eDNA and GIS for Powerful and Scalable Biodiversity Monitoring – Part 2
Discover how pairing eDNA with GIS creates a powerful, scalable solution for biodiversity monitoring in response to climate change.
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Discover how pairing eDNA with GIS creates a powerful, scalable solution for biodiversity monitoring in response to climate change.
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Discover how pairing eDNA with GIS creates a powerful and scalable solution for biodiversity monitoring and tracking species change in response to climate change.
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Tipping elements connected to ocean and air circulations are at risk of crossing tipping points and causing significant changes in Earth’s climate.
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Ice sheets, frozen soil ground, Arctic sea ice, and marine methane deposits could reach critical thresholds, leading to major shifts in our climate.
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Mapping Earth’s climate tipping elements at regional and global scales is important to raise public awareness and for conducting risk assessments.
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Visualizing Argo floats data in ArcGIS presents a powerful tool to monitor and visualize valuable information about the global ocean.
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Learn how to use the pretrained deep learning models in ArcGIS to extract features, classify pixels, recognize texts, or detect objects from images.
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Discover how to build algorithms to make predictions and find patterns in large datasets following best practices to ensure accuracy and efficiency.
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