Federal Reserve Bank of Dallas’ Post

UK needs this Flood Mitigation Tech, it’s been in development now for millions of years. It’s called soil Soil is our 2nd largest holder of water on land, behind river & lakes. If you increase the organic matter in soils by 1%, it increases the water holding capacity( it’s like a sponge). Quick calc, 1% increase in organic matter per hectare = 187,000 litres of water holding capacity. Last week, UK suffered economic disruption and costs (again) from flood. After several days of rainfall, it tipped over when 17mm of rain fell in 1 day. Put this into perspective, on a per hectare basis, that was about 170,000 litres fell on that area on the 4th Jan. So if those soils had an extra 1% organic matter, Jan 4th probably wouldn’t of been much of an issue…. Sadly many industries incentivise soil degradation, including food, fashion and construction. On average, many of soils, especially Uk have less than 2% organic matter, from industrialised agriculture that supplies this industries. Hmmmm, when a significant amount of wealth sits in property. Estimate to be £9 trillion of value. Imagine 0.1% insurance or risk Mitigation payment. That is £9bln incentive pot… This is a one way trade, the water and the money is going to flow to into this awesome technology called soils. Video below is from the Knepp Estate, they did this great video on the weekend, showing their restoration efforts. It has helped to slow the water and increase water holding capacity, alleviating flooding downstream. #flooding #proptech #naturetech #soils #riskmitigation #realestate #naturecapital

Are you serious about restoring SOIL? Imagine this: 187,000 liters of water for just a 1% increase in organic matter. That's a wake-up call for all of us. Floods, drought, river quality issues and erosion could all be a thing of the past if we decide to focus our efforts on the "Roots" of the problem. SOIL It is time to start regenerating the ecosystem we often fail to acknowledge. Want to know more about soil? A microscope is a very good start! Or Join us in the mission to restore balance and health to our soil. Radice Soil Solutions

The risk of global water scarcity is greater when accounting for the origin of rain. Securing the world’s water supply is one of the greatest challenges of our time. Research at Stockholm University is now presenting an alternative method for quantifying the global risk of water scarcity. Results indicate higher risks to water supply than previously expected if accounting for the environmental conditions and governability where rain is produced. The common idea of global water supply is rain falling on the earth’s surface and then stored in aquifers, lakes, and rivers. This idea is usually used to assess water security and the risk of water scarcity. However, a study published in Nature Water shows how the water risks are dependent on governance and environmental conditions present upwind, which means the areas where the moisture for rain comes from. Since a large amount of water is evaporated from plants, changes in land use can affect downwind water availability. If deforestation and agricultural development are predominant in upwind areas, the amount of moisture vegetation provides may decrease, reducing rainfall downwind and increasing the risk to water security. “For coastal countries such as the Philippines, most of the rain comes from the sea, which means that land-use changes pose very little risk to water security. Rainfall in inland countries such as Niger, on the other hand, comes mainly from moisture that evaporates in neighboring countries such as Nigeria and Ghana . This puts many land-locked countries at high risk regarding how water security is affected by changes in land use,” says Fernando Jaramillo, associate professor in physical geography at Stockholm University and responsible for the study. Rachna Chhachhi RachnaRestores®️ Kindness Practice Foundation To read the complete article, click on the link below. https://lnkd.in/gUE_ZyxY For more such articles on mental health, wellbeing and sustainability, don’t forget to follow us #unhurry #mentalhealth #mentalhealthawareness #mentalhealthmatters #mentalhealthsupport #sustainability #sustainable #sustainableliving #water #waterscarcity #rain #rainwater #planetearth #thereisnoplanetb #environment

Preserving rainwater is of utmost importance as it offers numerous benefits for the environment, economy, and society. By harvesting rainwater, we can conserve groundwater and reduce the demand on municipal water supplies, thereby decreasing the energy required to treat and pump water. #preserverainwater #savewatersavelife

Global urban water scarcity is projected to intensify. By 2050, nearly half of the global urban population (1.693–2.373 billion) are projected to live in water-scarce regions, with about one quarter concentrated in India, and 19 (63%) global megacities are expected to face water scarcity. A convergence of climate change, urban sprawl and poor infrastructure has pushed Mexico City to the brink of a profound water crisis. Mexico City is one of several major cities facing severe water shortages, including Cape Town; São Paulo and Brazil.

Rain is a critical natural phenomenon with various significant aspects: 1. **Water Cycle Component**: Rain is a crucial part of the water cycle, helping to replenish surface and groundwater supplies. 2. **Agricultural Support**: It provides essential water for crops, contributing to food production and agricultural sustainability. 3. **Climate Regulation**: Rain helps to regulate temperature and humidity, influencing local and global climates. 4. **Ecosystem Sustenance**: It supports diverse ecosystems, providing water necessary for the survival of plants and animals. 5. **Hydroelectric Power**: Rainfall contributes to the water levels in rivers and reservoirs, essential for hydroelectric power generation. 6. **Urban Planning**: Proper management of rainwater is vital to prevent flooding and ensure efficient drainage in urban areas. 7. **Water Supply**: Rain is a primary source of fresh water, important for drinking, sanitation, and industrial use. 8. **Erosion Control**: It plays a role in shaping landscapes, influencing soil erosion and sediment transport. Understanding these points highlights the importance of rain in maintaining environmental balance and supporting human life.#snsinstitution #snsdesignthinking #snsdesignthinkers

Today, I'd like to share insights on a pressing environmental issue highlighted by the BBC: the continuous discharge of untreated sewage into the River Coln in Gloucestershire, England. The article titled "Sewage pumped into Cotswold river for more than 1,000 hours" () brings to light the distressing reality of water pollution and its impact on both ecosystems and communities. The River Coln, a picturesque waterway in the Cotswolds, has been subjected to over 1,000 hours of raw sewage discharge, raising significant environmental concerns. The Fairford sewage works, unable to cope with the volume of water, has resorted to this measure to prevent flooding in homes. However, this has led to the river becoming a repository for untreated waste, posing risks to wildlife and human health. The situation at the River Coln is emblematic of a larger systemic issue. Aging infrastructure, increased rainfall due to climate change, and urban development strain sewage systems beyond their capacity. The reliance on emergency measures like sewage overflow into rivers is a clear sign that sustainable solutions are urgently needed. To address this, we must advocate for investment in modernizing sewage treatment facilities and developing sustainable urban drainage systems to reduce the volume of water entering the sewer system during heavy rains. Additionally, implementing green infrastructure, such as wetlands and permeable surfaces, can naturally filter and manage stormwater. The plight of the River Coln is a call to action. Protecting our waterways requires a multifaceted approach that combines technology, nature-based solutions, and community engagement. By working together, we can ensure that rivers like the Coln remain vibrant ecosystems and cherished community assets. #RiverColn #WaterPollution #SustainableSolutions

Water scarcity affects us in different ways. Enjoy this discussion on how we can tackle the water crisis at home, in ASAL areas, and in the cities. Watch: https://lnkd.in/ddc8UdkK

Rainwater Tanks: A Must-Have for Australian Homes The top 12 reasons why rainwater tanks are essential for every Australian home. From reducing reliance on municipal water supplies to offering environmental benefits and government incentives, rainwater tanks are versatile, sustainable, and practical. Learn how they can provide drought resilience, improve water quality, and add value to your property. Read the full article here - https://hubs.li/Q02N72xw0 #RainwaterHarvesting #EcoSolutions #SustainableHomes

Yesterday I went to the launch of 'A Fresh Water Future' at the House of Commons, as AliumBlue's representative. It was a glorious day in London to visit the seat of our democracy, an appropriate place to launch the report for research which includes, among other aims, to democratise water and its place in our society. It's when you see images such as this, from Blackfriars station, where you really get to see how water is in the most literal sense at the heart of our society. A degraded aquatic environment poses manifold risks to our privileged Western lives, as well as to our planet - I say this from the perspective of someone who grew up in countries where plentiful safe water and a healthy environment was not a given. So it's gratifying to see that this work, which had a long gestation from conversations over a year ago in which AliumBlue was involved, has been published, and how well regarded it was by diverse stakeholders at the launch event. Influential stakeholders now have a chance to use its consensus and wisdom to continue to improve our waters for the benefit of all. A lot of hard work by many knowledgeable people went into it, but clearly Alastair Chisholm deserves particular mention as the driving force behind its delivery. This work found that over 80 per cent of the public are concerned about the state of nature in the UK – with the health of our water vital to this majority. More than three-quarters of the public believe water reform should be a major priority for the next government following a general election. Experts believe that our water is in a declining state of health and resilience. With climate change advancing rapidly and the health of nature and potentially the public under threat from increasing and more complex sources of pollution, flood risk and drought, we need a new focus and ambition on water. We need to think and do differently. A Fresh Water Future brought together almost 5000 people to understand pressures and perspectives on water and to co-create a set of recommendations for the next government, whoever that may be. Recommendations that are workable, realistic and recognise healthy water as the foundation for a prosperous nation. Read the report in full now at: www.afreshwaterfuture.org #Afreshwaterfuture #water #sewage # drought #flood