If you're looking at a convection zone along coastal areas you'll look for subduction zones, trenches, accretionary wedges, volcanic activity, seismic activity, mountain building activity, island creation (think Japan), and possibly exotic terrains to name a few. If you're looking at convergent boundaries on continental land you'll generally find mountain building (think Himalayas), faulting, and seismic activity; not as much volcanism here since the crust is even think to support the mountain zone.
There isn't specifically one feature to be found because you have three options for convergent boundaries: continental-oceanic, continental-continental, and oceanic-oceanic.
Mid-ocean ridge, seafloor spreading, rifts, ocean ridge mountain system.
the ocean trench
The Himalayan mountains.
it is a convergent continental continental
Continental Collision Boundary
A convergent boundary is a place where two plates collide, which can form earthquakes from the impact, and volcanoes. Mountains can also be formed by this process. The Himalayas were formed like this.
A divergent boundary's feature is a Mid-Ocean Ridge if the divergent boundary is underwater.
Convergent boundary mountains are mountains formed by convergent boundaries.
a mountain forms
The Himalayan mountains.
It was formed from the volcanism created by a subducting oceanic plate at a convergent plate boundary.
Convergent boundary
convergent boundary
When plates collide it is called a convergent boundary.newtest3
(A+LS) Convergent Boundary
Continental Collision Boundary
convergent plate boundary
Convergent boundary
I'm pretty sure a convergent boundary formed it. :)