithm. Requires a digital microscope, optical filter, 385 nm UV source, and Raspberry Pi 4. Results available in […]
Wayfinder Society for Environmental Education
Free environmental education lesson plans, classroom toolkits, activity guides, and more for all grade levels with a specific focus on ocean plastic pollution.
EasyMP: Diverse and Environmentally Relevant Microplastic Reference Materials Encompassing Fragments and Fibers
Polydisperse, environmentally-relevant microplastics reference particles for analytical method QA/QC, toxicity testing, and more!
GLOBE Nederland Microplastics Education Toolkit
Curriculum and toolkit for measuring microplastics for citizen scientists and students. Webpage is in Dutch.
Representative Sample Volume Predictions Tool
The RSVP tool standardises statistical prediction of sufficient sample volumes, to ensure microplastics are detected with a given level of confidence.
Permittivity-Based Microparticle Classification by the Integration of Impedance Cytometry and Microwave Resonators
A microfluidic tool capablen of rapidly characterizing particles (including microplastics) using electronic characteristics.