SIWI - Stockholm International Water Institute’s Post

Lot U Repaving Project, University of Minnesota Duluth. What makes this project particularly noteworthy? Underground storage tanks. These tanks play a pivotal role in reducing stormwater discharge rates. Why is minimizing stormwater discharge so crucial? Water Quality: It safeguards water bodies from pollutants, ensuring cleaner and healthier ecosystems. Flood Prevention: It helps prevent urban flooding, protecting our infrastructure and communities. Sustainability: It aligns with our commitment to sustainability and responsible environmental stewardship. This project is an example of how institutions can lead the way in responsible development. #StormwaterManagement #UMD

We are proud to be a Silver Partner of Australian Water Association's Annual WA Water Breakfast tomorrow, where Suzanne Brown, GHD Technical Director, Environment, will join a panel discussion delving into Western Australia's proactive approach to tackle the rising threat of major flood events. Following flooding in Fitzroy Crossing earlier this year, flood resilience has become a paramount concern on the WA agenda. Climate change modelling also warns us of more frequent and intense rainfall events ahead, making the development of resilient infrastructure an absolute necessity. With increased occurrences of extreme weather phenomena like flooding, drought, heatwaves, and wildfires, we must embrace biophilic design and technology to mitigate climate change impacts. Additionally, it is critical to consider non-engineering aspects of resilience, including incorporating Traditional Owner knowledge and aspirations. Suzanne will explore the vital role of water-sensitive urban design (WSUD) in strengthening infrastructure resilience and creating lasting solutions to address environmental challenges for generations to come. Discover more: https://lnkd.in/gTJ5xjmj   #PowerOfCommitment #Water #Environment #FutureOfWater #FutureCommunities #FloodResilience #ExtremeWeather #WaterSensitiveUrbanDesign 

We went to see Dune Part 2 last night and today I can't stop thinking about how communities are dealing with water. As a disaster response professional, and as a former candidate for public office, I often think about stormwater as a drainage problem and flooding threat to be mitigated rather than collected as a resource. As communities around the country, including my own, deal with a mix of drought as well as large single day rain events, it makes sense that smarter stormwater infrastructure and “sponge city” techniques be utilized by urban areas to become far more sustainable on a warming planet. "Urban areas in the United States generate an estimated 59.5 million acre-feet of stormwater runoff per year on average—equal to 53 billion gallons each day—according to a new report from the Pacific Institute. Over the course of the year, that equates to 93 percent of total municipal and industrial water use.  https://lnkd.in/gVsG2HtF

Climate change is impacting Australia more than ever. Our unique ecosystems and diverse landscapes are facing significant challenges due to the impacts of climate change. One of the key areas affected is water resources. Prolonged droughts have led to water scarcity, affecting agricultural productivity, ecosystems, and the livelihoods of communities. Additionally, increased intensity of rainfall events has resulted in more frequent and severe flooding, causing infrastructure damage, property loss, and threats to public safety.   In tackling these challenges, Innovyze products such as InfoDrainage and InfoWorks ICM offer valuable solutions.   InfoDrainage, a powerful drainage design and analysis software, enables engineers and planners to effectively manage stormwater runoff and mitigate flood risks. By accurately simulating rainfall patterns and runoff behavior, it helps optimize drainage systems, design efficient stormwater infrastructure, and minimize the impact of heavy rainfall events on communities and urban areas.   InfoWorks ICM provides a comprehensive modeling platform for the entire urban water cycle. By integrating hydraulic and hydrologic simulations with advanced analytics, it helps in developing sustainable strategies for managing stormwater, wastewater, and river systems. This holistic approach considers the impacts of climate change, facilitating the identification of vulnerabilities and the design of adaptive measures to safeguard water resources.   Improved drainage systems and optimized stormwater infrastructure can reduce the risks of urban flooding, protecting communities and minimizing infrastructure damage. Furthermore, the holistic modeling capabilities provided by Innovyze products support better decision-making in managing water resources, ensuring their availability and quality in the face of a changing climate. So doesn't it make sense to consider Innovyze products, in doing so we can enhance our resilience to climate change impacts. https://innovyze.com/ #waterislife #climatechange #watermanagement #waterinfrastructure #waterconservation

🌦️ Embracing Sponge Cities: A Resilience Strategy for Urban Rainfall Challenges Amid escalating climate change impacts, addressing intense rainfall is paramount. Delve into the new report, "Sponge Cities: A Path to Resilience" by Kali Mercier, WSP Fellow at Mahi a Rongo | The Helen Clark Foundation. 📖 Download the Report in the link below As conventional flood management falls short, the concept of 'sponge cities' emerges—a proactive approach to minimize future risks. By 'daylighting' streams, increasing green spaces, and integrating green infrastructure, we can create resilient urban areas. Key takeaways: 1️⃣ Practical strategies for nature-based flood management. 2️⃣ Integration of Māori knowledge and sustainable practices. 3️⃣ Small-scale green infrastructure adoption for impactful beginnings. Discover how 'Sponge Cities' offer a pathway to urban resilience, sustainability, and biodiversity. Let's build a better future, rain or shine! ☔🏙️ #SpongeCities #UrbanResilience #ClimateAdaptation

Coastal cities are grappling with a unique challenge: sinking land. This phenomenon, known as land subsidence, combined with rising sea levels, is significantly increasing the risk of flooding for communities worldwide. Urban planners and policymakers must acknowledge this dual threat and implement robust solutions to protect vulnerable areas. Cities must proactively adapt and prepare for the simultaneous challenges of sinking land and rising seas. #UrbanPlanning #ClimateChange #Resilience #pluvia.ai https://lnkd.in/df99hvf7

Urban planning plays a crucial role in mitigating climate impacts, as seen in climate-resilient communities like the "greenest street in America" - a two mile (3.2km) long street in the city's lower west side of Chicago! Stormwater management, permeable pavements, rain gardens, and green roofs are among the eco-friendly strategies being implemented to address flooding and protect residents. https://buff.ly/3rXvs8C

Five things you can do to mitigate the consequences of climate change on your city's water infrastructure: 1- Develop a contingency plan for droughts. 2- Reduce nonrevenue water losses and waste to mitigate the effects of water scarcity. 3- Conduct flood risk assessments to mitigate effects from climate events on urban drainage systems. 4- Prepare for rapid response with dam safety monitoring. 5- Reduce carbon footprint and aim for net zero. Climate change is affecting our cities in many ways, and one of the most critical areas is water infrastructure. To mitigate the consequences of climate change on your city's water infrastructure, here are five things you can do. Developing a contingency plan for droughts, reducing nonrevenue water losses and waste, conducting flood risk assessments, preparing for rapid response with dam safety monitoring, and reducing carbon footprint and aiming for net zero are all essential steps to take. By taking these steps, you can help ensure that your city's water infrastructure is prepared for the challenges of climate change. #water #climatechange #climat