Shelby Turner's thesis research was published in J. Geophys. Res. - Atmospheres.
Mathias Vuille was named a Distinguished Professor by the SUNY Board of Trustees.
The AccelNet-ACCORD website is now online (with both an English and Spanish version).
The AccelNet-ACCORD project was offfically launched during the 1st Annual Meeting in Washington DC.
The PIRE team met for one final scientific meeting in Ubatuba, Brazil.
Rebecca also had her 2nd chapter accepted for publication in JGR-Atmospheres.
Mathias Vuille, Bryan Mark (OSU) and Kristen Rasmussen (CSU) were awarded a AccelNet project to fund the ACCORD initiative.
Mathias Vuille and Zhiqiang Lyu were awarded a new P4Climate project on isotope-enabled data assimilation for the Last Millennium over South America.
AGU-TV made a movie about the PIRE-CREATE project which was featured at the 2023 AGU Fall meeting.
Shelby will join Nathan Stansell's Lab at NIU for her PhD.
7 UAlbany DAES students went to Brazil to learn about paleoclimate and cave research.
James Apaestegui leads new paper on isotopic variability in the Mantaro Basin, Peru.
Mathias Vuille received the SUNY Chancellor's Award for Excellence in Research.
We hosted the 3rd Annual PIRE Academy for SUNY undergraduate students at SUNY Purchase.
Mathias Vuille is interviewed on BBC's 'The climate question'.
Mathias Vuille gives an overview of the lab’s research findings on South American paleoclimate in the monsoon seminar series.
Mathias Vuille served as a panelist at the UNESCO session on the Melting Cryosphere during the UN General Assembly High-level week in New York City.
Former UAlbany student Juan Sulca leads new paper published in Front. Earth. Sci.
PhD Student Rebecca Orrison’s first paper is named a ‘Highlight paper’ by the journal Clim. Past.
Ecuadorian colleagues lead new paper on stable isotope variability of precipitation and cave drip-water at an Ecuadorian cave site, published in J. Hydrol.
We hosted another PIRE Academy for SUNY undergraduate students – this time at SUNY Oswego
Byron Steinman leads a new study documenting north-south antiphasing of neotropical precipitation over the past millennium in Proc. Natl. Acad Sci.
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