Carnegie Institution for Science8d
Complex Multi-Stage Magmatic System Revealed Under Geothermal Prospect in the Main Ethiopian Rift
Friedemann Samrock, of ETH Zürich, will present his lecture at 2 p.m. EDT on Dec. 7, 2017, in the Greenewalt Lecture Hall as part of DTM's Weekly Seminar Series.
Carnegie Institution for Science11d
Dr. Salvatore Calabrese - Dynamic multiscale soil modeling for climate-smart management of soil and water resources
Salvatore Calabrese is an assistant professor of Biological & Agricultural Engineering of Plant Sciences at Texas A&M University. The Rosa Lab hosts his seminar As global warming and shifting rainfall ...
Carnegie Institution for Science10mon
Dr. Jennifer Balch - Our changing fire regimes
Jennifer Balch is the Director of NSF’s newest data synthesis center, the Environmental Data Science Innovation & Inclusion Lab (ESIIL), at the University of Colorado-Boulder. She is an Associate ...
Carnegie Institution for Science12d
Carnegie Science celebrates Edwin Hubble's discovery of the universe
For humans, the most important star in the universe is the Sun. The second most important star is nestled inside in the Andromeda galaxy. Don’t go looking for it. The flickering star is 2.2 million ...
Carnegie Institution for Science13d
Lionel X. Dupuy, The James Hutton Institute, Understanding root systems: new approaches to characterize and model their development
In this talk, I will present new approaches developed in my lab to observe, image, characterize and model the growth of root systems. We have developed a new type of substrate, named “transparent soil ...
Carnegie Institution for Science1y
Dr. Megan Bontrager - Local adaptation at range edges and under anomalous climates
Megan Bontrager's group at the University of Toronto is elucidating the environmental drivers of local adaptation—in which populations perform best in their home environments, as well as the selective ...
Carnegie Institution for Science10d
From the dust particles to tectonic plates: New views from high-resolution paleomagnetism
Magnetic fields are thought to govern the lifetime of protoplanetary disks by mediating the inward accretion of gas. At finer scales, magnetic instabilities may have led to turbulent eddies where the ...
Carnegie Institution for Science10d
"It’s a Trap! Origin, emplacement and impact of the Deccan large igneous province"
Loÿc VanderKluysen, an assistant professor in the Department of Biodiversity, Earth and Environmental Science at Drexel University, will give a talk titled "It’s a Trap! Origin, emplacement and impact ...
Carnegie Institution for Science11d
Radio Observations of Magnetic Storms on Flare Stars
Jackie Villadsen, a Jansky Fellow at the National Radio Astronomy Observatory, will present a lecture at 11 a.m. on Thursday, September 14, 2017, in the Greenewalt Auditorium as part of DTM's Weekly ...
Carnegie Institution for Science10d
Dynamics Behind Continental Tectonics, from Ancient Cratons to Recent Intraplate Volcanism
Lijun Liu, of the University of Illinois, will present his lecture at 11 a.m. EDT on May 10, 2018, in the Greenewalt Lecture Hall as part of DTM's Weekly Seminar Series. Coffee, tea, and a light ...
Carnegie Institution for Science1y
Lunch Talk - Guilherme Limberg (Universidade de São Paulo)
The Origin of the Metallicity Gradient in Sagittarius Stellar Stream ...
Carnegie Institution for Science10d
Long-term behavior of the Earth’s magnetic field: How can we use paleomagnetism to understand the evolution of Earth’s deep interior?
The current understanding of the Earth’s deep interior is limited to recent time where we have direct observations from geophysical data. Fortunately, one source exists that records ancient signals ...