Smartphone-Based 3D Modelling of Mangroves Geometry: Parameter Measurement and Accuracy Research

The wave attenuation of vegetation plays an increasingly important role in flood control in coastal areas. Past studies have found that the interaction of waves with vegetation mainly depends on hydraulic conditions and vegetation characteristics. Therefore, it is necessary to build vegetation models and quantify vegetation characteristics...

Geometrical Mangrove Models: Quantifying frontal surface area distribution for Avicennia marina vegetation: an important parameter for estimating wave attenuation

To estimate wave attenuation by mangrove forests, trees are often schematized as uniform cylinders (over the height) representing a tree’s stem. However, trees have more complex geometrical features that influence the interaction between waves and tree structures. Recent studies have shown that the frontal surface area distribution over the...

Non-stationary multivariate extreme events in mangrove environments: A global impact assessment

Mangrove is a coastal vegetation type primarily located in the tropical regions between 5 North and 5 South. This coastal vegetation is capable of reducing the force of incoming waves. This is a result of the obstruction created by the roots, stems and canopies against waves to propagate through. Because of this capability, mangrove vegetation...

An interdisciplinary process-based framework for sandy coastal developments

The aim of this research was to develop an interdisciplinary framework suitable for engineering purposes that connects natural processes such as wave propagation, aeolian transport, oxidation process or chemical reactions with associated critical measurable (a)biotic parameters like a rip current, beach width, canopy height density, salinity...