1. Researchers at Japan's National Institute for Environmental Studies have developed AI technology that can automatically detect and identify songs of five different cicada species.
2. The researchers found that if temperatures are high from August to November, the large brown cicada (aburazemi) tends to begin singing earlier in the following year, which could indicate an impact of climate change on the ecosystem.
3. The technology can potentially be applied to other creatures such as crickets and frogs, with accurate species identification providing insights into the broader impact of climate change on the ecosystem. Additionally, data from cicadas' first singing days could help monitor climate change effects at a national level due to their wide distribution.
2. The researchers found that if temperatures are high from August to November, the large brown cicada (aburazemi) tends to begin singing earlier in the following year, which could indicate an impact of climate change on the ecosystem.
3. The technology can potentially be applied to other creatures such as crickets and frogs, with accurate species identification providing insights into the broader impact of climate change on the ecosystem. Additionally, data from cicadas' first singing days could help monitor climate change effects at a national level due to their wide distribution.
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Summary
Japanese researchers developed AI technology identifying songs of five cicada species, potentially applicable to other creatures like crickets and frogs. Early singing by the large brown cicada (aburazemi) may indicate earlier onset due to climate change in Aug-Nov, impacting the ecosystem. Data