Coastal dynamic lowlands—the role of water in the development of The Netherlands: past, present, future. Introduction

Visser, J B; Misdorp, Robbert

doi:10.1007/bf02806501

Cited by 4 publications

(2 citation statements)

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“…The natural sink and buffer capacities of these environments should be exploited within coastal management to ensure the ecological integrity, economic development and human safety concerns in the coastal zone (e.g. Nicholls and Branson 1998;Visser and Misdorp 1998). A holistic attitude, involving integrated modelling that incorporates both natural and social sciences, is also necessary to deal with the uncertainties of the future.…”

Section: Improving the Knowledge Basementioning

confidence: 99%

Group report: Global change and the European coast — climate change and economic development

Rochelle‐Newall¹,

Klein²,

Nicholls³

et al. 2005

Managing European Coasts

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The effects of climate change on economic development in the coastal zone cannot be ignored in future coastal zone management plans. This chapter reports the outcome of the group discussion centred round the three questions posed by Nicholls and Klein on how the coastal zone can be effectively managed in the future. The first question asked how we can marry together the human and natural values of a system in the upcoming decades. The results of the discussion highlighted the utility of using scenarios to obtain good management plans that take into account the three provisions of human safety, economic development and ecological integrity while still achieving a situation of sustainable development. The second question addressed the tools required to achieve these management goals and discusses the role of public participation and media communication. The third question asked what proactive strategies can be used to effectively manage the coastal zone in the 21 st Century and an example of the Humber estuary management plan is given. It is proposed that a robust and flexible integrated coastal zone management plan is the only effective way to manage the coastal zone in a sustainable manner in the uncertain face of climate change. 13. 240E. Rochelle-Newall et al.

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Section: Improving the Knowledge Basementioning

confidence: 99%

Group report: Global change and the European coast — climate change and economic development

Rochelle‐Newall¹,

Klein²,

Nicholls³

et al. 2005

Managing European Coasts

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show abstract

“…Kendal, traversed by the North Coast Road, i.e., one of the most congested highways on Java Island, experiences the impacts of rapid urbanization because it experiences accelerated population growth year after year [11]. A rapidly growing population creates particular pressures on the coastal area [8], [12], [13]. One of the most common by-products is an increase in the inundated area due to the development of residences in coastal areas [14].…”

Section: Introductionmentioning

confidence: 99%

Coastal Dynamic Products Monitoring: Ratioing Strength and Weakness Analysis, ENVI Based Modelling

Trihatmoko

Sartohadi

Marfai

et al. 2022

Preprint

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Studies on coastal area changes have attracted more studies over time. Monitoring highly dynamic coastal areas is effective using raster-to-vector modeling methods. This study aimed to demonstrate the ratioing method and evaluate other image-processing in simple raster analysis methods to analyze shoreline changes as coastal dynamics products. The most commonly used methods are change detection analysis, color mapping: density slice, Region of Interest (ROI), and ratioing. However, the existing methods are distinctive in assumptions, which reflect their suitability and effectiveness as the primary method for monitoring the coastal dynamics. As part of simple raster analysis, ratioing is deemed the most accurate in determining shoreline change. It shows clear pixel values with binary codes, i.e., “0” and “1” as sea or water body, and land or non-water, respectively. The lowest initial percentage of Digital Number at the first decline of the histogram is the key to minimize the error value in band ratio. This study thereby employed it to process the Landsat 8 OLI/TIRS and Landsat 5 TM images from 2011 until 2021 and identify the coastal dynamic in Kendal Regency, Central Java Province, Indonesia. The results showed that throughout ten years’ sedimentation occurred dynamically in Kendal estuary from 0.84 km to 1.19 km, with average LRR of 6.99 m and 111.77 m for the highest rate.

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Sea-Level Rise and the Response of the Dutch People: Adaptive Strategies Based on Geomorphologic Principles Give Sustainable Solutions

Jungerius¹

2010

Landscapes and Societies

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Coastal dynamic lowlands—the role of water in the development of The Netherlands: past, present, future. Introduction

Cited by 4 publications

References 0 publications

Group report: Global change and the European coast — climate change and economic development

Group report: Global change and the European coast — climate change and economic development

Coastal Dynamic Products Monitoring: Ratioing Strength and Weakness Analysis, ENVI Based Modelling

Sea-Level Rise and the Response of the Dutch People: Adaptive Strategies Based on Geomorphologic Principles Give Sustainable Solutions

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