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• Tidal asymmetry and tidal inlet morphodynamics
  ...s no longer a small quantity, as confirmed by fully nonlinear mathematical models (Peregrine, 1966<ref> Peregrine, D.H. 1966. Calculations of the development
  53 KB (8,417 words) - 12:56, 20 January 2024
• Nutrient conversion in the marine environment
  ...certainties of future global marine primary production in marine ecosystem models. Biogeosciences 12: 6955– 6984</ref>.
  26 KB (3,923 words) - 20:02, 4 August 2023
• Stability models
  ...tures that are frequently dominated by self-organized processes. Stability models are the genuine tool to understand these processes and make predictions on ...ences. However, '''stability models''' are nowadays commonly associated to models for pattern formation. Thus, we will focus here in this broad class of appl
  41 KB (6,565 words) - 16:15, 4 October 2021
• Environmental risk assessment of marine activities
  ...ding the type of activities, the study area, potential gaps in data and/or models and the uncertainty issue of risk assessment. Here we focus on methods rele ...lity analysis, Poisson distributions or Bayesian theory. These statistical models require the use of past data and assumptions about future trends. Much of t
  36 KB (5,430 words) - 20:20, 18 September 2023
• Case study risk analysis of marine activities in the Belgian part of the North Sea
  ...mental Concentration (PEC) based on the calculated release rates and spill models;
  17 KB (2,600 words) - 21:25, 31 July 2019
• Dune erosion
  ...ses of varying storm surge levels and storm clusters, the use of numerical models is required. ...accurate dune erosion forecasts therefore require numerical process-based models that are capable to simulate the effect of such features, also including th
  42 KB (6,534 words) - 12:05, 15 November 2023
• Manual Sediment Transport Measurements in Rivers, Estuaries and Coastal Seas
  * Chapter 2: [[Definitions, processes and models in morphology]]
  5 KB (654 words) - 20:48, 19 August 2020
• Reduction of uncertainties through Data Model Integration (DMI)
  ...(DMI)]]. This article describes the criteria which can be used to evaluate models, how to reduce uncertainties, and two DMI-approaches: [[model calibration]] ===Uncertainties in models and data===
  22 KB (3,245 words) - 17:54, 2 July 2020
• Effect of climate change on coastline evolution
  ...d by most numerical models and the large sales described in the conceptual models of geomorphologists. An additional problem is that the type of model often ...ortunately [[Littoral drift and shoreline modelling|one-line morphological models]] are able to represent alongshore beach movement at large spatial and temp
  8 KB (1,288 words) - 21:24, 19 March 2021
• Submarine groundwater discharge
  ...In order to assess the magnitude of SGD, different investigations based on models and on direct measurements have been carried out. Indirect indicators of SG ...hydrogeological methods based on the water balance approach and numerical models.
  31 KB (4,626 words) - 12:46, 12 August 2021
• Bed load
  :[[Definitions, processes and models in morphology]]
  842 bytes (97 words) - 16:11, 24 September 2018
• Case study: Applying ASMITA to UK estuaries
  ...elocity. This diffusion type sediment transport model contrasts with other models for net sediment transport where advective processes play a dominant role, ...to reproduce historic estuary evolution for four UK estuaries. Calibrated models were used to predict the maximum rate of sea-level rise (SLRCRIT) each estu
  7 KB (1,063 words) - 11:37, 13 November 2021
• Instrument characteristics of point-integrating suspended load samplers
  * Chapter 2: [[Definitions, processes and models in morphology]]
  4 KB (599 words) - 16:38, 19 August 2020
• Guidelines for selection of sediment transport samplers
  #*data for verification of models; * Chapter 2: [[Definitions, processes and models in morphology]]
  6 KB (807 words) - 14:38, 19 August 2020
• Measuring instruments for rivers
  * Chapter 2: [[Definitions, processes and models in morphology]]
  4 KB (591 words) - 20:17, 29 June 2019
• Measuring instruments for estuaries
  * Chapter 2: [[Definitions, processes and models in morphology]]
  4 KB (457 words) - 20:13, 29 June 2019
• Measuring instruments for coasts
  * Chapter 2: [[Definitions, processes and models in morphology]]
  12 KB (1,782 words) - 11:43, 7 September 2020
• Introduction, problems and approaches in sediment transport measurements
  ...n the results of field measurements, laboratory scale models and numerical models. * Chapter 2: [[Definitions, processes and models in morphology]]
  6 KB (862 words) - 17:15, 19 August 2020
• Definitions, processes and models in morphology
  ...ud transport, sediments and ecology, sediments and pollution, mathematical models and data model integration. ==Mathematical models of sediment transport and morphology==
  11 KB (1,603 words) - 22:20, 1 July 2020
• Principles, statistics and errors of measuring sediment transport
  * Chapter 2: [[Definitions, processes and models in morphology]]
  7 KB (944 words) - 15:27, 20 August 2020

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