Latest news with #floodprotection
Yahoo
3 days ago
- Climate
- Yahoo
Bridge Street Bridge in Corning set to temporarily close Sunday morning
CORNING, N.Y. (WETM) — If the Bridge Street Bridge in Corning is part of your driving route, you may want to plan to use a different one on Sunday morning. The Bridge Street Bridge, located in the City of Corning, will be temporarily closed between Riverside Drive and Front Street on Sunday, June 1, from 4 a.m. to 10 a.m., according to the City of Corning Department of Public Works (DPW). Paving to begin in the City of Elmira in June The reason being, DPW announced it's teaming up with the New York State Department of Environmental Conservation (DEC) for an 'Annual Flood Protection Exercise', which involves preparing the bridge with necessary precautions in case of potential flooding. Both agencies are set to put in short-term flood control devices on the bridge during this time. Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
Sustainability Times
7 days ago
- Science
- Sustainability Times
'268 Olympic Pools Below Ground': World's Largest Hidden Reservoir Discovered in Shocking Subterranean Water Breakthrough
IN A NUTSHELL 🌊 The Metropolitan Area Outer Underground Discharge Channel is the world's largest underground flood protection system, stretching over 3.7 miles beneath Kasukabe. is the world's largest underground flood protection system, stretching over 3.7 miles beneath Kasukabe. 🏗️ Built between 1993 and 2006 at a cost of over $1 billion, this engineering marvel protects Tokyo from extreme rainfall by diverting floodwater to the Edo River. 🌧️ With its capacity to hold up to 268 Olympic-sized swimming pools of water, the facility has prevented more than $1 billion in flood damage since its inception. 🏛️ Often compared to Istanbul's Basilica Cistern, the channel combines functionality with cultural appeal, drawing tourists and raising awareness about climate resilience. In the heart of Japan, beneath the bustling city of Kasukabe, lies a monumental feat of engineering designed to combat one of the most pressing challenges of our time: flooding. The Metropolitan Area Outer Underground Discharge Channel is not just a marvel of modern technology but a symbol of resilience against the increasing threat of climate change. This underground infrastructure stretches an impressive 3.7 miles, embodying Japan's commitment to safeguarding its citizens from environmental disasters. As a technological wonder, it also attracts numerous tourists fascinated by its vastness and purpose. The Engineering Marvel Beneath Kasukabe The Metropolitan Area Outer Underground Discharge Channel, often referred to as an 'underground shrine,' is a testament to human ingenuity. Spanning over 3.7 miles beneath Kasukabe, this colossal structure serves as the world's largest underground flood protection system. Built between 1993 and 2006, it was designed to address the increasingly severe rainfall threatening Tokyo and its environs. At a depth of 164 feet, the facility diverts floodwaters from smaller rivers to the Edo River, effectively mitigating flood risks. This $1 billion project features towering concrete pillars, expansive tunnels, and an awe-inspiring pressure-adjusting tank, each element playing a crucial role in the system's operation. The channel's design draws comparisons to the ancient Basilica Cistern in Istanbul, yet it stands as a modern icon of infrastructure. Since its inauguration, it has captured the imagination of tourists worldwide. The channel's temple-like appearance invites visitors, transforming it into a top destination for those eager to witness its grandeur, while its operational importance remains unmatched in flood prevention. Silent Killer in Your Home: This Common Plastic Chemical Linked to Staggering 356,000 Heart Disease Deaths in 2018, Study Reveals Taming Tokyo's Rising Waters Tokyo, with its low-lying geography and dense population, faces an ever-growing threat from flooding, exacerbated by climate change. The city's climate results in over 100 days of rain annually, accumulating around 63 inches. Coupled with post-World War II urban expansion, this has increased pressure on drainage systems, heightening flood risks for millions of residents. To combat these challenges, the Metropolitan Area Outer Underground Discharge Channel was conceived. By diverting excess water from smaller rivers to the Edo River, it has become a linchpin in Japan's flood defense strategy. Since becoming operational, the channel has averted more than $1 billion in potential flood damage, underscoring its critical role. The facility's ability to hold up to 268 Olympic-sized swimming pools of water demonstrates its capacity to manage extreme weather events, serving as a bulwark against the unpredictable forces of nature. 'Recycling Is a Lie': New Reports Expose That Most Plastic Can't Be Reused—and Even Recyclers Are Now Under Fire A Symbol of Resilience Operational about seven times annually, particularly during typhoons, the channel's five enormous shafts funnel water into a 32-feet-wide tunnel, leading it to the central tank. Capable of discharging water at a rate of 200 tons per second, this system showcases its immense power. Although it covers only three Tokyo wards and parts of Saitama Prefecture, it represents a vital component of Japan's broader flood defense network. The channel's significance extends beyond its immediate function; it embodies Japan's strategic approach to natural disaster management, incorporating levees, super-dikes, reservoirs, and climate-resilient urban planning. Despite its limitations, the channel stands as a beacon of hope and a testament to the country's proactive measures against the impending challenges posed by climate change. Wildfire Smoke Disaster: This Groundbreaking Study Links U.S. Blazes to 15,000 Deaths and an Economic Hit of $160 Billion Future Implications and Technological Inspirations ▶ The Metropolitan Area Outer Underground Discharge Channel is more than an engineering triumph; it serves as an inspiration for global infrastructure projects aimed at climate adaptation. As cities worldwide grapple with similar challenges, this facility offers insights into effective flood management and urban resilience. Its success underscores the importance of investing in robust infrastructure to mitigate the impacts of climate change. Moreover, the channel's ability to transform a functional utility into a cultural and tourist landmark highlights the potential for infrastructure projects to engage communities and raise awareness about environmental issues. As climate patterns continue to evolve, the lessons learned from Kasukabe's underground marvel could guide future endeavors, providing a blueprint for sustainable urban development. As we look towards the future, the question remains: How will other cities adapt and innovate to protect themselves from the growing threats of climate change, drawing inspiration from Japan's remarkable achievements? Our author used artificial intelligence to enhance this article. Did you like it? 4.4/5 (20)
Yahoo
23-05-2025
- Climate
- Yahoo
How to prevent flooding in your home and basement: Expert tips as parts of Canada deal with rainfall warnings, flood alerts
As parts of the country continue to be pelted by heavy rain, strong winds and cold temperatures, many Canadians are on high alert for signs of flooding in their homes and basements. According to a recent Léger poll conducted on behalf of Allstate Canada, 10 per cent of Canadians with basements have experienced basement flooding. As we grapple with wet weather, it's a perfect time to reassess whether you have all the safeguards in place to protect your home from water damage. According to Allstate Canada, the average cost to repair a water-damaged basement has risen nearly 20 per cent over the past five years — approximately $40,000 according to the Government of Canada. Luckily, Jake Allemang, founder and president of Mechanical Flood Protection, which operates in Ontario and Nova Scotia, says there are many steps you can take to protect your home from basement flooding. Below, he shares what you can do to prevent water damage. There are two main causes of flooding that aren't related to plumbing concerns: Overland When water crosses land (often from a river or stream) and enters a home, that's called overland flooding. "It typically happens during major weather events like a hurricane or very bad rainstorm," says Allemang. Groundwater "Groundwater flooding is more sinister than overland flooding because, essentially, the water table rises over time and becomes unable to absorb water," says Allemang. "Then it creates hydrostatic pressure on your basement floor or walls." Issues with plumbing, such as broken or burst pipes, clogged drains or appliance malfunctions, can also cause flooding. In older communities with combined sewer infrastructure, sewer backups can be a problem, too. "If there's a heavy rainstorm, it could overwhelm the system," says Allemang. The result is the contents of the sewer flowing backward into people's homes. Even if you have flood insurance, you won't get back the priceless items or the time and space you lose during repairs. To reduce the chance of water damage in your home there are several steps you can take. Keep your eavestroughs clear: Regularly clean leaves (and ice) out of your eavestroughs so they can effectively collect water from your roof. Purchase downspout extensions: Direct rainwater away from your foundation by adding extensions to your downspout. "It's an easy trick that only costs about $10 for 10 feet," says Allemang. Place water sensors in basement corners: Place sensors in the corners of the basement and near the sewer or water-main entrance. While sensors won't protect you from flooding, they will sound an alarm at the first sign of water, giving you a chance to retrieve important items. Sump pump with a backup power source: Move groundwater away from your home and keep the water table low, even during a power outage. Backwater valve: Prevent sewer backflows with a valve that automatically closes if it senses fluid moving the wrong way. Smart leak detector: Automatically scan your plumbing system each day and, in the case of a leak, cut off the water supply. Turn it back on via an app. Allstate Canada's poll found that many homeowners use their basements to store expensive and priceless items: a fridge or freezer (55 per cent), skis and bikes (41 per cent), photo albums (40 per cent), entertainment equipment (32 per cent) and important financial, legal or tax documents (28 per cent). Even if you've installed flood prevention systems, there are other ways to help protect your items: Keep things elevated by placing them on shelves or hanging them on the wall Store items in plastic bins, not cardboard boxes Move your most important objects or bins upstairs Wet spots are a sign that you could be at risk for flooding. "You'll start noticing moisture spots on the floor, especially where the floor meets the wall," says Allemang. Before too long, you'll want to have a flood prevention or waterproofing company come in to assess your options, whether they involve installing or repairing drainage systems, redirecting water, sealing cracks or re-grading the landscape around your home. In the interim, use a dehumidifier to keep the space dry. Basement flood protection subsidies may be available at the municipal level (like in Toronto), so it's worth doing your research. However, "I have installed 296 sump pumps in the last year, and not one of those customers has ever gotten any kind of subsidy as far as I know," says Allemang. Flood insurance is often an optional add-on. Read your home insurance policy carefully and discuss additional coverage options with your insurance provider. Insurance companies will often provide a discount on coverage if you have flood protection devices installed. "We've seen savings of five to 15 per cent," Allemang says. If you get to the point where your home is flooding, there isn't a ton you can do. Shut off your water main: If you're able to safely access the shut-off valve (it's often located near the water meter), turn off your water. Stay out of the water: Electrified water can cause severe electric shock, while contaminated water can result in illness. Call a remediation company: They can safely pump out the water and use fans and dehumidifiers to reduce damage.
Zawya
22-05-2025
- Business
- Zawya
Oman: $631mln pacts to finance flood protection dams
The Sultanate of Oman signed a number of agreements with the Islamic Development Bank Group (IsDB) on Wednesday. The Sultanate of Oman signed a number of agreements with the Islamic Development Bank Group (IsDB) worth RO 243 million to finance the construction of flood protection dams, on Wednesday. The agreements were signed on the sidelines of the 50th Annual Meeting of the Board of Governors of the Islamic Development Bank (IsDB) Group, held in Algiers. The agreements were signed by Sultan bin Salim al Habsi, Minister of Finance, and Dr Mohammed bin Sulaiman al Jasser, Chairman of the Islamic Development Bank Group. The minister also signed a framework memorandum to enhance strategic cooperation and economic integration with the IsDB Group and member states. The memorandum covers several areas of cooperation including infrastructure development and support for the private sector and other sectors such as roads, electricity, water, sanitation, tourism, manufacturing industries, industrial zones in addition to developing human and institutional capacities. 2022 © All right reserved for Oman Establishment for Press, Publication and Advertising (OEPPA) Provided by SyndiGate Media Inc. (
Zawya
13-05-2025
- Business
- Zawya
Oman: At a cost of $59mln Wadi An'ar Dam opens in Dhofar
Muscat: At a cost of approximately OMR 23 million, Wadi An'ar Dam is now open in Salalah, Dhofar Governorate. The Ministry of Agriculture, Fisheries and Water Resources celebrated today the opening of the Wadi An'ar Dam in Salalah, Dhofar Governorate. The project, which cost approximately OMR 23 million, is part of its ongoing efforts to enhance protection against flood risks. The opening ceremony was sponsored by His Excellency Dr. Mahad bin Said Ba'awin, Minister of Labour, and attended by a number of dignitaries, dignitaries, and officials from government agencies and the private sector. The project is a strategic step aimed at reducing the risk of recurring floods in Wadi An'ar in Salalah, enhancing water security, and capturing heavy rainwater and floods coming from the mountains and heading to the Port of Salalah, Raysut Industrial City, and the Salalah Free Zone. His Excellency Engineer Ali bin Mohammed Al Abri, Undersecretary of the Ministry of Agriculture, Fisheries and Water Resources for Water Resources, delivered the Ministry's speech, in which he highlighted the government's commitment to constructing dams across the Sultanate of Oman's governorates to protect lives and property, enhance water security, and support sustainable development. His Excellency explained that the Ministry has completed 200 dams to date, including 76 groundwater recharge dams, 117 surface water storage dams, and seven flood protection dams distributed across the Sultanate of Oman's governorates. Among these dams is the Salalah Protection Dam, which was completed in 2009 and has proven its effectiveness in many previous tropical storms. His Excellency explained that the Ministry of Agriculture, Fisheries and Water Resources has developed an integrated flood protection system in the Wilayat of Salalah, consisting of five dams, some of which are located within the Adunub and An'ar catchments, in addition to three other proposed dams expected to be implemented in the future. The ceremony program included a visual presentation on the importance of dams in the Sultanate of Oman and their role in supporting sustainable development, and another on the construction stages of the Wadi An'ar Dam in Salalah, in addition to an explanation of the project's components. Engineer Nasser bin Mohammed Al Batashi, Director General of the Directorate General of Water Resources Evaluation at the Ministry of Agriculture, Fisheries and Water Resources, said that the Wadi An'ar Dam represents a key component in the system for protecting vital areas in the Wilayat of Salalah from heavy rainwater and flash floods flowing from the mountains toward the dam lake, which has a storage capacity of approximately 16 million cubic meters. Al Batashi explained that the Wadi An'ar Dam consists of a compacted earth body 1,680 meters long and a maximum height of 20 meters, a 430-meter-long concrete spillway to drain excess water into the natural wadi bed, and a drainage channel for excess water from the lake. This reflects the integration between the dam's infrastructure and environmental and economic functions. Al Batashi emphasized the importance of the project, which plays an effective role in regulating water flow and mitigating potential flood damage by retaining large quantities of water within its storage lake, thus contributing to the protection of infrastructure, residential areas, and economic areas. To ensure the safety of the dam during emergencies, the Ministry has implemented advanced technologies. These include equipping the project with smart monitoring systems, including sensors to monitor water levels in the lake, seismic sensors to track any sudden geological activity, and surveillance cameras that provide comprehensive coverage of the dam's components. The dam is also equipped with automatic control gates that allow for the regulation of water flow as needed. These gates can be operated remotely through a secure central system. These systems are integrated with a central control room from which real-time data is received and analyzed. The Wadi An'ar Dam represents a strategic tributary to sustainable development in the Wilayat of Salalah. It is expected to enhance the stability of the local ecosystem and contribute to providing water resources that support the agricultural sector, helping to increase water use efficiency and improve agricultural productivity in the long term. Meanwhile, the Ministry of Agriculture, Fisheries and Water Resources is working to expand the implementation of protection dam projects in the governorates of the Sultanate of Oman. Implementation documents for the Sadah Protection System project are currently being prepared, and the tender is expected to be issued in 2025. It is worth noting that the protection system in Salalah, Dhofar Governorate, aims to support sustainable development and provide the highest levels of protection against flood risks upon completion. It also plays a role in reducing sediment flowing towards the Port of Salalah. © Muscat Media Group Provided by SyndiGate Media Inc. (
