Global Raspberry Shake Network Promotes Opportunities for Research and Community Engagemen
Seismo@School – A Swiss-wide initiative to bring current earthquake knowledge to schools
Science for Society: Building earthquake resilience with Haitian citizens
Live data education experience with the “Earthquake Suitcase” and “Raspberry Shake and Boom”
The Democratization of Seismology in Angra do Heroísmo Municipality (Terceira Island, Azores):a Citizen Science Case Study
Monitoring induced seismicity using low-cost seismometers: A case study in central kansas
Building an Operational Low-Cost Seismic Network in Ukraine
Performance of Raspberry Shake vs. Kentucky Seismic and Strong-Motion Network Instruments
Seismo-Acoustic Studies Along the US “Northeast Corridor” With Raspberry Shakes & Booms: Utilizing Low-Cost Sensors for Citizen Seismology and Basic Research
Listening to Manchester: using Raspberry Shake seismometers in urban environments to monitor traffic
That’s the Way the Raspberry Shakes: 2022 Update on the Intriguiging Variety of Things We Record With Shakes and Booms
Development of the National Seismological Network (OGU, Uruguay)
The intriguing variety of things we record with our raspberry shakes: citizen scientists, educators, and research scientists collaborating to monitor our active planet
Comparing inexpensive Raspberry Shakes to broadband seismometers in estimating deep earth structure through the use of receiver functions
When installing Raspberry Shakes forges a bond between seismologists and citizens. Lessons learned from a citizen seismology experiment in Haiti
The Intriguing Variety of Things we record with our Raspberry Shakes
Decrease in Seismic Noise after COVID19 Lockdown outside Washington DC
Monitoring African Bush Elephants with the Raspberry Shake and Boom
The Implementation of Debris Flow Seismic Detector with Raspberry Shake
Monitoreo sísmico de Lahares en el Volcán de Colima con instrumentación de bajo costo (RaspberryShake)
Raspberry Shake, EQ1 and Research-Grade Seismographs: Pros and Cons of Different Types of Seismographs for Education, Citizen Science, and Earthquake Monitoring in New England and Texas
Cultivating Citizen Scientists with Seismic Monitoring in Texas and New England Using an Affordable Seismograph
A complete characterization of 27 Raspberry Shakes performed at EOT Seismic Instrumentation Facility
The Seismology-at-School in Nepal Project: A Low-Cost Seismic and Educational Network
SeismoCitizen : A project combining seismology and human science approaches based on a deployment of a dense low cost seismic network hosted by citizens.
Seismic Observations in the Washington, D.C. Area With a Raspberry Shake Network
Seismology-at-School in Nepal: a first regional educational and seismic network
Collaborative Educational Seismology Projects in Texas and New England
Evaluation of the Raspberry Shakes low-cost seismometers to monitor rock fall activity in alpine environments