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NASA Looks at Landslides, Lecture on August 11

slipperyslope (3)When we think of natural disasters, earthquakes, hurricanes, wildfires and floods often come to mind, but landslides are one of the most prevalent hazards that exist. NASA scientists study all of these, and the next speaker in our NASA/Goddard lecture series, Dalia Kirschbaum, specializes in the remote sensing and modeling of landslides. Dr. Kirschbaum will present a talk, “Finding the Slippery Slope: Detecting Landslides from Space,” on Tuesday, August 11th from 11:30 a.m. to 12:30 p.m. in the West Dining Room on the sixth floor of the Library’s Madison Building.

Dr. Kirschbaum is a research physical scientist at NASA Goddard Space Flight Center and is an application scientist on the team for the Global Precipitation Measurement (GPM) Mission. GPM is a network of satellites hosted by a consortium of international space agencies. With improved measurements of precipitation globally, the GPM mission seeks to advance the understanding of Earth’s water and energy cycle, improve forecasting of extreme events that cause natural hazards and disasters, and extend current capabilities in using accurate and timely information of precipitation to directly benefit society. GPM was initiated by NASA and the Japan Aerospace Exploration Agency (JAXA), and its core observatory satellite was launched from Japan on February 27, 2014.

If you cannot make it to the program, it will be recorded for broadcast on the Library of Congress science webcast page and on its You Tube channel “Topics in Science” playlist in the coming months.

March 2016 Update: You can view a recording of this lecture via the Library’s webcast page or YouTube channel

This post was authored by science reference librarian Stephanie Marcus, who assists with the coordination of the NASA Goddard lectures series at the Library.

Understanding Magnetic Storms Throughout the Universe, Lecture on June 11

The universe is full of plasma and magnetic fields actively swirling, spiraling, and colliding. These mighty magnetic mysteries can cause gigantic explosions of energy such as solar flares, coronal mass ejections, and geomagnetic storms which often enhance the Earth’s auroras. Space weather is influenced by these highly charged events which can then cause havoc with […]

Upcoming Lecture: The Moody Sun

There is no way around it- we live in the sun’s extended atmosphere. The dynamic activity of the sun and its changing behavior impacts us all. Why this might concern the citizens of Earth is that solar storms, however beautiful, can be a threat to our planet- specifically our electrical grid and technologies such as […]

Finding Hot Towers in Hurricanes

It is difficult to increase the accuracy of hurricane-intensity forecasts, but such improvements have the potential to save lives and property.  Starting 50 years ago, scientists have pursued a line of inquiry that has tried to connect hurricane-intensity change to the existence of tall storm cells, called “hot towers,” that occasionally form near the eyes […]

A Beautiful Day For A March

Being the self-proclaimed LC weather gal, I felt compelled, and it was thoughtfully suggested to me, to write about the weather on August 28, 1963, during the March on Washington. I love researching historical weather; the temperature, precipitation, humidity, cloud coverage, wind, etc., all aid in setting the stage or painting the picture of a […]

A Weather-proof Nation

It’s not very often that a reference librarian gets to attend a House Science Committee briefing, but this week I had the wonderful opportunity to attend one. Being the self-proclaimed weather gal at the Library,  I was thrilled when an invitation to attend a committee briefing related to weather was forwarded to me by my […]

One in a Septillion

While winter has not yet officially arrived, some of us have been given a taste of the season to come with cold temperatures, frigid winds, frost, ice, and even powdery snow. When I think of winter, I think of twinkling ice crystals falling from the sky and colliding to become intricate snowflakes. Each winter there […]