Habitat Specific Growth Rate Adaptation in Oysters During Early Bartonian: Effects of High Temperature and Low Seasonality in the Indian Palaeotropics High resolution multiproxy study on early Bartonian oyster shells from the palaeo-tropical Kutch Basin, India Clumped isotope thermometry reveals low seasonality at elevated temperatures Habitat...

🚨 New Publication Alert! 🚨
Our paper in Paleoceanogr. Paleoclimatol. on 41Ma Eocene palaeoequatorial climate 🌍 reveals high temps (31–35 °C), low seasonality, and related oyster growth adaptation.
shorturl.at/wHU8a
#Palaeoclimate #Eocene #Geochemistry #oyster

Early Eocene Bivalves from the Palaeoequatorial Cambay Basin, Gujarat, India and Their Palaeobiogeographic Significance The early Eocene global warming events and contemporaneous transgressions, led to marine incursions across several basins in the western Indian subcontinent. Gi

🧭New Preprint Alert🧭
I'm happy to share that the work I dedicated the most time to during my PhD is finally seeing some light with Prof. K. Halder.
27 bivalve species including 13 new from Eocene India.
#Eocene #Bivalve #systematics #biogeography #cambay #India

ssrn.com/abstract=533...

Join me for my oral presentation at EGU'25 on April 29th at 16:30 in Room 2.93!

#Egu25 #palaeoclimate #Bartonian #MECO #Eocene #sclerochronology #globalwarming #CO2 #tropical #india #kutch #oyster

Growth stress in oysters during early Bartonian: effects of high temperature and low seasonality in the Indian palaeotropics Earth’s climate experienced an extreme transition going from the Eocene hothouse into Oligocene icehouse conditions. The Middle Eocene Climatic Optimum (MECO ~41Ma) briefly interrupted this cooling tr...

⏰New preprint altert⏰
Check out our latest work led by Aniket Mitra @amgc-vub.bsky.social combining #XRF, #SEM and #clumped #isotope analyses on #fossil #oyster shells to study the impact of global changes during the #Eocene #hothouse period on marine #biodiversity
essopenarchive.org/doi/full/10....