GPS velocity data are used to estimate the Euler vector describing rigid body motion of North America relative to South America. Assuming the boundary between the North and South American plates is located near the Fifteen Twenty fracture zone in the equatorial Atlantic, the Euler vector predicts extension across the Royal Trough up to 1 mm/yr, and convergence across the Barracuda Ridge at about 2 mm/yr, in agreement with geological estimates averaged over tens of millions of years. Further west, convergence between North and South America at rates up to 8 mm/yr may contribute to deformation of the Caribbean plate along its southwest boundary with South America
International audienceGPS data collected in the Dominican Republic from 1994 to 2001 show that obliq...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...
GPS measurements in the northern Caribbean suggest that the rate of Caribbean plate motion relative ...
GPS velocity data are used to estimate the Euler vector describing rigid body motion of North Americ...
Global Positioning System (GPS) data from eight sites on the Caribbean plate and five sites on the S...
GPS crustal velocity data from the Scotia and South Sandwich plates, transform azimuths, spreading d...
Global Positioning System (GPS) measurements in 1986, 1994, and 1995 at sites in Dominican Republic,...
Global Positioning System (GPS) measurements provide the first direct measurement of plate motion an...
Repeated geodetic measurements with the Global Positioning System (GPS) provide direct measurements ...
Global Positioning System (GPS) measurements in 1988 and 1991 on Cocos Island (Cocos plate), San And...
We describe a model for Caribbean plate motion based on GPS velocities of four sites in the plate in...
We present velocities relative to the South American plate for five GPS stations on the Nazca plate ...
Using up to 11 years of data from a global network of Global Positioning System (GPS) stations, incl...
Global Positioning System (GPS) measurements suggest the existence of a rigid Panama- Costa Rica mic...
A multiyear solution of the SIRGAS-CON network was used to estimate the strain rates of the earth su...
International audienceGPS data collected in the Dominican Republic from 1994 to 2001 show that obliq...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...
GPS measurements in the northern Caribbean suggest that the rate of Caribbean plate motion relative ...
GPS velocity data are used to estimate the Euler vector describing rigid body motion of North Americ...
Global Positioning System (GPS) data from eight sites on the Caribbean plate and five sites on the S...
GPS crustal velocity data from the Scotia and South Sandwich plates, transform azimuths, spreading d...
Global Positioning System (GPS) measurements in 1986, 1994, and 1995 at sites in Dominican Republic,...
Global Positioning System (GPS) measurements provide the first direct measurement of plate motion an...
Repeated geodetic measurements with the Global Positioning System (GPS) provide direct measurements ...
Global Positioning System (GPS) measurements in 1988 and 1991 on Cocos Island (Cocos plate), San And...
We describe a model for Caribbean plate motion based on GPS velocities of four sites in the plate in...
We present velocities relative to the South American plate for five GPS stations on the Nazca plate ...
Using up to 11 years of data from a global network of Global Positioning System (GPS) stations, incl...
Global Positioning System (GPS) measurements suggest the existence of a rigid Panama- Costa Rica mic...
A multiyear solution of the SIRGAS-CON network was used to estimate the strain rates of the earth su...
International audienceGPS data collected in the Dominican Republic from 1994 to 2001 show that obliq...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...
GPS measurements in the northern Caribbean suggest that the rate of Caribbean plate motion relative ...