As part of the Institute for Historical Studies' "Climate in Context" events, Planet Texas 2050 has teamed up with the digital magazine "Not Even Past" to produce a series of articles outlining why history and archaeology are important to our understanding and mitigation of the effects of climate change. This article introduces our grand challenge.

Experts say planning for the next weather event should involve looking back and looking ahead. Professor Dev Niyogi with the University of Texas Jackson School of Geosciences and Cockrell School of Engineering explains.

As part of the Institute for Historical Studies' Climate in Context events, Planet Texas 2050 has collaborated with digital magazine "Not Even Past" on a series of posts and articles highlighting how history and archaeology are key to our work. This article introduces our grand challenge.

Texas officials knew winter storms could leave the state’s power grid vulnerable, but they left the choice to prepare for harsh weather up to the power companies — many of which opted against the costly upgrades. Dev Niyogi, a geosciences professor at the University of Texas at Austin and Planet Texas researcher, said climate scientists want infrastructure design to consider a “much larger spectrum of possibilities” rather than treating these storms as a rarity, or a so-called “100-year event.”

More than 100 researchers, over two dozen disciplines, Planet Texas 2050 generates new research, educational programs, community partnerships and tools to tackle some of the state's most pressing challenges.

Through all eras of human history, communities have confronted stresses related to climate change that have affected how and where they live. Studying past societies helps us recognize the long-term effects of these stresses, which can be hard to see in the moment. Explore how Planet Texas 2050 researchers are using the knowledge of the past to help prepare for the future.

Whole Communities–Whole Health hosts its first ever research showcase, highlighting the important work we've been doing the last two years.

Through all eras of human history, communities have confronted stresses related to climate change that have affected how and where they live. Studying past societies helps us recognize the long-term effects of these stresses and understand how humans will continue to respond to them in the present and near future.

The novel coronavirus spreads with about the same efficiency regardless of air temperature and humidity, according to new findings by UT researchers, including Jackson School of Geosciences professor and Planet Texas 2050 researcher Dev Niyogi.