We can learn a lot about a forest using the technology on our smartphones. We can estimate ground and canopy coverage, measure tree height and diameter, and fly drones that map the extent of restoration areas. Since monitoring forest restoration is a critical part of measuring impact, we’ve been working with our partners at the University of Florida and Visayas State University, Philippines, to identify cost-effective tools that can be used to scale up monitoring efforts anywhere in the world. The research is part of our Google.org-funded project on monitoring and Artificial Intelligence.
From 18 to 24 June 2022, our Monitoring Coordinator, Dr Daniella Schweizer and Dr Eben Broadbent from the University of Florida ran a workshop for members of Visayas State’s Institute of Tropical Ecology and Management. Participants learned how to use various smartphone applications to estimate ground and canopy percent coverage, create digital inventory plots, and estimate tree height and diameter. They then integrated these tools with acoustic sensors, camera traps, and drones to enhance the monitoring of biodiversity and biomass in restoration areas.
As a trusted partner to this project, Visayas State University will continue monitoring forest restoration using these technologies and share the data and insights with Restor. The data generated will be used, among other things, to train a model that automatically detects tree crowns, and to develop an approach that uses sounds and images to assess species diversity.
Written by Daniella Schweizer
Published in
Community stories
on
28 de julio de 2022
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This is a truly collaborative endeavour, made possible through partnerships with restoration and regreening initiatives around the globe and the generous support of google.org. By participating in this project, you support Restor’s mission for science and transparency. If you wish to further support our mission, consider donating to Restor to further support our cause.
