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L'adaptation des zones côtières aux impacts du changement climatique est désormais une urgence. La hausse du niveau des mers et des pressions immobilières va certainement y accroître les risques, selon les prévisions. En quoi les processus nationaux de planification de l'adaptation des pays de l'OCDE peuvent-ils nous aider à répondre à ce défi ?.
Sea level --- Environmental aspects. --- Mean sea level --- Sea level rise --- Oceanography --- Water levels
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This eBook is a collection of articles from a Frontiers Research Topic. Frontiers Research Topics are very popular trademarks of the Frontiers Journals Series: they are collections of at least ten articles, all centered on a particular subject. With their unique mix of varied contributions from Original Research to Review Articles, Frontiers Research Topics unify the most influential researchers, the latest key findings and historical advances in a hot research area! Find out more on how to host your own Frontiers Research Topic or contribute to one as an author by contacting the Frontiers Editorial Office: frontiersin.org/about/contact
coastal --- erosion --- flooding --- storms --- restoration --- sea-level rise --- morphodynamics --- ecosystem services
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In June 2015 we held a workshop on the beautiful island of Mallorca, Spain with a focus on sea level variability and change. Over 120 sea level experts from around the world attended this workshop, from a range of different disciplines. The main aims of the workshop were to: 1.) Evaluate the current state-of-knowledge of sea level science; 2.) Identify gaps and unresolved questions in any aspect of sea level science; and 3.) Design future research to address these issue. All aspects of sea level changes were covered, from global to regional, observations and modelling, processes driving mean sea level changes and extremes, from the geological scale to the instrumental era and future projections and including impacts on the coastal zones. This E-Book presents papers that came out of that workshop. Overall, these papers illustrate the multi-disciplinary nature of sea level research, cross-cutting many fields of research including: oceanography, meteorology, geology, coastal morphodynamics, engineering and the social-economic aspects. Collectively, theses articles represent an interesting range of perspectives and original studies that contribute to understanding the dynamic nature of sea level and its impacts across a wide range of time and space scales. Enjoy reading them!
Tide gauges --- Climate Change --- storm surge --- satellite altimetry --- Meteotsunamis --- Extreme sea levels --- Coastal morphology --- coastal flooding --- Tides --- sea level rise
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Paleoclimatology --- Sea level. --- Mean sea level --- Sea level rise --- Oceanography --- Water levels --- Cretaceous Period --- From 65 to 140 million years ago
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Real property --- Real estate business --- Sea level --- Real estate companies --- Real estate industry --- Business --- Land use --- Real estate investment --- Mean sea level --- Sea level rise --- Oceanography --- Water levels
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Extreme sea levels can lead to hazardous events, such as coastal flooding, erosion, or salt water intrusion, with-wide ranging environmental, societal, and economic consequences. In combination with climate-driven sea-level rise, and, potentially, additional changes in storminess, dynamic wave contributions, and tidal dynamics, the adverse consequences of extreme oceanographic events are expected to escalate in many regions. Integrated coastal zone impact assessments can guide the decisions on the adaptive responses to these changes in the physical environment and for the socioeconomic development of the local communities.
Sea level. --- Coasts --- Environmental aspects. --- Coastal landforms --- Coastal zones --- Coastlines --- Landforms --- Seashore --- Mean sea level --- Sea level rise --- Oceanography --- Water levels
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Melt takes place where the surface of glaciers or ice sheets interacts with the atmosphere. While the processes governing surface melt are fairly well understood, the pathways of the meltwater, from its origin to the moment it leaves a glacier system, remain enigmatic. It is not even guaranteed that meltwater leaves a glacier or ice sheet. On Greenland, for example, only slightly more than 50% of the meltwater runs off. The remainder mostly refreezes within the so-called firn cover of the ice sheet. This eBook contains 11 studies which tackle the challenge of understanding meltwater retention in snow and firn from various angles. The studies focus both on mountain glaciers and on the Greenland ice sheet and address challenges such as measuring firn properties, quantifying their influence on meltwater retention, modelling firn processes and meltwater refreezing as well as unravelling the mechanisms within the recently discovered Greenland firn aquifers.
firn --- regional climate model --- expert elicitation --- refreezing --- mass balance --- Meltwater retention --- snow --- Greenland firn aquifer --- glacier and ice sheet --- sea level rise
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Paleogeography --- Sea level --- Paléogéographie --- Niveau de la mer --- Congresses --- Congrès --- Congresses. --- -Sea level --- -#Hist.Geol. --- Mean sea level --- Sea level rise --- Oceanography --- Water levels --- Palaeogeography --- Physical geography --- Paléogéographie --- Congrès --- #Hist.Geol
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Sea level --- History --- Congresses --- 551.468 --- -#Hist.Geol. --- Mean sea level --- Sea level rise --- Oceanography --- Water levels --- Marine geography. Areas of sea bordered by coasts --- -Congresses --- 551.468 Marine geography. Areas of sea bordered by coasts --- #Hist.Geol --- History&delete&
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Sea level --- -Coast changes --- -Coastal erosion --- Coasts --- Shore erosion --- Littoral drift --- Physical geography --- Mean sea level --- Sea level rise --- Oceanography --- Water levels --- Erosion --- Coast changes --- Coastal erosion --- EUROPE DU SUD --- GEOLOGIE REGIONALE --- DATATIONS --- STRATIGRAPHIE --- SEDIMENTOLOGIE --- DEPOTS MARINS --- MARGES CONTINENTALES --- EPISTEMOLOGIE
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