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Posts Tagged ‘Drinking Water’

Texas | Driver Dead after Crashing into Train, Causing Derailment

Posted by addisethiopia / አዲስ ኢትዮጵያ on February 13, 2023

🚂ቴክሳስ | አሁን ደግሞ ሞንትጎሜሪ አውራጃ ባቡሩ ሃዲዱን ከሳተ በኋላ አሽከርካሪው ህይወቱ አለፈ፤ ባቡሩ የሃዲድ መቆራረጥም ፈጥሯል።

ሞንትጎመሪ!?” ከዚህ ከባቡር አደጋና እና ከፊኛው ሤራ ጋር የተያያዘው ነገር ሁሉ አዕምሮን የሚያዞር ነው!

🚂 “Montgomery!?” The whole derailment thing is getting nuts!

🚂 One person is dead after a train derailment in Montgomery County… at 59 and Midline (Fostoria). Authorities say, avoid the area… there’s a possible hazmat situation.

💭 Storms, Tornadoes Cause Extensive Damage Across U.S. Southeast | Rainbow at Lisa Marie Presley’s Graceland

🛑 Anagram

Alabama + Tennessee + Georgia + Arkansas + Pine Bluff + Memphis + Jackson + Marietta + Montgomery + Magnolia = Lisa Marie Presley

🛑 Gematria

“Storm Grace” = 119 (Ordinal)

  • ☆ The 156th Prime number is 911
  • ☆ The 9/11 attacks fell 11009 days after the final eclipse from Saros 116:
  • ☆ This week’s FAA’s nationwide flight grounding was a tribute to 9/11.

💭 Texas & Tegray (Ethiopia) Massacres + Tedros (TE) & The Queen | ትግራይና ቴክሳስ + ቴድሮስ & ንግሥቲቱ

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Posted in Curiosity, Ethiopia, War & Crisis | Tagged: , , , , , , , , , , , , , , , , , , , , , , , , , , , , | Leave a Comment »

Hazardous Chemicals from Train Derailment Spilled into Ohio River, a Drinking Water Source for Over 5 Million People

Posted by addisethiopia / አዲስ ኢትዮጵያ on February 13, 2023

🚂 በአሜሪካዋ ግዛት በኦሃዮ ከአንድ ሃዲዱን ከሳተ ባቡር ጋር በተያያዝ የፈሰሱ አደገኛ ኬሚካሎች ከአምስት ሚሊዮን በላይ ለሚሆኑ ሰዎች የመጠጥ ውሃ ምንጭ በሆነው ኦሃዮ ወንዝ መፍሰሱ ነዋሪዎችን በእጅጉ አሳስቧቸዋል። ቪድዮው እንደሚያሳየው ብዙ አሦች እየሞቱ ነው፤ የአካባቢው አየር በመበከሉም አንዳንድ ሰዎች መታመማቸውን አሳውቀዋል።

  • ☆ ምስሉ ላይ ያለውን የእነዚያን ፊቶች ቅርጽ ማየት ትችላላችሁን? — ላይ በትልቁ የሚታየው ፕሮፋይል ቅርጽ ወስላታውን ፉትቦል ተጫዋች ኮሊን ኬፐርኒክን ይመስላል
  • ☆ እና ቦታው ደግሞ “ምስራቅ ፍልስጤም” ይባላል?! ዋዉ!
  • ☆ Can You See Those Face Shapes? – The profile that appears in the bigger picture looks like the wicked football player Colin Kaepernick.
  • ☆ And The Place is Called: “East Palestine”?! Wow!

🚂 Train derailment: East Palestine Ohio residents file lawsuit seeking medical testing

EAST PALESTINE, Ohio — Residents who filed a federal lawsuit in the fiery derailment of a train carrying toxic chemicals along the Ohio-Pennsylvania line are seeking to force Norfolk Southern to set up health monitoring for residents in both states.

The lawsuit filed Thursday by two Pennsylvania residents calls for the rail operator to pay for medical screenings and related care for anyone living within a 30-mile radius of the derailment to determine who was affected by toxic substances released after the derailment. The lawsuit also is seeking undetermined damages.

About 50 cars, including 10 carrying hazardous materials, derailed Feb. 3 in the Ohio village of East Palestine. No one was injured in the derailment that investigators said was caused by a broken axle.

What happened after train carrying toxic chemicals derailed

In Cincinnati:Water works monitors for hazardous chemical in Ohio River after East Palestine derailment

Three days after the accident, authorities decided to release and burn vinyl chloride inside five tanker cars, sending hydrogen chloride and the toxic gas phosgene into the air.

Environmental regulators have been monitoring the air and water in surrounding communities and have said that so far the air quality remains safe and drinking water supplies have not been affected.

But some residents have complained about headaches and feeling sick since the derailment.

Norfolk Southern declined to comment on the lawsuit.

👉 Source

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Posted in Ethiopia, Health, War & Crisis | Tagged: , , , , , , , , , , , , , , , , , , , , , , , , | Leave a Comment »

The 11 Cities Most Likely To Run Out Of Drinking Water – Like Cape Town

Posted by addisethiopia / አዲስ ኢትዮጵያ on February 11, 2018

Cape Town is in the unenviable situation of being the first major city in the modern era to face the threat of running out of drinking water.

However, the plight of the drought-hit South African city is just one extreme example of a problem that experts have long been warning about – water scarcity.

Despite covering about 70% of the Earth’s surface, water, especially drinking water, is not as plentiful as one might think. Only 3% of it is fresh.

Over one billion people lack access to water and another 2.7 billion find it scarce for at least one month of the year. A 2014 survey of the world’s 500 largest cities estimates that one in four are in a situation of “water stress”

According to UN-endorsed projections, global demand for fresh water will exceed supply by 40% in 2030, thanks to a combination of climate change, human action and population growth.

It shouldn’t be a surprise, then, that Cape Town is just the tip of the iceberg. Here are the other 11 cities most likely to run out of water.

1. São Paulo

Brazil’s financial capital and one of the 10 most populated cities in the world went through a similar ordeal to Cape Town in 2015, when the main reservoir fell below 4% capacity.

At the height of the crisis, the city of over 21.7 million inhabitants had less than 20 days of water supply and police had to escort water trucks to stop looting.

It is thought a drought that affected south-eastern Brazil between 2014 and 2017 was to blame, but a UN mission to São Paulo was critical of the state authorities “lack of proper planning and investments”.

The water crisis was deemed “finished” in 2016, but in January 2017 the main reserves were 15% below expected for the period – putting the city’s future water supply once again in doubt.

2. Bangalore

Local officials in the southern Indian city have been bamboozled by the growth of new property developments following Bangalore’s rise as a technological hub and are struggling to manage the city’s water and sewage systems.

To make matters worse, the city’s antiquated plumbing needs an urgent upheaval; a report by the national government found that the city loses over half of its drinking water to waste.

Like China, India struggles with water pollution and Bangalore is no different: an in-depth inventory of the city’s lakes found that 85% had water that could only be used for irrigation and industrial cooling.

Not a single lake had suitable water for drinking or bathing.

3. Beijing

The World Bank classifies water scarcity as when people in a determined location receive less than 1,000 cubic metres of fresh water per person a year.

In 2014, each of the more than 20 million inhabitants of Beijing had only 145 cubic metres.

China is home to almost 20% of the world’s population but has only 7% of the world’s fresh water.

A Columbia University study estimates that the country’s reserves declined 13% between 2000 and 2009.

4. Cairo

Once crucial to the establishment of one of the world’s greatest civilisations, the River Nile is struggling in modern times.

It is the source of 97% of Egypt’s water but also the destination of increasing amounts of untreated agricultural, and residential waste.

World Health Organization figures show that Egypt ranks high among lower middle-income countries in terms of the number of deaths related to water pollution.

The UN estimates critical shortages in the country by 2025.

5. Jakarta

Like many coastal cities, the Indonesian capital faces the threat of rising sea levels.

But in Jakarta the problem has been made worse by direct human action. Because less than half of the city’s 10 million residents have access to piped water, illegal digging of wells is rife. This practice is draining the underground aquifers, almost literally deflating them.

As a consequence, about 40% of Jakarta now lies below sea level, according to World Bank estimates.

To make things worse, aquifers are not being replenished despite heavy rain because the prevalence of concrete and asphalt means that open fields cannot absorb rainfall.

6. Moscow

One-quarter of the world’s fresh water reserves are in Russia, but the country is plagued by pollution problems caused by the industrial legacy of the Soviet era.

That is specifically worrying for Moscow, where the water supply is 70% dependent on surface water.

Official regulatory bodies admit that 35% to 60% of total drinking water reserves in Russia do not meet sanitary standards

7. Istanbul

According to official Turkish government figures, the country is technically in a situation of a water stress, since the per capita supply fell below 1,700 cubic metres in 2016.

Local experts have warned that the situation could worsen to water scarcity by 2030.

In recent years, heavily populated areas like Istanbul (14 million inhabitants) have begun to experience shortages in the drier months.

The city’s reservoir levels declined to less than 30 percent of capacity at the beginning of 2014.

8. Mexico City

Water shortages are nothing new for many of the 21 million inhabitants of the Mexican capital.

One in five get just a few hours from their taps a week and another 20% have running water for just part of the day.

The city imports as much as 40% of its water from distant sources but has no large-scale operation for recycling wastewater. Water losses because of problems in the pipe network are also estimated at 40%.

9. London

Of all the cities in the world, London is not the first that springs to mind when one thinks of water shortages.

The reality is very different. With an average annual rainfall of about 600mm (less than the Paris average and only about half that of New York), London draws 80% of its water from rivers (the Thames and Lea).

According to the Greater London Authority, the city is pushing close to capacity and is likely to have supply problems by 2025 and “serious shortages” by 2040.

It looks likely that hosepipe bans could become more common in the future.

10. Tokyo

The Japanese capital enjoys precipitation levels similar to that of Seattle on the US west coast, which has a reputation for rain. Rainfall, however, is concentrated during just four months of the year.

That water needs to be collected, as a drier-than-expected rainy season could lead to a drought. At least 750 private and public buildings in Tokyo have rainwater collection and utilisation systems.

Home to more than 30 million people, Tokyo has a water system that depends 70% on surface water (rivers, lakes, and melted snow).

Recent investment in the pipeline infrastructure aims also to reduce waste by leakage to only 3% in the near future.

11. Miami

The US state of Florida is among the five US states most hit by rain every year. However, there is a crisis brewing in its most famous city, Miami.

An early 20th Century project to drain nearby swamps had an unforeseen result; water from the Atlantic Ocean contaminated the Biscayne Aquifer, the city’s main source of fresh water.

Although the problem was detected in the 1930s, seawater still leaks in, especially because the American city has experienced faster rates of sea level rise, with water breaching underground defence barriers installed in recent decades.

Neighbouring cities are already struggling. Hallandale Beach, which is just a few miles north of Miami, had to close six of its eight wells due to saltwater intrusion.

Source

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The Water Footprint of Humanity

Posted by addisethiopia / አዲስ ኢትዮጵያ on February 15, 2012



A fascinating study from the University of Twente (Netherlands) , UNESCO-IHE 

by Arjen Hoekstra and Mesfin Mekonnen

Background

Since the Dublin Conference in 1992, there is consensus that the river basin is the appropriate unit for analyzing freshwater availability and use. An underlying hypothesis of the research programme at the University of Twente is that it is becoming increasingly important to put freshwater issues in a global context. Although other authors have already argued thus, we add a new dimension to the argument. Local water depletion and pollution are often closely tied to the structure of the global economy. With increasing trade between nations and continents, water is more frequently used to produce exported goods. International trade in commodities implies long-distance transfers of water in virtual form, where virtual water is understood as the volume of water that has been used to produce a commodity and that is thus virtually embedded in it. Knowledge about the virtual-water flows entering and leaving a country can cast a completely new light on the actual water scarcity of a country. For example, Jordan imports about 5 to 7 billion m3 of virtual water per year, which is in sharp contrast with the 1 billion m3 of water withdrawn annually from domestic water sources. This means that people in Jordan apparently survive owing to the import of water-intensive commodities from elsewhere, for example the USA.

A second hypothesis of the research programme is that it becomes increasingly relevant to consider the linkages between consumption of people and impacts on freshwater systems. This can improve our understanding of the processes that drive changes imposed on freshwater systems and help to develop policies of wise water governance. In 2002 Hoekstra introduced the water-footprint concept as an indicator that maps the impact of human consumption on global freshwater resources. The water footprint of an individual or community is defined as the total volume of freshwater that is used to produce the goods and services consumed by the individual or community. A water footprint can be calculated for any well-defined group of consumers, including a family, business, village, city, province, state or nation. The water footprint of a nation for example shows water use related to consumption within a nation. Traditionally, national water use has been measured as the total freshwater withdrawal for the various sectors of the economy. By contrast, the water footprint shows not only freshwater use within the country considered, but also freshwater use outside the country’s borders. It refers to all forms of freshwater use that contribute to the production of goods and services consumed by the inhabitants of a certain country. The water footprint of the Dutch community, for example, also refers to the use of water for rice production in Thailand (insofar as the rice is exported to the Netherlands for consumption there). Conversely, the water footprint of a nation excludes water that is used within the national territory for producing commodities for export, which are consumed elsewhere.

Objective of the programme

The objective of the research programme is to examine the critical links between water management and international trade and between consumption and freshwater impacts. Questions posed are: Can trade enhance global water use efficiency, or does it simply shift the environmental burden to a distant location? Does import of water in virtual form offer a solution to water-scarce nations or does this result is undesired ‘water dependency’? How can quantitative analysis of expected or desirable trends in international or inter-regional virtual water flows contribute to water policy development at different levels of spatial scale? How can water footprint accounting become part of the regular practice of governments and businesses and how can it feed into better water policy making? How can water security of communities can be guaranteed by a combination of policies to bring along changes at local, basin and global level? How will the growing demand for bio-energy increase the global water footprint of humanity? Questions like these and others are being addressed in various sub-projects, involving MSc and PhD students from various parts of the world.

Continue reading…

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