The Hydrological Modeling and Analysis Platform (HyMAP): Evaluation in the Amazon Basin

We compare the monthly vertical component of 18 GPS sites located in the Amazon basin, with the de fl ection models derived from Gravity Recovery and Climate Experiment

These hysteresis cycles present a strong interannual variability, especially in the basins with extensive floodplains (i.e., downstream part of the Andean basins,

We evaluate the ISBA CC (Interaction Soil Bio- sphere Atmosphere Carbon Cycle) land surface model (LSM) over the Amazon forest, and propose a revised param- eterization

This original coupled approach, using simulations from a realistic OGCM and in situ Nd data, allowed us to characterize the subduction areas, pathways and transports of the

In addition, the meaningful differences between observed river geometry and parameter estimates (derived from both the optimization experiments and pro- posed in the literature)

In this context, the Interactions between Soil, Biosphere, and Atmosphere–Total Runoff Integrating Pathways (ISBA-TRIP) continental hydrological system of the Centre National

Comparison between the CTL (previous TRIP ver- sion) and the Vv (variable flow velocity and groundwater storage) experiment shows that TWS and discharge sig- nals are only

The Mann-Whitney U test rejected the hypothesis of equal means between overlaps in bare soil of altimetry and in situ elevations and SRTMGL1 at the 1% significance level. A