

Lauren Sommer
NPR climate correspondent who explains how scientists are looking to historical records to understand sea level rise.
Top 3 podcasts with Lauren Sommer
Ranked by the Snipd community

Aug 23, 2021 • 12min
To Build, Or Not To Build? That Is The Question Facing Local Governments
Lauren Sommer, NPR's climate correspondent, dives into the pressing dilemma local governments face about urban development amidst rising sea levels. She discusses Sunnyvale, California, where expansion plans by Google collide with environmental risks. The conversation touches on the balance between urban growth and ensuring resident safety in flood-prone areas, exploring sustainable practices. The debate over who should bear the costs of climate adaptation — taxpayers or private landowners — adds another layer to this complex issue.

Apr 16, 2021 • 13min
Why Scientists Are Racing To Save Historical Sea Level Records
In this engaging discussion, NPR climate correspondent Lauren Sommer shares insights on the crucial role of historical records in understanding sea level rise. She explains how century-old tidal data, meticulously documented by early researchers, helps predict future changes. The conversation highlights the challenges scientists face in accessing and digitizing these records. Sommer also emphasizes the urgent need for coastal communities, like Douala in Cameroon, to prepare for the impacts of climate change based on what history can teach us.

Feb 11, 2021 • 13min
Saving Sea Level Records: What Historical Records Tell Us About The Rising Ocean
Lauren Sommer, an NPR climate correspondent, discusses the crucial role of historical records in understanding sea level rise. She highlights how scientists are leveraging century-old tidal measurements from places like Hillbury Island to make accurate forecasts. The conversation also covers the challenges of digitizing historical data, especially from former colonies. With millions at risk from coastal flooding, Sommer emphasizes the importance of these archival records to create localized climate models and prepare communities for the future.


