During the last four decades, subduction remained one of the most challenging and
captivating geodynamic processes investigated with numerical techniques. While significant …

Transform margins represent lithospheric plate boundaries with horizontal sliding of the
oceanic plate, which in time and space replaced the subduction-related convergent margins …

Constraints on the structure of rifted continental margins and the magmatism resulting from
such rifting can help refine our understanding of the strength of the lithosphere, the state of …

A-type granitoids constitute volumetrically minor but genetically important building blocks of
most post-Archean continental landmasses on Earth and their diversified genesis …

We present a global community data set of fracture zones (FZs), discordant zones,
propagating ridges, V‐shaped structures and extinct ridges, digitized from vertical gravity …

Constraining the origin of the adakite–high-Nb basalt (HNB) association in Baja California,
Mexico, is critical to a better understanding of global arc magmatism. Currently the preferred …

The Magdalena fan is an apparently beheaded submarine depocenter that has figured
prominently in reconstructions of middle to late Miocene Pacific–North American plate …

Detrital zircon ages were determined for conglomerate and sandstone samples from six fault-
bounded belts in New Brunswick and coastal Maine. Formations sampled included the …

We present new rotations that describe the relative positions and velocities of the Pacific and
North America plates at 22 times during the past 19.7 Myr, offering≈ 1-Myr temporal …

Neogene magmatic activity in Central Baja California underwent a major change at ca. 12.5
Ma, when the Pacific–Farallon active oceanic ridge collided with the trench east of Vizcaíno …