AAPG RIGS (Rice Industry Geoscience Series) is back!! The event’s purpose is to inform and assist students employment search endeavors within the Oil & Gas industry. The format of the event is organized in such a way that students are provided exposure to the Industry Professionals through networking and recruitment opportunities.
The event is scheduled for two consecutive Fridays, August 18th and 25th, 2017 from 4:00-6:00 PM.
18th August (for Rice students only) – Career Info session + Resume Review session
3:30 – 4:00 PM – Coffee and Snacks – Earth Science Library – 2nd Floor
4:00 – 5:00 PM – Career info Session +Resume Review Session
Career Info Session Panelists – (Room 100)
1. Ken Abdulah – Subsurface Clarity
2. Hunter Lockhart – BHPbilliton
3. Brandon Harper – Conocophillips
4. Sarah Dean – Shell
5. Nicole Van Den Heuvel – Director of the Center for Career Development, Rice
Resume Review Session Panelist- (Room 123)
Sarah Stanley – Certified Petroleum Geologist, Registered in the State of Texas ( >20 hiring experience)
5:00- 6:00 PM – After event networking – 2nd Floor Lobby, Earth Science Bldg. (beverages and snacks)
25th August – Poster + Networking Session
4:00 – 4:10 PM – Cin-Ty, Pankaj opening remarks – AAPG RIGS 2017
4:10 – 6:00 PM – student posters +networking event – 2nd Floor Lobby, Earth Science Bldg. (beverages and snacks)
|25th August – Student Posters|
|Brandee Carlson||PhD||Mudflat formation within an abandoned deltaic distributary channel: a case study from the Huanghe (Yellow River) delta, China|
|Chenliang Wu||PhD||Impacts of variable channel hydraulics on the stratigraphic record: an example provided from the Tullig Sandstone, Western Irish Namurian Basin|
|Pankaj Khanna||PhD||Uppermost Pleistocene Coralgal Reefs and Upper Cambrian Microbial Bioherms: Morphologies and Sea Level-Induced Evolution|
|Tian Dong||PhD||Controls on gravel termination in seven distributary channels of the Selenga River delta, Baikal Ruft Basin, Russia|
|Harsh Vora||PhD||The normal compaction of clay rocks is fundamental for understanding overpressure|
|Gary Linkevich||Masters||3D Seismic Observations of the Peridotite Ridge in the Deep Galicia Margin|
|Justin Hayles||PostDoc||Theoretical calibration of the triple oxygen isotope geothermometer|
WORLD OCEAN’S DAY 2017
Thursday, June 8, 9 a.m. – 2 p.m.
Hosted at Houston Museum of Natural Science ǀ Free with Museum Admission
With a goal of promoting Ocean conservation and bring awareness to the dangers of plastic pollution, “Our Oceans, Our Future” is the theme for UN-designated World Oceans Day. Celebrate at Houtson Museum of Natural Science with a “dive” on life-size 2D coral reefs of the Gulf of Mexico with Dr. Adrienne Correa of Rice plus presentations by Rice University’s Department of Earth Science. At various hands-on stations, researchers from several organizations will share their appreciation for the oceans and marine life and ways we can help in their conservation.
This event is co-sponsored by Rice University’s BioSciences Department, NOAA Flower Garden Banks National Marine Sanctuary, Marine Mammal Stranding Network and HMNS.
Dr. Travis Swanson and Dr. Lauren Simkins with the assistance of Lindsay Prothro and Tian Dong will provide a hands-on demonstration on ‘The Texas coast and its response to sea level change.’ The demonstration focuses on two questions: (1) what is sea level? and (2) how does the coast change when sea level rises?
They will use a variety of activities to show the important processes that influence sea level rise and coastal change that may impact the Texas coast.
Download a copy of the activity: Oceans Day pamphlet
For more information: http://news.rice.edu/2016/06/06/biosciences-helps-celebrate-world-oceans-day-at-hmns/
Link to the Event- youtu.be/6yWDMJwtuFE
Dr. Gerald Dickens joins the Den of Lore to discuss the Paleocene-Eocene Thermal Maximum (PETM), which occurred around 56 million years ago. It is the most recent naturally occurring Earth warming event that we can compare today’s warming to. During this time, global temperatures rose at least 5°C (9°F), and the PETM warmth lasted 200,000 years before the Earth system was able to remove the extra CO2 from the atmosphere.