Sandra Lanini
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View article: RECHARGE, a model of potential recharge of aquifers applied to mainland France
RECHARGE, a model of potential recharge of aquifers applied to mainland France Open
International audience
A semi-analytical solution for modelling the impact on the water table at the pumping well location due to the influence of a finite-sized underground physical barrier in an inclined, homogenous and infinite aquifer Open
International audience
View article: A large transient multi-scenario multi-model ensemble of future streamflow and groundwater projections in France
A large transient multi-scenario multi-model ensemble of future streamflow and groundwater projections in France Open
A large transient multi-scenario and multi-model ensemble of future streamflow and groundwater projections in France developed in a national project named Explore2 was recently made available. The main objective of Explore2 is to provide r…
Impact of the storm Alex on water exchanges between the Roya River and its alluvial aquifer Open
The alluvial aquifer of the transnational Roya River watershed is an important water resource for drinking water supply. Through successive European projects, a monitoring network has been implemented over the alluvial plain to improve the…
View article: Potential Groundwater Recharge at the Scale of France:  Characterization and Future Trends in the Context of Climate Change
Potential Groundwater Recharge at the Scale of France:  Characterization and Future Trends in the Context of Climate Change Open
The quantification of present and future groundwater resources at regional scale is necessary for the implementation of national climate change adaptation plans. We present a method to compute the potential groundwater recharge (PGR) by pr…
View article: On the visual detection of non-natural records in streamflow time series: challenges and impacts
On the visual detection of non-natural records in streamflow time series: challenges and impacts Open
Large datasets of long-term streamflow measurements are widely used to infer and model hydrological processes. However, streamflow measurements may suffer from what users can consider anomalies, i.e. non-natural records that may be erroneo…
View article: Referee Comment on hess-2023-58
Referee Comment on hess-2023-58 Open
Abstract. Large datasets of long-term streamflow measurements are widely used to infer and model hydrological processes. However, streamflow measurements may suffer from what users can consider as anomalies, i.e., non-natural records that …
View article: On the visual detection of non-natural records in streamflow time series: challenges and impacts
On the visual detection of non-natural records in streamflow time series: challenges and impacts Open
Large datasets of long-term streamflow measurements are widely used to infer and model hydrological processes. However, streamflow measurements may suffer from what users can consider as anomalies, i.e., non-natural records that may be err…
View article: Assessing climate change impact on French groundwater resources using a spatially distributed hydrogeological model
Assessing climate change impact on French groundwater resources using a spatially distributed hydrogeological model Open
International audience
View article: Ensemble of geological models of a complex coastal aquifer for uncertainty estimation and groundwater modelling in the framework of the DEM'EAUX ROUSSILLON project.
Ensemble of geological models of a complex coastal aquifer for uncertainty estimation and groundwater modelling in the framework of the DEM'EAUX ROUSSILLON project. Open
The creation of geological and sedimentological models is a non-unique process due to the many choices that must be made during their conception. The choice of the geological and sedimentological depositional concepts, the decision regardi…
View article: Groundwater modelling of a complex multilayer coastal aquifer under climate change in the framework of the DEM'EAUX ROUSSILLON project.
Groundwater modelling of a complex multilayer coastal aquifer under climate change in the framework of the DEM'EAUX ROUSSILLON project. Open
The Plio-Quaternary aquifer of the Roussillon plain (multilayer aquifer of more than 350 m thick, made up of sandy layers embedded in low-permeability clay material from the Pliocene and topped by alluvial formations from the Quaternary) w…
View article: Transdisciplinary characterisation of a complex coastal aquifer, for a sustainable exploitation of its groundwater resources in a Mediterranean context. The DEM'EAUX ROUSSILLON project.
Transdisciplinary characterisation of a complex coastal aquifer, for a sustainable exploitation of its groundwater resources in a Mediterranean context. The DEM'EAUX ROUSSILLON project. Open
More than 80 million m3 per year are pumped into the Roussillon plain coastal aquifer, covering 850 km and located between the Pyrenean massif to the west and the Mediterranean Sea to the east, south of France. This is a multilayer aquifer…
Impact of the Alex storm on the exchanges between the Roya River and its alluvial aquifer Open
The alluvial aquifer of the transnational Roya watershed is exploited for drinking water to supply both French and Italian coastal cities. The Interreg project CONCERT-EAUX (2017-2020) aimed to improve the understanding of the functioning …
View article: Transdisciplinary characterisation of a complex coastal aquifer, for a sustainable exploitation of its groundwater resources in a Mediterranean context. The DEM'EAUX ROUSSILLON project
Transdisciplinary characterisation of a complex coastal aquifer, for a sustainable exploitation of its groundwater resources in a Mediterranean context. The DEM'EAUX ROUSSILLON project Open
International audience
Impact of the Alex storm on the exchanges between the Roya River and its alluvial aquifer Open
International audience
View article: Groundwater modelling of a complex multilayer coastal aquifer under climate change in the framework of the DEM'EAUX ROUSSILLON project
Groundwater modelling of a complex multilayer coastal aquifer under climate change in the framework of the DEM'EAUX ROUSSILLON project Open
International audience
View article: Observational & numerical evidence of storm-driven piezometric/conductivity dynamics in the Roussillon coastal aquifer (Mediterranean basin, France)
Observational & numerical evidence of storm-driven piezometric/conductivity dynamics in the Roussillon coastal aquifer (Mediterranean basin, France) Open
International audience
View article: Estimation of the future water balance and water resources of the Pyrenees
Estimation of the future water balance and water resources of the Pyrenees Open
Mountainous areas are an important source of water resources, especially in the Mediterranean. The PIRAGUA project aims at assessing the water resources of the Pyrenees in the past and in the future. To this aim, different modelling approa…
Groundwater recharge and groundwater water resources under present and future climate over the Pyrenees (France, Spain, Andorre) Open
Climate change is expected to have a significant impact on water resources in mountain areas, as it is the case of the Pyrenees range between France, Spain and Andorre. Independently of future changes on rainfall patterns, global temperatu…
Groundwater Recharge Indicators at the European scale Open
One of the goals of the ERA4CS INDECIS project (http://www.indecis.eu/) is to use available climate datasets at the European scale to derive user-oriented indicators. In this framework, we adapted a methodology to compute the present and f…
Comparison and validation of the Pyrenean hydrological cycle simulated by different modeling approaches using in-situ and remote sensing data. Open
In the Mediterranean, mountainous areas are an important source of water resources. Not only do mountains generate most of runoff, but they also store water in soils, as groundwater in aquifers and as snowpack which melts in spring where i…
Assessing the potential groundwater recharge from precipitation in the Pyrenees in the global change context Open
The Pyrenees range is a transboundary region shared by Spain, France and Andorre whose water resources are diverse (snowmelt and rainfall runoff in a topographically variable context, groundwater in complex and heterogeneous aquifers) and …