The recognition that Earth history has been punctuated by supercontinents, the assembly
and breakup of which have profoundly influenced the evolution of the geosphere …

The distribution of major phosphate deposits in the Precambrian sedimentary rock record is
restricted to periods that witnessed global biogeochemical changes, but the cause of this …

Construction and assembly of the Geologic Time Scale involves:(a) constructing a relative
(chronostratigraphic) standard scale for key periods in the Earth's rock record;(b) identifying …

Global carbon cycle perturbations throughout Earth history are frequently linked to changing
paleogeography, glaciation, ocean oxygenation, and biological innovation. A pronounced …

Evidence from the magnetic field fossilized in sedimentary rocks suggests that, more than
600 million years ago, ice occupied tropical latitudes. A popular explanation for these …

Pedogenesis models should give us answers to: how does soil form, how does it evolve,
where does it come from and how long does it take to reach this state? This paper reviews …

We investigated the interactions between continental growth and breakup, inorganic
carbonate–silicate cycle, volcanic activity, glaciations, natural climate change, and biotic …

This study is a geochemical investigation of the Andean and Foreland basins of the Amazon
River at high spatial and time resolution, carried out within the framework of the HYBAM …

Strontium and carbon isotopes of marine carbonates are routinely applied for
chemostratigraphic cross correlations of time-equivalent sedimentary sequences and for …

Throughout its long history the Earth has undergone warm periods with high atmospheric
concentrations of greenhouse gases (GHG), and has responded with different buffering …