New Beach Landscapes to Promote Social Distancing and Coastal Conservation during and after the COVID-19 Pandemic

Abstract

The Coronavirus disease 2019 (COVID-19) is a pandemic that has altered practically all human activities worldwide. Since the pandemic started at the beginning of 2020, infections have fluctuated drastically over time. It is difficult to predict how this situation will evolve in the coming months/years or when a return to some semblance of 'normal' activity might occur. Because of global lock-up and distancing measures, the beaches, otherwise filled with tourists, first emptied and then had a reduced density of visitors owing to a wide variety of social-distancing measures. Therefore, new safety protocols need to include a wide range of aspects, such as epidemiological conditions, socioeconomic realities, and ecological contexts in which the pandemic occurs. Here, we propose new nature-based landscapes for sandy beaches to help maintain the social distancing of beach visitors while beaches and dunes are restored. When sufficient sediment is available, the maintenance and restoration of healthy beaches with incipient dunes and vegetation will help reduce contagion, promote human health, and recover natural ecosystems.

Landscape change trends and their impacts on coastal tourism resources in the future: a case study from pak Phanang, Thailand

“…Accordingly, the northeastern area will be a new suitable place for recreation in the future. In particular, nature-based landscapes for sandy beaches will be traveled by tourists during and after the COVID-19 pandemic (Moreno-Casasola et al, 2021 ).…”

"Bracing for the Next Crisis: Pandemics, Climate Change, and Safeguarding Global Health and Prosperity"

“…By weaving these critical domains into a unified index, the GHPI fosters a much-needed holistic approach to global health and development [17,18,36,45]. This data-driven instrument has the potential to be a catalyst for informed policy decisions, strategic resource allocation, and strengthened international collaboration [35,36,54]. Widespread adoption of the GHPI could empower nations to build more robust healthcare systems, fortify their resilience against climate change (including threats like prolonged droughts, extreme heat, and severe weather events) [41,42], and accelerate the implementation of sustainable development practices [22,25,28,29,51,52].…”