The Earth & Environmental Sciences Area (EESA) Get to Know Your Postdoc Seminar Series (GTKYPD) is a monthly seminar series that provides EESA postdocs opportunities to showcase their research to the broader EESA community, to enable networking with researchers across EESA disciplines, and to foster stronger postdoc ties. The seminar series was originally started by the Energy Geosciences Division in 2018, and through its success, expanded to the larger area in 2019.
The goals of the seminar series:
Visit the EESA Postdocs and Early Careers page for more information and upcoming events.
Learn more about the Get to Know Your Postdoc Seminar Series Committee Responsibilities.
CESD: Water limitation on rainforest transpiration during extreme droughts
EGD: Modeling of coupled flow and geomechanical processes in the subsurface and its field application
CESD: Statistical Modeling of Co-occuring Extreme Precipitation Events
EGD: Investigating the complexation of soil organic carbon by calcium
CESD: Plant and Hydrologic Generation of Redox Heterogeneities at the East River, Colorado
EGD: Effects of creep deformation of shale on the integrity of a geological nuclear waste repository
CESD: Does soil fertility influence how forests respond and recover from tropical cyclones?
EGD: Coupled hydromechanical modeling of injection induced seismicity in basement faults
CESD: Impacts of Hydrological Perturbations on Tropical Forest Soils in Panama
EGD: Isotope fractionations and methane clumped isotope compositions from ethane pyrolysis experiments
CESD: Microbial traits
mediating organic matter transformation down the soil profile
CESD: Towards flow-tube modeling of reactive transport in hillslopes
EGD: Characterizing fault reactivation in shales with distributed fiber optic strain measurements in grouted boreholes
CESD: How do we detect early warning signals of drought?
EGD: Machine Learning frameworks for imputation and expansion of meteorological datasets
CESD: Modeling the urban hydro-climate for groundwater recharge and flood risk management in cities
EGD: Towards a more connected data ecosystem for multidisciplinary biological and environmental data
CESD: Trait-based modeling of microbial interactions in the rhizosphere
EGD: Documenting data reporting formats using GitHub
CESD: Human Influence on the Northeast US Extreme Precipitation Increase Since 1996
EGD: Pore-scale simulations of mobile clay fines in porous media
CESD: The importance of demography in predictions of future forest dynamics
EGD: Ground motion variability and building response simulations from stochastic and hybrid earthquake source models
CESD: Pan-tropical meta-analysis of forest response to and recovery from wind disturbance
EGD: Some contributions to the modeling of environmental flows
CESD: Wireless Sensor Networks for Environmental Monitoring of Remote Field Sites
EGD: Understanding the Structure and Energetics of Layered Swelling Clay Minerals Through Molecular Simulations
CESD: Improving the Usability of Climate Science for Decision-Making
EGD: Multiphase Flow and Reactive Transport in Porous Media: A Pore-Scale Perspective
CESD: Precision agriculture is key to feeding the world in the 21st century
EGD: Constraining hydrologic connection and river water sources in a watershed spanning the Sierra Nevada and Central Valley
CESD: Are afternoon deep convection and precipitation more likely to occur over dry or wet surface in Oklahoma?
EGD: Hydrodynamic modeling of shallow coastal marshes
CESD: Winter is coming: Snowmelt microbial ecology at high chemical and molecular resolution
ESD: Lab scale seismology: insights into the pressure dependence of wave propagation in fractured rocks
CESD: Predicting soil thickness by integrating land surface and sub-surface heterogenieties
EGD: Bedrock influences in nutrients and metals mobility in mountain watersheds
CESD: PECTIN – Poplar esterified cell wall transformation and metabolic integration study
EGD: Spatial Downscaling of Precipitation using Machine Learning at the Basin Scale