ADAPTING TO A THIRSTY PLANET: CLIMATE-RESILIENT WATER MANAGEMENT STRATEGIES PUBLISHED

Laura ȘMULEAC 1, Adrian ȘMULEAC 1, Raul PAȘCALĂU 1, Mahfoud BAKLI 2, Rauf JURAKHON 1 University of Life Sciences ”King Mihai I” from Timisoara, Romania 2Université de Ghardaia, Algeria 3 Tajik Technical University named after M.S. Osimi adrian_smuleac@usvt.ro
The present study focuses on climate-resilient water management strategies, particularly effective ones that deal with growing water scarcity due to climate change. The focus is on innovative practices boosting water sustainability in regions most at risk. A thorough analysis, incorporating qualitative case studies of successful water management alongside quantitative assessments of water resource availability and usage, pinpoints key strategies adaptable for mitigating water stress impacts. A primary concern is pinpointing pioneering approaches capable of bolstering water sustainability, particularly in regions facing heightened vulnerability. Notably, the research reveals that holistic water governance frameworks, when implemented, and advanced technology integration in water conservation demonstrably improve both water efficiency and community health, especially in healthcare environments hard-hit by water scarcity. These findings carry profound implications, suggesting that better water management isn't just about environmental sustainability, it also boosts public health resilience by ensuring access to safe and reliable water resources. Moreover, the study highlights the critical necessity for interdisciplinary collaboration to tackle water-related challenges, positioning water management right at the forefront of climate adaptation strategies, specifically within the healthcare sector. Ultimately, this research enriches the expanding knowledge base on sustainable water practices, and offers actionable insights that can inform policy, and foster resilience as we face climate volatility, in most cases.
water management, climate change, water scarcity, adaptation strategies, sustainable water practices
environmental engineering
Presentation: poster

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