Elsevier, Geography and Sustainability, Volume 2, June 2021
Water is the fundamental natural resource that supports life, ecosystems and human society. Thus studying the water cycle is important for sustainable development. In the context of global climate change, a better understanding of the water cycle is needed. This study summarises current research and highlights future directions of water science from four perspectives: (i) the water cycle; (ii) hydrologic processes; (iii) coupled natural-social water systems; and (iv) integrated watershed management.
Elsevier, Current Opinion in Environmental Sustainability, Volume 50, June 2021
As sea level rise drives saltwater farther inland, drinking water supplies of some coastal cities will be contaminated. This paper evaluates how climate change is shifting the location of ‘salt lines,’ the zone where coastal fresh water meets the ocean, and implications for drinking water management. It focuses on changes from climate, as opposed to water overuse or water quality mismanagement, and reviews recent literature along three dimensions. Firstly, the paper reviews regulations on salinity in drinking water.
Many studies have assessed the concept of geodiversity. Most studies have focused on large spatial scales, ranging from watersheds to landscapes. Recent studies from the Israeli drylands indicate that shrubs and trees growing in low-geodiversity sites experience mass mortality following long-term droughts, whilst those in high-geodiversity sites demonstrate high durability. Our objective was to review the relevance of small-scale geodiversity to the slow onset effects of climate change defined by the UN-FCCC, including land and forest degradation, biodiversity loss, and desertification.