Category Archives: Technology

Understanding Water Crises: New Resources Added

 

The At the Waterline blog’s Water Resources page has been updated with 12 new additions in the past few weeks, for a total of 83 links to sources of information and action on issues related to freshwater scarcity.

Check out the new additions:

aquaNOW.info: the World’s Water Data Engine

The CEO Water Mandate

Ceres: Mobilising Business Leadership or a Sustainable World (Issues: Water Issues)

>>> Ceres: Feeding Ourselves Thirsty: How the Food Sector Is Managing Global Water Risks (full report)

FAN: Freshwater Action Network

The Guardian: Access to clean water and sanitation around the world – mapped

LLoyd’s 360 Risk Insight: Global Water Scarcity, Risks and Challenges for Business

Water Defense

The Solutions Project (U.S. state plans for 100% clean, renewable energy)

WaterLex: Publications*

World Health Organisation (WHO): Health Topics: Water

WHO Programmes: Water Sanitation Health

(*Note: The international public-interest development organization WaterLex employs me as its head of communications. )

 

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Filed under Blog Changes and Updates, Climate Change, Conservation, Human rights, Law, NGOs, Research, Science, Sustainability, Technology, United Nations, Water Resources

Set Heading for World Water Week in Stockholm

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In a couple of days I’ll join colleagues from WaterLex at one of the most prominent events in the world of water-related agencies, NGOs, services, and the like — World Water Week in Stockholm, which runs Aug. 31 – Sept. 5 in the Swedish capital, under the auspices of the Stockholm International Water Institute (SIWI). The theme this year, for this and other events around the world, is “energy and water,” two vital forces that are always interconnected.

WaterLex will exhibit in a booth shared with other organizations in the Swiss Water Partnership, and we’ll also put on a lunchtime side event on Monday, Sept. 1: Water & Energy Nexus: Smart Investments to Help Realize Human Rights. Co-convened with the UN Environment Programme (UNEP), the event’s panel discussion will explore how wastewater reuse for energy production can serve populations’ rights to adequate sanitation and a safe and healthy environment, while also making for a valuable investment in sustainability. Check out the speakers and topics. I’ll be the guy “moderating” (more like trying to keep up) or running around with a camera, taking photos for the press materials.

It will be my first time in Stockholm, so I hope to get around town a bit. A colleague recommended the Vasa Museum, the only preserved 17th century ship in the world. It heeled over and sank only minutes into its maiden voyage in 1628, and was raised in 1961. And of course there’s a museum dedicated to Abba.

Related posts:

WaterLex: A New Role for Me, Working on Water Law and Human Rights

If You Could Advise the UN on Water, What Would You Say?

WaterLex Helps Put the Human Right to Water Into New Legal Frameworks

Water’s Place Among Post-2015 Sustainable Development Goals

The Intersection of Environmental Issues and Human Rights

 

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Filed under Environment, Europe, Events, Human rights, Law, NGOs, Rivers and Watersheds, Sustainability, Technology, United Nations, Wastewater Treatment, Water Resources

California Dreaming: New Study Pushes Massive Water-Conservation Effort

Image courtesy of Calif. Dept. of Water Resources

Image courtesy of Calif. Dept. of Water Resources

If California really tried, it could keep a reserve amounting to as much water all of its cities use in a year — about 14 million acre feet. That’s according to a new analysis conducted by the National Resources Defense Council (NRDC) and the Pacific Institute. It’s the “trying” that could prove difficult for the drought-ridden state, because it would take an aggressive, across-the-board effort to save water, reuse water, and capture lost stormwater. Widespread use of available but underused efficiency methods would have to be implemented in the state’s massive agricultural industry, which uses about 80% of allocated water, and throughout urban areas, which use about 20%. That will take strong political will, a lot of cooperation, and financial investment. But it’s worth it, because it will make a huge difference, and you can’t just keep throwing new plans for billion-dollar desalination plants at the problem.

Read more:

Issue Brief: The Untapped Potential of California’s Water Supply: Efficiency, Reuse, and Stormwater – NRDC and Pacific Institute

California Water Security Attainable, Study SuggestsThe Desert Sun

Related posts:

Past, Present and Future: California’s Epic Struggle With Water

Serious Water Conservation Requires Layered Approach and Emotional Commitment

California’s State-of-the-State Address: Brown’s Drought Plan in Broad Strokes

Civilization Lost? California’s 500-Year Drought Potential

To the Rescue in California? Solar-Powered Desalination

Over-Salted: The Trouble(s) With Desalination

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Filed under Climate Change, Conservation, Desalination, Drought, North America, Technology, Water Resources, Water Shortage

At the Point of ‘Peak Water,’ Our Foreseeable Future Grows Shorter

Watercyclesummary

The world has a finite supply of accessible freshwater. By some estimates, less than 1% of the naturally occurring freshwater on earth is accessible to humans; the rest is locked up in ice or too deep and dispersed in the ground for us to get. The phrase “peak water” refers to the point at which we’re consuming available freshwater faster than it can be replenished by nature through the hydrologic water cycle to the usual sources, such as lakes, rivers, and shallow underground aquifers, many of which are already dangerously depleted.

Whether we’re nearing the point of peak water, already there, or well past it is a question under ongoing discussion. One point of confusion is that water volume and use vary widely by region. Some areas are nearing or past peak water, others aren’t. Another factor is that climate change is throwing the status quo of water abundance or scarcity by region into flux. Look at the 2013 research showing that heavy pollution from the U.S. and Europe from the 1960s into the 1980s effectively changed weather patterns, becoming a primary cause of Africa’s long, widespread, and deadly Sahel Drought. What will happen because of today’s pollution from the world’s most prolific sources? (e.g., China).

And those who don’t see water and climate change as parts of the same series of problems should note: “The hydrologic cycle is the climate cycle,” says hydro-climatologist Dr. Peter Gleick, co-founder of the Pacific Institute, in a video interview that lays out overlapping problems. Water, climate change, and energy production are all inextricably linked. In fact, links between water and energy make up the theme of this year’s World Water Day, coming up on March 22.

It’s worth noting that water scarcity is a crucial element of the resource crises cited in the upcoming NASA-funded study predicting a “perfect storm” within a few decades that could end global civilization. The study looked closely at the fall of previous complex societies, such as the Mayans and Romans, and found parallels with our unsustainable overuse of resources — particularly the massively unequal use by wealthy versus poor.

However close to “peak” we may be, no sustained sense of urgency over water scarcity is apparent in mainstream media. In part this is because water supplies are local or regional, not global, and in part it’s because these problems take a long time — and a much longer attention span than a 24-hour news cycle has — to address. So you see localized articles about regional droughts and potential conflicts over resources, though rarely anything that puts the worldwide water crisis in perspective and looks ahead to cross-cutting solutions (e.g., large-scale renewable-energy power production that requires much less water than nuclear or fossil-fuel-based power, combined with modern and far-reaching conservation measures addressing agricultural, industrial, and residential water use and re-use).

Compared to today’s world, our near-future planet will have double the human population, even more-severe climate change, and yet the same old freshwater, redistributed. Perhaps it’s too easy to push off the worry, as we think we’ll get serious about conservation before it’s too late. Or that governments and industry will join together to provide desalinated water wherever necessary — somehow without the troubling environmental costs of today’s practices — before vast human populations must migrate or die.  Or that those fresh and brackish aquifers recently discovered under the oceans will push the point-of-no-return a few decades further into the future. Well, someday, after the fights over the rights, maybe somebody will throw billions at drilling into those aquifers. Because someday they’ll have no choice. And then those reserves will be sucked dry, too.

You might say we have no choice other than to better manage our freshwater.

Read more:

UPDATE: CHARTS: How power generation threatens water supplies, and climate change threatens both – ClimateProgress

UPDATE: NASA-funded study: Industrial civilisation headed for “irreversible collapse”? Natural and social scientists develop new model of how “perfect storm” of crises could unravel global systemThe Guardian

Are we on the path to peak water? – Climate Central (with infographic)

Peak water is here – Daily Kos (links to video interview with Dr. Peter Gleick of the Pacific Institute)

Peak water (background) – Wikipedia

Pollution in Northern Hemisphere helped cause 1980s African drought – Washington University

Related posts:

Mapping the World’s Most Water-Stressed Countries

Serious Water Conservation Demands Layered Approach and Emotional Commitment

Over-Salted: The Trouble(s) With Desalination

Study: Freshwater Shortage Will Double Climate Change’s Impact on Agriculture

Unchecked Emissions Will Drain Water Resources, Warns Leaked U.N. Report

Study Describes Vast Reserves of Water Under Ocean Floors

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Filed under Africa, Agriculture, Climate Change, Conservation, Desalination, Drought, Europe, Groundwater, Industry, North America, Pollution, Research, Rivers and Watersheds, Sustainability, Technology, United Nations, Wastewater Treatment, Water Resources, Water Shortage

Canada’s Biggest Coal Power Plant Is First to Bury its Carbon in Saline Aquifer

Trailblazing power plant is first to bury its carbon – environment – 5 March 2014 – New Scientist

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Filed under Climate Change, Environment, Industry, North America, Technology

Water Resources Spotlight: Green Growth Knowledge Platform

Image: piazzaffari.info

Image: piazzaffari.info

Last month the launch of the Green Growth Knowledge Platform (GGKP) coincided with the opening of the organization’s office at the International Environment House in Geneva, Switzerland, on Jan. 22. It was a stellar opportunity for me to get out of the house, but I missed it. So I doubled back and talked by phone with the group about its efforts.

What’s the point of GGKP? As Benjamin Simmons, the organization’s head. puts it in this succinct-yet-comprehensive overview: “Our aim is straightforward: to give policy makers, academics, experts and other professionals easy access to the most relevant green growth studies, policy analysis, guidance and data.”

It’s all about putting the best information about sustainable development and ways of reaching the goal of a “green economy” in front of the right people.  The link in the previous sentence goes to the UN Environment Programme (UNEP), which boils down the definition of green economy to its essence: It’s low carbon, resource efficient and socially inclusive. 

“The first part of our mission is about catalyzing research in and  around green growth,” said Amanda McKee, GGKP’s communications and outreach officer, based in Washington, D.C. “The second part of our mission is to make all the research acceptable to policy makers and practitioners.”

The data in the platform covers a lot of ground. The resource library contains about 600 publications organized by sector (e.g., water) and cross-cutting theme (e.g., gender), McKee said, adding that data is also organized geographically, representing 193 countries (see the Green Growth Map).

There’s also a collaborative element aimed at filling green-growth knowledge gaps. Currently, committees are looking at four topics: trade and competitiveness, technology and innovation, measurement and indicators, and fiscal instruments.  “If we’re able to generate results from this, we’ll branch out into other topics and launch new committees,” McKee said.

And how will GGKP know if it’s succeeding in its overall mission?

“We’re in the process of developing indicators for measuring success,” McKee said. “In terms of the knowledge-generation aspect, I think the way we’ll measure success is how much of this research is  ultimately picked up by these communities. On the knowledge-management side, a sign of success would be how many policy makers or government officials are making use of resources to put in place green-growth strategies or policies.”

The GGKP was established by the Global Green Growth Institute (GGGI), the Organisation for Economic Co-operation and Development (OECD), the United Nations Environment Programme (UNEP), and the World Bank, where it was initially “incubated,” McKee said. Those steering organizations provide in-kind contributions and part-time staffing to GGKP, while strategic funding comes from the government of Switzerland, which is providing 1.6 million CHF over three years.

GGKP’s main event is its annual conference; the next one, organized by UNEP, will take place in February 2015.  The group sometimes stages side-events at major conferences, like the “open-thinking event on the expansion of green-growth knowledge” planned for UNEP’s inaugural Partnership for Action on Green Economy (PAGE) conference coming up in Dubai, UAE, March 4-5, McKee said.

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Filed under Climate Change, Conservation, Environment, Europe, Events, Human rights, NGOs, Pollution, Research, Science, Technology, United Nations, Water Resources

Past, Present and Future: California’s Epic Struggle With Water

Image courtesy of Ca.gov

Image courtesy of Ca.gov

Alexis C. Madrigal’s new piece in The Atlantic, which he tweeted is his most ambitious yet, is a good read. It has great descriptions of California’s ongoing, larger-than-life efforts to stay hydrated in a place where nature simply won’t cooperate. The article centers on Gov. Jerry Brown’s $25 billion Bay Delta Conservation Plan, which proposes to dig two tunnels under the entire Sacramento-San Joaquin Delta. If built, they’ll be longer than the Chunnel connecting England and France under the English Channel.

Read more:

American Aqueduct: The Great California Water Saga
A $25 billion plan, a small town, and a half-century of wrangling over the most important resource in the biggest state
Alexis C. Madrigal, The Atlantic

Recent related posts:

Serious Water Conservation Requires Layered Approach and Emotional Commitment

California’s State-of-the-State Address: Brown’s Drought Plan in Broad Strokes

Civilization Lost? California’s 500-Year Drought Potential

To the Rescue in California? Solar-Powered Desalination

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Filed under Agriculture, Conflicts, Conservation, Dams and Hydropower, Drought, Environment, Groundwater, Industry, North America, Rivers and Watersheds, Technology, Water Shortage

Restoring Rivers: American Rivers Announces 51 Dam Removals in 2013, Builds New Interactive Map

dam removal

On Wednesday the nonprofit group American Rivers announced its list of outdated or unsafe U.S. dams removed in 2013 to restore rivers, tallying 51 projects undertaken by communities in 18 states working with nonprofit groups and state and federal agencies.

American Rivers says it had a hand in 25 of the 2013 dam removals, but tracks all removals, and is the only organization to do so. According to the group, the top states for dam removal last year were Pennsylvania (12), Oregon (eight), New Jersey (four), and, with three apiece, Maine, Massachusetts, North Carolina and Vermont.  About 1,150 dams have been removed since 1912, with most of those deconstructions occurring in the past 20 years.

Why remove dams? There are tens of thousands of them in the U.S., and quite a few are old, unsafe or no longer serve their intended purpose. As former U.S. Secretary of the Interior Bruce Babbitt once said, “on average, we have constructed one dam every day since the signing of the Declaration of Independence.” Removing them, especially those that no longer do enough for us (e.g., generating adequate amounts of reasonably clean hydropower), can restore river health, clean water, and fish and wildlife, and improve public safety and recreation. See a more complete list of reasons here.

To accompany the 2013 list, American Rivers launched an interactive map that includes all known dam removals in the United States as far back as 1936. The map features the name of the dam and river, location, year the dam was removed, and a description.

“For the first time ever, we have an interactive map that shows every dam removal that has ever happened in the U.S.,” said Devin Dotson, American Rivers’ associate director of communications. “There aren’t many things that have such a big impact on a river as a dam. They block a river, they can hurt clean water, they can hurt fish, they can hurt wildlife. American Rivers has pioneered a science-based approach to the removal of outdated dams.”

Read more from AmericanRivers.org:

51 dams removed to restore rivers in 2013

New interactive map: all known U.S. dam removals since 1936

Why we remove dams

Making hydropower safe for rivers

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Filed under Conservation, Dams and Hydropower, Environment, NGOs, North America, Rivers and Watersheds, Technology, Water Resources

New Desalination Method Disinfects the Water, Too

Image: IDA

Image: IDA

New Desalination technique also cleans and disinfects water: Electrodialysis has the potential to desalinate seawater quickly and cheaply but does not remove other contaminants such as dirt and bacteria. Now chemical engineers have worked out how to do that too. – MIT Technology Review

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Filed under Desalination, Oceans, Technology, Water Resources, Water Shortage

Over-Salted: The Trouble(s) With Desalination

Image: Sierra Club, Angeles Chapter

Image: Sierra Club, Angeles Chapter

It’s tempting to see desalination as an eventual cure-all for parched places like California — something that is expensive to implement and run because of energy costs, but worth prioritizing someday. Someday, that is, when there is no other way to get enough freshwater. Many countries have turned to it.  Unfortunately, cost is not the only reason to put off desalination projects. Their byproducts, or waste, are bad for the environment and difficult to deal with safely. And in California, critics of seawater desalination would add that far more should be done through conservation before turning to drastic measures.

I recently wrote about solar-powered desalination as an alternative to traditional methods that might help California with its record-breaking drought, focusing on WaterFX and its solar distillation of agricultural run-off water for re-use. On Tuesday, The Guardian‘s Oliver Balch picked up on the story in some depth, referring to renewable desalination projects all over the world, but focusing on WaterFX. That prompted a thoughtful article by environmental journalist Chris Clarke for Southern California’s KCET.org. He asked an obvious and very important question: What about all the salt and other stuff we take out of the water?

At the end of any kind of desalination process, you get leftover piles of salt and buckets of super-salty brine. (Use any measurement metaphor you like, appropriate to scale: piles and buckets; hills and lakes; mountains and oceans.) You get a little freshwater and a lot of leftover crap, some potentially useful and some not, and there’s only so much you can do with it. With WaterFX’s solar distillation, you get brine laced with chemicals and solids from the soil, from fertilizers, motor oil and other sources. The company says it can sell the byproducts, but there’s room for skepticism (and leaky landfills standing by). With seawater, desalination projects tend to filter brine back into the ocean, where it dissolves over time. But brine waste, heavier than seawater, can smother sea life on the ocean floor. And, looking ahead, if huge coastal desalination projects continue to spring up all over the world, how much additional salinity can sea life tolerate? Even in the oceans, a little too much salt can kill.

One thing is relatively clear: Powering desalination with renewable energy should bring down long-term energy costs while providing freshwater. But questions and problems remain. In addition to pollution worries, the timing of when to make the big investment can be tricky. As Clarke points out, a large desalination plant opened in Santa Barbara, Calif., in 1992 because of a drought. But the drought ended, and the plant just sat there because it was too expensive to run in the absence of a crippling water shortage. After its test runs, it never produced a drop of potable water. Now, the largest  desalination plant in the western hemisphere is slated for 2016 completion in Carlsbad, near San Diego, at a cost of $1 billion.

Read more:

UPDATE: Desalination could help California — but only if it’s done right – Los Angeles Times

UPDATE: California drought prompts first-ever “zero water allocation” – Los Angeles Times

In talk of solar desalination, there’s a salty elephant in the room – KCET.org

Is solar-powered desalination the answer to water independence in California?The Guardian

California identifies 17 communities that could run dry within 100 days – CA.org

Carlsbad desalination plant construction on track to meet 2016 goal – KPBS San Diego

Related posts:

California’s State-of-the-State Address: Brown’s Drought Plan in Broad Strokes

Civilization Lost? California’s 500-Year Drought Potential

To the Rescue in California? Solar-Powered Desalination

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Filed under Agriculture, Conservation, Desalination, Drought, Environment, Industry, North America, Oceans, Pollution, Technology, Wastewater Treatment, Water Resources, Water Shortage