Global Positioning System (GPS) measurements in 1988 and 1991 on Cocos Island (Cocos plate), San Andres Island (Caribbean plate), and Liberia (Caribbean plate, mainland Costa Rica) provide an estimate of relative motion between the Cocos and Caribbean plates. The data for Cocos and San Andres Islands, both located more than 400 km from the Middle America Trench, define a velocity that is equivalent within two standard errors (7 mm/yr rate, 5 degrees azimuth) to the NUVEL-1 plate motion model. The data for Liberia, 120 km from the trench, define a velocity that is similar in azimuth but substantially different in rate from NUVEL-1. The discrepancy can be explained with a simple model of elastic strain accumulation with a subduction zone that...
Northern Central America is located in a complex zone of interaction between three major tectonic pl...
The boundary between the North American and Caribbean plates is characterized primarily by left-late...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...
Global Positioning System (GPS) measurements in 1988 and 1991 on Cocos Island (Cocos plate), San And...
Global Positioning System (GPS) measurements in 1986, 1994, and 1995 at sites in Dominican Republic,...
Global Positioning System (GPS) data from eight sites on the Caribbean plate and five sites on the S...
Isla del Coco is the only land mass of the Cocos Plate that emerges above sea level. This makes it t...
Repeated geodetic measurements with the Global Positioning System (GPS) provide direct measurements ...
GPS measurements in the northern Caribbean suggest that the rate of Caribbean plate motion relative ...
We describe a model for Caribbean plate motion based on GPS velocities of four sites in the plate in...
This paper is not subject to U.S. copyright. The definitive version was published in Geophysical Re...
International audienceNew GPS measurements in Chiapas (Mexico), Guatemala and El Salvador are used t...
Global Positioning System (GPS) measurements suggest the existence of a rigid Panama- Costa Rica mic...
Northern Central America is located in a complex zone of interaction between three major tectonic pl...
The boundary between the North American and Caribbean plates is characterized primarily by left-late...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...
Global Positioning System (GPS) measurements in 1988 and 1991 on Cocos Island (Cocos plate), San And...
Global Positioning System (GPS) measurements in 1986, 1994, and 1995 at sites in Dominican Republic,...
Global Positioning System (GPS) data from eight sites on the Caribbean plate and five sites on the S...
Isla del Coco is the only land mass of the Cocos Plate that emerges above sea level. This makes it t...
Repeated geodetic measurements with the Global Positioning System (GPS) provide direct measurements ...
GPS measurements in the northern Caribbean suggest that the rate of Caribbean plate motion relative ...
We describe a model for Caribbean plate motion based on GPS velocities of four sites in the plate in...
This paper is not subject to U.S. copyright. The definitive version was published in Geophysical Re...
International audienceNew GPS measurements in Chiapas (Mexico), Guatemala and El Salvador are used t...
Global Positioning System (GPS) measurements suggest the existence of a rigid Panama- Costa Rica mic...
Northern Central America is located in a complex zone of interaction between three major tectonic pl...
The boundary between the North American and Caribbean plates is characterized primarily by left-late...
International audienceWe use new GPS data to determine an updated Euler pole describing the present-...