William Schulz
I have worked as a research geologist in the Landslide Hazards Program of the U.S. Geological Survey since 2002.
Prior to that, I worked in the private sector in California and Wisconsin, mostly investigating landslides and seismogenic ground displacement. My research primarily focuses on understanding conditions that result in the diverse characteristics of landslide motion, although I am also very interested in understanding controls of the onset of landslide movement and reactivation. My work includes characterizing and monitoring landslides in the field, laboratory testing, mathematical modeling, and assessing landslide hazards.
Science and Products
Landslide Mechanisms and Forecasting
When and where will landslides happen? How far will they go, how big and how fast will they be? These questions are difficult to answer because many factors contribute to landslide occurrence, magnitude, and mobility; some factors remain unknown, while nearly all are very difficult to quantify and account for. Researchers use surface, subsurface, remote sensing, and laboratory observations along...
Puerto Rico Landslide Monitoring Network
The USGS and the University of Puerto Rico-Mayagüez installed instruments to monitor hillslope hydrological conditions in fifteen municipalities in mountainous regions across Puerto Rico.
Puerto Rico Natural Hazards: Landslides | Peligros naturales de Puerto Rico: Deslizamientos de tierra
The Landslide Hazards Program from USGS works to help reduce the impact of landslides to people and infrastructure by furthering our understanding of causes of ground failure and by recommending strategies for risk mitigation. In Puerto Rico, USGS researchers have rigorously studied rainfall-induced landslides to provide maps that depict landslide susceptibility. Educational materials that...
Rainfall-Induced Landslides in Puerto Rico
In September 2017 Hurricane María triggered more than 70,000 landslides across Puerto Rico that caused loss of life and widespread damage to transportation, communication, and power-supply infrastructure, and to other public and private property.
Slow-Motion Landslides
Release Date: JUNE 11, 2018 Sluggishly-moving earthflows can help us learn what controls the starting and stopping of landslides.
Science and Products
Landslide Mechanisms and Forecasting
When and where will landslides happen? How far will they go, how big and how fast will they be? These questions are difficult to answer because many factors contribute to landslide occurrence, magnitude, and mobility; some factors remain unknown, while nearly all are very difficult to quantify and account for. Researchers use surface, subsurface, remote sensing, and laboratory observations along...
Puerto Rico Landslide Monitoring Network
The USGS and the University of Puerto Rico-Mayagüez installed instruments to monitor hillslope hydrological conditions in fifteen municipalities in mountainous regions across Puerto Rico.
Puerto Rico Natural Hazards: Landslides | Peligros naturales de Puerto Rico: Deslizamientos de tierra
The Landslide Hazards Program from USGS works to help reduce the impact of landslides to people and infrastructure by furthering our understanding of causes of ground failure and by recommending strategies for risk mitigation. In Puerto Rico, USGS researchers have rigorously studied rainfall-induced landslides to provide maps that depict landslide susceptibility. Educational materials that...
Rainfall-Induced Landslides in Puerto Rico
In September 2017 Hurricane María triggered more than 70,000 landslides across Puerto Rico that caused loss of life and widespread damage to transportation, communication, and power-supply infrastructure, and to other public and private property.
Slow-Motion Landslides
Release Date: JUNE 11, 2018 Sluggishly-moving earthflows can help us learn what controls the starting and stopping of landslides.