![Kelner Maelle](https://i1.rgstatic.net/ii/profile.image/285160164610048-1444998889316_Q128/Kelner-Maelle-2.jpg)
Kelner MaelleUniversité de Corse Pascal Paoli · Laboratoire des Sciences Pour l’Environnement SPE - UMR 6134
Kelner Maelle
Doctor of Philosophy
About
10
Publications
2,762
Reads
How we measure 'reads'
A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text. Learn more
97
Citations
Introduction
Geotechnical Engineer specialised in geohazards with a scientific research and academic teaching experience. Specialist of mass movements (rockfalls / landslides / turbidites) with a broad scientific interest for Geology and Geomorphology. I have experience on the field (observations / surveys / tests) as well as geophysical data acquisition and processing (land / sea). I am skilled in working at height (IRATA1) and in asbestos zone (ss4).
Additional affiliations
September 2017 - August 2018
October 2015 - August 2016
Position
- Research and Teaching Assistant (ATER)
Description
- 96 Teaching hours in academic program of Geosciences: (A)Teaching assistant : Geomorphology / Structural Geology / Tectonics / Palaeontology / Mapping. (B)Field Course Leader: Geomorphology / Volcanism / Landslide Hazards (marine and land-based).
Education
October 2012 - October 2018
September 2010 - June 2012
September 2007 - June 2010
Publications
Publications (10)
River deltas are dynamic costal systems and their evolutions are closely monitored as it often concentrates vital natural resources for the surrounding areas. Many deltas, worldwide, experience subsidence due to geological processes (sediment loading and compaction) or human activities (groundwater or hydrocarbon extraction, land reclamation). This...
Time-series bathymetric data acquired from 1967 to 2011 are used to evaluate the morphological evolution of the continental shelf and upper continental slope off the city of Nice (SE France, Ligurian Sea). Mapping in water depths of 0–300 m was undertaken to identify the changing morphology of landslide scars and their erosive chutes. Quantitative...
Les glissements de terrains sous-marins, même de petite taille, représentent un risque majeur d’érosion littorale et de submersion marine lorsqu’ils sont déclenchés à proximité des côtes. Ce fut le cas à Nice (France) avec l’effondrement en mer d’une partie de la plateforme aéroportuaire, suivit d’un tsunami du fait d’un glissement sous-marin en oc...
North Africa is the largest source of mineral dust on Earth, which has multiple impacts on the climate system; however, our understanding of decadal to centennial changes in African dust emissions over the last few millennia is limited. Here, we present a high-resolution multiproxy analysis of sediment core from high-elevation lake Bastani, in Cors...
Time-series bathymetric data acquired between 1991 and 2011 have been used to evaluate the recent morphological evolution of the Nice upper continental slope (SE France, Ligurian Sea). Small-scale landslides lead to a retrogressive evolution of the continental shelf/upper slope transition but their frequency, size and impact are not well known. Map...
North Africa is the largest source of mineral dust on Earth, which
has multiple impacts on the climate system; however, our understanding of
decadal to centennial changes in African dust emissions over the last few
millenniums is limited. Here, we present a high-resolution multiproxy
analysis of sediment core from high-elevation Lake Bastani, on th...
(English) Analysis of submarine mass-movements processes, Through a geophysical, geotechnical and experimental approach. Case study of the Nice continental slope. -----------------------------------------------------------------------------------------------------------------
(Francais) Analyse des processus de glissements gravitaires sous-marins,...
River deltas are dynamic coastal systems and their evolutions are closely
monitored as it often concentrates vital natural resources for the
surrounding areas. Many deltas worldwide experience subsidence due to
geological processes (sediment loading and compaction) or human activities
(groundwater or hydrocarbon extraction, land reclamation). This...
preliminary results on size and impact of small-size landslides presented to ISSMMTC