Speaker: Nicola Di Cosmo, Institute for Advanced Studies. Abstract: Professor Cosmo will discuss the connections between the history of the Great Wall, local ecologies, and the impact of climate change, particularly focusing on the East Asian Monsoons. More information here.
Speaker: Stephen Tomasetti, University of Maryland More information here.
Benjamin Santer will give a technical talk titled "Exceptional Stratospheric Contribution to Human Fingerprints on Atmospheric Temperature". The talk is hybrid and will take place on Nov. 12, 2024, at 3:30 PM in the Alampi Room, Marine and Coastal Sciences Building and Webinar through Zoom, with this registration link. This event is co-sponsored by RCEI and Rutgers Graduate Program in ...
Speaker: Ken Able, Rutgers University More information here. Register here.
Speaker: Mark Johnson, University of Illinois - Urbana Champaign More information here.
Speaker: Nancy Krebs, University of Colorado School of Medicine Register for in-person attendance here. Register for virtual attendance here. More information here.
Speaker: Danielle Santigo Ramos, Rutgers University More information here.
Speakers: Max Häggblom, Rutgers University; Cornelia U Welte, Radboud University; Susanne Liebner, Helmholtz Centre Potsdam; Joel E Kostka, Georgia Institute of Technology. Abstract: Join us for the FEMS Microbiology Ecology Webinar on Microbial Impacts of Climate Change, an enlightening exploration into the pivotal role of microbial communities in our evolving climate. This session will explore the latest research uncovering how microorganisms in diverse ...
Speaker: Matthew Helmus, Temple University In-person or virtual. More information here.
Speaker: Neal Graham, Pacific Northwest National Laboratory. Abstract: Scientists leverage Global Circulation Models (GCMs) and Earth System Models (ESMs) to study how atmospheric and oceanic changes may evolve in time due to our complex and changing climate. For example, these models allow us to understand how precipitation and temperature may change in a world with radiative forcing of 2.6 W/m2 at ...
Speaker: Margret Estapa, University of Maine More information here.
