A Drop of Life
The woman behind the podium said: “Who controls water controls life.”
We were at the International House on Chestnut Street on the University of Penn’s campus in Philadelphia. We had just watched a short film, part documentary, part drama, “A Drop of Life,” about a small town in India with a big water problem. The The award-winning film about the global water crisis was directed by the woman, Shalini Kantayya, a director and an environmental activist with a big heart and even bigger desire to alleviate some of the more intractable issues of our time through movie making. This was her second film, but I got the sense, listening to her rattle off statistics as if they were the names of beloved family members that Ms. Kantayya had been thinking about this long before beginning her film career.
A self-described sci-fi fan who is perpetually inspired by a good story, Kantayya’s film had the sci-fi paradigm with its small group of rebels pitted against the monster conglomerate water company. The town’s citizens were literally dying for clean water while the corporation sold it to them a few cups at a time for more rupees than anyone could spare. And because of the new water supply, the old water supply had been turned over to the cows and was no longer safe to drink from. The people appeared to be doomed. More than that I don’t want to tell you because I want you to see this lovely film and experience its takeaways first hand — who controls water controls life, not just in developing nations, but everywhere — and if you don’t believe that, just consider what’s happened in the United States within the last few years:
Flint Michigan children have elevated levels of lead in their blood today because of the City’s cost-saving measure in 2014 to switch their water draw from the Detroit River to the Flint River which was 19x’s more corrosive;
Charleston, West Virginia where Freedom Chemical spilled crude 4-methylcyclohexanemethanol (MCHM) into the Elk River, contaminating the drinking water of about 300,000 residents in nine counties; and
The entire state of California which was required by Governor Jerry Brown to reduce their water usage by 20% to combat a severe, decade-long drought.
Those are just a few examples. The world is littered with more. Kantayya’s message is simple: “We’re on the edge of a storm,” and need to act now. It’s time to “think outside the bottle,” and remember that water is “a shared right that we are not just owners of, but stewards of.” Kantayya believes that a good place to start would be to end water privatization. Since 2010, the cost of water has risen 48% in 30 major cities, yet corporations continue to extract water for pennies on the dollar and soon supply will be unable to keep up with demand. Pushing the responsibility off to the states is, in fact, irresponsible because the states simply can’t afford it. Kantayya says it’s time to hold both the government and corporations accountable if we are to keep up with trends and changes in consumerism and an ever greater demand for water based on a growing population. For example, while it’s great that EPA protects us against 91 chemicals, there are over 60,000 chemicals on the market which means we’ve got some work to do.
So how do we make the leap? First we need innovation — like the water purifier created by the inventor of the Segway, or the poop straw that instantly purifies contaminated water, or an aquaponic fish farm. Next, we need to invest in our aging infrastructure, hundreds of billions of dollars worth to repair and replace broken pipes across the country. Third, we need a women’s movement because women are always at the heart of any movement on sustainability and history shows that when women get involved, change happens. Finally, we need to realize that sustainability doesn’t come at the expense of jobs, rather the opposite — $188 billion in water infrastructure will create 1.3 million jobs.
How will we change-averse humans deal with such sweeping changes in such a short span of time? It will be an enormous undertaking, but Kantayya has faith, hope, and tenacity, and encourages others to have the same. She described a scene from one of her favorite sci-fi movies, “The Empire Strikes Back.” Pursued by enemy fighters, Hans Solo flies into an asteroid field to lose them:
C-3PO: Sir, the possibility of successfully navigating an asteroid field is approximately three thousand, seven hundred twenty to one!
Han Solo: Never tell me the odds!
— Star Wars Episode V: The Empire Strikes Back
Defying the odds — it’s where Shalini Kantayya lives.
Posted first on the Global Water Alliance‘s “Blogs and Utterings” section of which yours truly is the primary contributor.
Wait, Before You Flush…
When our kids were growing up, the rule was no potty talk at the table. Of course, that just emphasized their need to tell fart jokes, their favorite topic, and then laugh hysterically. Now, in a strange twist of events, I talk about poop and it is they who want to censure me. If you’re a water junkie like me, global wastewater is a fascinating topic, and one covered extensively at the Global Water Alliance’s April 5th Symposium at the Wharton School of the University of Pennsylvania. Speakers from around the world brought their best ideas and biggest worries to the symposium: by 2050, there will be over nine billion of us on the planet who are all going to be thirsty — so much so that the World Economic Forum sees the lack of fresh water as the biggest threat to human survival. Yet, I left that gathering of activism, forward thinking professionals, and eager students with a well-reasoned hope: we will not only survive, but thrive as long as we get the messaging right.
The U.N.’s Sustainable Development Goal (SDG) 6.3 states: “By 2030, improve water quality by reducing pollution, eliminating dumping and minimizing release of hazardous chemicals and materials, halving the proportion of untreated wastewater and increasing recycling and safe reuse globally.”
A lofty goal by any standard and also courageous. Eliminate dumping? Halve the proportion of untreated waste? Increase safe reuse? It seems impossible given our current supply-side economics which inherently requires the continued creation, production, and consumption of goods. Therein lies the key to success and survival: change the way we think about consumption, including waste and wastewater. In doing so, the most pressing topics of our time, the ones that could literally bury us — whether in wastewater, plastic, or hazardous contaminants, or the fact that two-thirds of the world lives with some degree of water insecurity — could be the very things that save us by turning a losing proposition into a money-making one.
How does a species evolve? For centuries, it has been through the written word. Early on, only the richest among us got an education wherein they learned to read and write. Then those in power realized that an educated labor force was a more productive one and public education became the norm. A well-educated populace makes life safer, saner, and more egalitarian. Without the written word, there would be no wide-spread religion, no rule of law, no body of science, no way to transfer ideas from one person to millions, no handbook for living. Once we realized that, civilization thrived, but things have been going awry as of late. Hate, fear, and a mentality of lack are forcing our hand. We realize we can’t always be about consumption and overuse of the earth’s resources for the few who can pay to the detriment of the rest.
We also can’t sit back and wait for the “deus ex machina” defined as “an unexpected power or event saving a seemingly hopeless situation, especially as a contrived plot device in a play or novel.” The Greeks used this all the time to resolve their stories; write yourself into a corner and have a god come down from Mount Olympus to save you. But our earth in the balance is not just a story and no one coming to save us. In order to evolve a species needs to adapt, and with regard to water adaptation requires a global world view if we are to become better, bolder, more visionary beings, ones less insistent on domination and more persistently cooperative. What better way than to start with the medium that brought us all into this world?
Probably my favorite takeaway from the symposium was the term “resourcewater”. We have stormwater. We have groundwater. We have, or rather, had wastewater. And now we have resourcewater. And the truth shall set us free.
Think about it. How much of wastewater is truly “waste”? Waste, when used as an adjective, is defined as: “(of a material, substance, or byproduct) eliminated or discarded as no longer useful or required after the completion of a process”.
What we flush is being eliminated, but should it be considered discarded? Not if we are thinking clearly. When it gets to the wastewater treatment plant it goes through a series of processes designed to cull the solids from the liquids and to neutralize what is harmful and use what remains. Filtration, aeration, digestion, clarification, and a series of other treatments that result in a benign (according to National Pollutant Discharge Elimination Standards) effluent disposed of via an outfall into the river, and a remaining sludge that’s been picked clean by sludge-eating bacteria to make it farm-field ready. To that extent, we’ve always reclaimed a portion of wastewater, but we can do better and that’s where the “resource” water comes in.
Resources are defined as “a stock or supply of money, materials, staff, and other assets that can be drawn on by a person or organization in order to function effectively: [as in] local authorities complained that they lacked resources.” Nitrogen and phosphorous are sold as fertilizer and can be reclaimed from what’s in those sewer pipes whisking your toilet water away. Treated wastewater is safe and can be used to offset water scarcity. Under this scenario, wastewater becomes a treasure trove of commodities if you just know how to clean or reclaim it.
But in order to make it work, a few things have to happen, like keeping our waste stream free from those elements that could interrupt the flow of resources such as solids that are not biosolids, or pharmaceutical waste, or paper and other debris, like tampons and baby wipes, as all these items will ultimately effect the quality of the resourcewater; like sending a message that wastewater is actually resource water with many hidden benefits; and the most important, accepting that this type of resource renewal is the new normal. By changing our minds about how we reuse water, we can go from a 2-3% reuse rate to something far more sustainable (in submarines and on a spaceship the re-use rate is close to 100%) In doing so, we’ll assure ourselves and our progeny that the 366 quintillion gallons of water on earth — of which less than 1% is potable — will last as long as mankind does.
So before you flush, think of the four R’s of sustainable water use: reduce, reuse, recover and resource. When Tuesday night’s macaroni and cheese comes back as fertilizer for your summer broccoli and tomatoes you can take pride in being part of the circle of life. Do that and there will be sufficient resources for everyone.
We are the ones we’ve been waiting for.
Posted first on the Global Water Alliance‘s “Blogs and Utterings” section of which yours truly is the primary contributor.
Your Assimilative Capacity Has Been Reached
Given the rains in California last month, resulting in the evacuation of some 100,000 people due to concerns over the stability of Oroville Dam, you would think California’s drought problems were over, but you’d be wrong. While California is suddenly rich in surface water, the groundwater, or dinosaur water as some refer to it, has far to go before it will be recharged. That process takes years, even decades, and a few rains, big as they are, won’t do much to change things.
On an excursion, a few years back to Santa Fe, NM, I was struck by how dry it was even in late fall. Yes, the climate there ranges from arid to semi-arid, but should even the snow feel dry? For me, it accentuated what’s true for much of the western half of our nation: we’re running out of water.
The Ogallala aquifer, a ten-million-year-old fluvial groundwater deposit, provides water to New Mexico and seven other High Plains states and is the most important water source in the region, covering an area of 174,000 miles. Eighty-two percent of the people living in the High Plains get their drinking water from this aquifer system, yet most of the Ogallala is used for agriculture. About eighty percent of the food grown in the U.S. comes from this part of the country. No wonder the Ogallala is depleting at a rate fourteen times faster than it’s recharging. Factors such as population growth, and contaminants like pesticides and nitrates have contributed to its decline, and failure to recharge means not only less water but also degraded water quality. Recharge occurs through rainwater and snowmelt combined, a paltry one inch per year. With eight states utilizing one aquifer, at this rate of withdrawal and recharge the Ogallala will be depleted in a few decades and, once gone, there is no turning back.
The main barrier to more robust recharge is impermeability. Currently, the specific yield of the Ogallala — meaning what’s available for use — is 15%. The rest of the water is locked up in the unsaturated zone where it’s inaccessible due to impermeability. Until the technology is developed to move this water to the saturated zone, the high quality Ogallala, once used for drinking without either filtration or treatment, will continue to degrade. If a water body is unable to refresh, the water quality tanks, or to put it in scientific parlance, its assimilative capacity, the level at which the water can no longer cleanse itself, has been reached.
Here in the water abundant eastern states drought conditions last seasons, but in the higher elevation arid lands droughts can last for years, turning an acute issue into a chronic one. Without attention, chronic problems tend to become emergencies. While some inroads have been made regarding the impermeability puzzle, they have only achieved small scale relief. It is high time to focus our attention locally, in cities and towns and farms, before our most valuable global natural resource is beyond recharging.
The region is not without action-oriented cliff dwelling conservationists, who have practiced water frugality for centuries. Frijoles Creek, located in Frijoles Canyon, Bandelier National Monument, is about a forty-five-minute drive from Santa Fe. The Ancestral Pueblo people made their home near Frijoles Creek, a perennial stream which provided water for drinking, cooking, bathing and agriculture. The Ancestral Puebloans were drawn to Frijoles Canyon by the wealth of resources created by the creek. Wildlife attracted to a water source within easy reach made for good hunting and the abundant plant life allowed for a diverse diet. Without the tools and other structures which are the hallmark of the 21st century (indoor plumbing!), these dwellers depended on their immediate surroundings to meet their needs. The availability of water was imperative to the quality of ancient life, and Frijoles Creek, a permanent stream in the arid Southwest, was a gold, I mean life, mine. To preserve it, the ancient Puebloans practiced water conservation. The first inhabitants of Bandelier didn’t have dams or reservoirs. They conserved water by growing staples such as squash, beans, and corn in shallow basins or sloped terraces which minimized runoff, evaporation and subsurface drainage and maximized water efficiency. These folks recognized the value of water and thanked their gods daily for its blessings. Industrialized society has forgotten this. The ease by which we acquire water has blinded us to its value. Out of necessity, the Ancestral Puebloans developed water conservation methods. Out of reverence for that which gives life to this planet, we would be wise to do the same.
Our bodies are composed of 70% water which means we need it to survive. However, our use of water far outstrips this survival threshold. The average American family of four uses about 400 gallons of water every day, approximately 70% of that indoors and most in the bathroom. A bathroom faucet puts out 2 gallons of water per minute, about 200 gallons a month if you brush with a wide-open tap. In industrialized nations, freshwater withdrawals have tripled over the last 50 years to keep up with our demand for food, goods, services, and hot showers. Compare the water usage of an industrialized nation to that of an ancient tribe and even accounting for population growth you have two entirely different scenarios.
Perhaps if we had to pay more for water? Despite its ubiquitous nature, less than 1% of water is available for human use. The rest is salt water (oceans), frozen water (polar ice caps), or inaccessible water (groundwater trapped in an impermeable state). We need water to grow or produce everything we eat or drink as well as the products we use. Here’s a few facts about how much water it takes: a slice of bread – 1 gallon; chicken – 10 gallons; a cup of coffee – 2 gallons; 1 pound of corn – 50 gallons; 1 pound of eggs – 20 gallons; 1 pound of hamburger – 450 gallons; 1 sheet of paper – 3 gallons; a cotton shirt – 100 gallons; 1 pound of wheat – 60-100 gallons.
Anyone with a checking account knows that if you bounce a check the bank charges you overdraft fees. What if we metered water usage and charged users overdraft fees in a tiered approach? Start with a flat amount for a particular class of user and as the usage goes beyond that amount, the price increases. What if we account for the true cost of food on the environment? Even valuing water at pennies on a gallon, beef is 450 times more costly than bread. If you had to pay $30 for a hamburger to cover the water processing costs, would you still eat it? My guess is most people would switch back to more plant-based diets. The upside is less cancer, heart disease and a reduction of the general physical and emotional malaise that comes from eating an overabundance of processed foods. In a water-rich world — one we are no longer privileged to be living in — perhaps these factors don’t matter, but in our modern water-poor world, this concept makes sense. Further, simply conserving water will not be enough; it’s akin to using a band aid when you need a tourniquet. We need both: a more sustainable attitude and additional water sources. We needed feasibility research and development to explore regional water use solutions, especially in agriculture and manufacturing. Crucial speed-up adaptation is needed of more sustainable watering practices such as drip irrigation, overhead irrigation, soaking hoses, the use of water efficient crops, and water-wise planting. Using your purchasing power to buy products from manufacturers who commit to using less water during the manufacturing process (ideal is the concept of water-neutrality) would go a long way to delay if not halt the impending water shortage issues. The true costs of our lifestyle on the environment and the choices we make should be accounted for by each of us before our assimilative capacity is reached.
P. J. Lazos is an environmental attorney practicing in Philadelphia, and the author of “Oil and Water,” an environmental murder mystery about oil spills and green technology. Her work and travels have shaped her water-wise view of the world; she values her carefree access to clean, potable water, and envisions a world where everyone has that same daily experience.
I think that if Francois Auguste Rene Rodin (1840 – 1917) knew that one of his most famous sculptures, “The Thinker” had become the symbol of World Toilet Day, a day established to raise awareness of the need for global sanitation, he would be proud. Rodin took 22 years to take “The Thinker” from the first small plaster version to the first large cast bronze version, possibly without having a toilet himself. For while the prototype for the modern toilet was made in 1596 by Sir John Harrington, the godson of Queen Elizabeth I (who you just know had a toilet), toilets didn’t become the norm for a couple more centuries. With the improvement of the “ballcock” by Thomas Crapper in the late 19th century, and the advent of the industrial revolution, the commoners were “flush” with the improvements this new invention afforded them given that they no longer had to contend with late night trips to the outhouse.
Back in the late 80’s when I was studying criminal and civil procedure at the University of Athens (founded in 1837), I was amused to find that a such grand institution as the Athenian School of Law had something in common with 1 in 3 people on the planet. They had no toilets, at least not in the building we studied in, a grand artifice with cavernous rooms and 12-foot windows. What they did have were large holes cut out of a concrete floor that opened into a large metal pipe and led to who knows where — I don’t really recollect, but I do think it was something more than a pit. Each hole had its own stall, so privacy wasn’t an issue, but you certainly wouldn’t spend hours or even minutes in this kind of facility. It took a certain amount of leg strength to hover over the hole and hit the angle just right, and from the smell, I could tell that plenty before me had missed their mark, and while I would have no problem using this particular bathroom system even today, smell notwithstanding, I’m pretty sure I won’t be visiting the University of Athens when I’m, say, an octogenarian.
Even farther back in high school in the late 70’s – before terrorism or the Department of Homeland Security – one of my classmates blew a urinal off the wall in the boy’s bathroom using two sticks of dynamite, M-80’s, I believe, and flooded a good deal of A wing in the process. He called it a prank, despite its uber destructive nature, yet because it was the 70’s, he earned a suspension, not an expulsion. Today, I’m pretty sure he’d get jail time and probably a spot on some Department’s watch list. Also, if he knew he was adding to the fate of those unlucky 1 out of 3 people who don’t have a literal pot to piss in, perhaps he would have thought twice about the M80s.
We Americans are sanitation crazy. Today, I live in a house that has three toilets although I grew up in a house with only one. We have a love affair with our bathrooms, me included. We spend hours in them, brushing our teeth, washing our faces, using the commode, staring at our reflections in the mirror while we brush our hair or study our pimples, we luxuriate in the Jacuzzi tub, and on and on, while the 1 in 3 lack even the most basic sanitation needs. The statistics are compelling and more than a little sad. The 1 out of 3 number equates to approximately 1 billion (yes — nine zeros) people who are forced to defecate out in the open.
Stop for a moment and think of the indignity of that and then cast your thoughts about the other issues, the increased risk of rape or sexual assault, the potential for violence perpetrated upon you when you are at your most vulnerable, and if even these things are not enough, the risk to human health since open defecation means humans are coming into contact with the feces they left the day before, or that someone else has left, increasing the risk of diarrhea, spreading disease in the soil and water, and from person to person by shaking hands because if you don’t have a toilet, you likely don’t have access to clean water to wash your hands afterwards, so every human contact becomes another opportunity to spread the germs. Over half of all cases of diarrhea – which, BTW, disproportionately effects children – are from a lack of access to clean water, sanitation and hygiene (WASH), and while everyone can get behind funding a water pump for a village because it’s good clean fun, toilets are like the poor cousin of the WASH world, garnering only a fraction of the funds, both public and private, that are available for access to water. Let’s face it. Nobody wants to talk about poop unless you’re a toddler and being potty trained and then maybe that’s all you want to talk about.
November 19th is World Toilet Day and this year’s theme is “toilets and jobs.” It almost sounds like a joke, eh, until you think about the 1 in 3. World Toilet Day began in 2001 and became an official UN International Day in 2013. I don’t know when they adopted “The Thinker,” but I do know that we should all do a little thinking ourselves about not only our own, but the world’s sanitation needs for what is more essential to a human being’s health and welfare than a place to go to the bathroom and a place to wash your hands afterwards?
So if you’re thinking about redoing your bathroom, think about the 1 in 3 and maybe send a bit of the money you’ve put aside to an organization that works to increase human dignity and human health, an organization that works to give the 1 in 3 a place to sit and pee.
[Fall in Lancaster County — photo by pjlazos. It has nothing to do with the post but it’s pretty]
If you’ve tuned into this blog before, you know that I have a group of friends from college — the Whales — so dubbed because of a beach house we rented for several summers running (see back story somewhere on this blog), and that as a group we like to do outdoorsy things like hike and kayak and camp and what not. Over the years our group has grown to include friends of friends, and because of our cohesiveness and delight in hanging out with each other, our children have grown up together, too. I refer to the kids as Whales-in-Training and it’s wondrous to watch them expand and change and follow their individual bliss. I especially love it when their bliss syncs with my own. So let me introduce one exuberant high schooler who thinks in terms of centuries, not seconds, who plays the trombone in the high school marching band because its challenging and they said a girl couldn’t do it, who runs track, who bakes like a banshee, and who is on the self-awareness fast track, traveling through life with all the wonder of a child while possessing the maturity of adults twice her age. Oh, did I mention she cares about the environment? (contented sigh)
A New Jacket
by Kelsey Bennett
My parents always complain that nothing is made the same anymore. I agree. Last year, I purchased a brand new jacket from a retail store. The second time I wore the jacket, I broke the lining of the pocket putting my hand in it. The solution: get a new jacket.
But wait… that jacket, as cheap and poorly made as it was, took a lot of resources to produce. It needed coal and oil to run the factory, cotton to make the garment, land to grow the cotton, water to hydrate the plants, fertilizer to protect the crop, and don’t forget all the transportation of the cotton and manufactured clothes. All of that to make one lousy coat.
Companies see the world in green, not green in terms of environmental consciousness, green in terms of money. We have evolved to think that we, as Americans, deserve anything we want. When we buy that cheap jacket we are feeding the hungry corporations that thrive off of our rash impulse buys.
This positive feedback loop continues to drive the production up and we keep buying into the system. The companies produce, we buy, the companies increase production and we increase buying and so on. A good, quality jacket will last a lot longer than one may think, but in America, people prefer to get a cheaper jacket every winter as long as it’s new. Companies realize this so the clothes we buy are not meant to last a season. The quality of our products has decreased. Why have a jacket made to last a lifetime when we will only use it for a half a year and then get rid of it?
The American lifestyle has become, “what do I want?” We buy impulsively whatever we crave or desire, and competition has nothing to do with quality. Americans devour resources and refuse to cut back, but instead, demand more and more. Then, other countries see America, and ask “Why can’t I have that?” We are greedy in our desires, a bad influence, like the older sibling who uses a naughty word only to hear their younger sibling repeating it later. We know better we should get a hold of our wastefulness, but instead we demanding more.
Worse, however, is that we believe we are saving the environment. That is what kids are being taught in schools. The upcoming generations thinks solar panels and windmills will save the world from global warming and other deadly sins. Ironically, they think this while wearing new clothes, holding brand new school supplies, and sitting in an air-conditioned classroom. Americans don’t know because we really haven’t been taught and we are having a hard time understanding the how’s and why’s of the ways humans are hurting Earth rather than helping it.
I hope my generation accepts responsibility and is prepared to change our ideas about what we value and what it’s worth. We are living in a very unbalanced time, a delicate experiment that is on the verge of going horribly wrong. One degree too many could do away with the barrier islands in North Carolina, wipe out crops in the west, flood Manhattan. The is a high cost to misjudgment. I hope my generation becomes aware of the impact that they have on the environment and how we need to choose science over sticking our heads in the sand or we may have to pay that cost. Our parents raised us enjoying quality family dinners, new clothes, an abundance of school supplies. These are good things, but they can no longer be throwaway things. We need to make sustainable choices so that there’s enough for everyone and for many generations to come. We can do this, one small choice at a time. Then there will still be hope for the Earth.
The Journey Continues
There are many kinds of people in the world, doers and dreamers, concrete and abstract thinkers, queen bees and worker bees, some that see the world as a challenge, a mountain to be scaled and conquered, others who view the hike up on a meandering, little-used trail as an adventure of self and world discovery, where the surprises at every turn are perhaps tempered by more than a few dead ends, none of which dampen their enthusiasm. I fall into the latter category, a seeker with a driving curiosity about life that ensures I’ll never retire simply because the world holds too many conundrums, puzzles, and unanswered questions. For me, the acquisition of wisdom and knowledge outweighs many of the material rewards life has to offer. That doesn’t mean we seekers don’t enjoy creature comforts and nice vacations, but money in itself is never the end game.
I have a teacher who says that unless you are 100% committed to yourself and 100% committed to mankind, you are not serving your purpose. It’s only then that all the parts of your Self are in agreement, fluid, working to fulfill whatever destiny it is you chose before you entered this world. If you do both, you are doing it right and your body, mind, and spirit will be in alignment. That doesn’t mean you won’t encounter obstacles, just that you are on the learning path that is best for your Soul. It’s when you do it wrong — too much of helping out mankind to the detriment of yourself, or too much of helping yourself to the detriment of others — that the dis-ease starts, creeping into your body the way spiders come into the house when it gets cold. We all know what being out of alignment feels like. The trick is learning how to live in balance so both you and the world can be winners. I call it the Seeker’s Service and it’s a great way to go through life.
My friends, Matt Lisle and Adrian Lievano have become quite adept at this seeking/serving paradigm. It all started when Matt and Adrian won one of the President’s Engagement Prizes and received a $100,000 grant — their idea was to treat water with the seed of the moringa tree — from University of Pennsylvania, which, as an institution, was interested in engaging students to find solutions to pressing societal issues. The idea behind the prize was to give budding entrepreneurs a way to work on their ideas without worrying about how to make money to live. Both Matt and Adrian had long felt that water, sanitation and hygiene, or WASH, was one of the toughest and most complex issues in the world today. Over 3 million people died each year from WASH-related problems while over one billion people didn’t have access to clean water. Armed with a B.S.E. from U of Penn and a course of study in mechanical engineering, Matt and Adrian traveled to Kenya to learn about water issues by experiencing the problems firsthand.
After spending a Fall in Kenya, making connections and working on their moringa project, talking to professors and leaders in the industry, setting up the connections to acquire the seeds, and putting many of the moving parts into place, even incorporating their company, Everwaters, Matt and Adrian realized that they were just getting started. Lots more research needed to be done before the moringa filtration system was ready to be converted to a large scale operation and, frugal as they were, at some point, the money they received from the President’s Prize was going to run out.
Matt and Adrian were brainstorming this past winter and came up with an idea for a water filtration kit using a ceramic filter and coconut activated carbon. The filter is made from coconut husks that are cut up and steamed at temperatures somewhere in the range of 600-1200 Celsius. The heating process leaves behind a highly porous substance of pure carbon. (The carbon in the Brita filter is also made from coconuts.) Matt and Adrian’s carbon filter has charged functional groups, little particles that allow the carbon to reduce lead as well as what filters usually do which is to reduce chlorine and other chemicals. They actually buy the technology for the filtration system from another company that has been in business for the past 180 years and is the same filtration system used by Queen Elizabeth! Using the revenue from the filter sales, Matt and Adrian hope to generate enough to continue their research into using the moringa seed and ultimately create a product that will be indigenous to Everwaters.
The name of the new filter is Cowa. The two entrepreneurs are hoping to launch a Kickstarter campaign on November 9 and will appear on a TV show — Make Me a Millionaire Inventor — on CNBC on November 10. Filming for the TV spot was completed in the spring. The filter is a timely thing for U.S., given, for example, the events in Flint, Michigan and the aging water infrastructure overall nationwide, and Matt and Adrian are hoping that there’s a good niche.
The filter kit will cost $49 or $59 on Kickstarter, discounted from $65 and $75 for the crowdfunding campaign, depending on whether it’s clear or translucent. The cartridge refill which needs to be changed every six months to a year is $39, discounted from $49. More information about what the filter does is available on their website at where you can sign up to receive information on the launching of the product.
Interested? Matt and Adrian are running an email referral campaign where you get points every time a friend signs up using your link. You get rewards at 5, 10, and 25 points – 25 gets you a free water filter. In this day of aging water infrastructure there could be contaminants in your drinking water that you aren’t even aware of and a Cowa — short for coconut + water — water filter can help. If you buy one today you’ll be part of the funding for the next generation of water treatment systems using moringa oleifera and won’t that be inspiring, just like Matt and Adrian?
Consider the cow. It takes one gallon — 3.6 liters — per 100 pounds of body weight to water a cow and two gallons when it is hot outside. If Bessy is lactating, you need to double those numbers. However, that doesn’t account for the amount of water it takes to grow the hay or corn for Bessy to eat, or the gallons upon gallons it takes to butcher her and scrub the factory floor clean when the job is done. When you run the numbers, growing food is a water intensive business. If people don’t have access to water they don’t have food, and if it’s tainted water, the food will not be that stellar either. Worldwide, agriculture accounts for about 70% of all fresh water usage, and in water poor regions, residents may need to choose between taking a shower or growing their beans/greens.
From the moment you get up in the morning, water is an integral part of your day. Maybe the first thing you do is avail yourself of the bathroom and flush. If you have a low flush toilet you use 1.6 gallons of water (6.05 liters) and if not, it’s between 3.5 and 7 gallons (13.2 and 26.5 liters). Then you wash your face and brush your teeth. If you let the tap run wide open while you’re doing these things, you’re using 2 gallons per minute (7.57 liters). It goes pretty quickly when the water flows so readily, eh, but two gallons is a lot if you have to buy it at the grocery, carry it home, and store it in your house until you need it. And two gallons barely gets you through your morning toilette. If you’re conservation minded, which I hope you are, you’ll only turn the water on to rinse and spit.
Next is breakfast. Do you drink coffee? If you make a full pot, 12 cups, that is about 100 ounces. There are 2 cups in a pint (16 ounces), 2 pints in a quart (32 ounces), 4 quarts in a gallon (128 ounces). Cheers — your entire coffee pot uses less than one gallon of water (3.7 liters). But wait, there’s more. The coffee beans. They take water to grow, about 35 gallons of water (132 liters) per one cup of coffee. In fact, the world’s population uses an insane amount of water to grow coffee beans, accounting for 2% of crop production worldwide.
Are you having an egg with your coffee? Then tack on an additional 50 gallons (180 liters) of water to your daily total.
Off to work. Are you putting on your button down cotton shirt? If so, that shirt costs the earth 650 gallons (2,460 liters) of water in irrigating the plant, rainwater evaporation, and dilution of wastewater from fertilizers and manufacturing. Do you take notes at work? If so, do you use paper? It takes 100 gallons (360 liters) of water to produce 40 sheets of paper. That includes copier paper. Whoa. On to lunch. Do you have a sandwich? Well, one slice of bread takes ten gallons (38 liters) of water to produce or about 200 gallons (757 liters) per pound. The glass of milk you pair with your sandwich requires 54 gallons (204 liters) of water to produce while apple juice (for those of you who are lactose intolerant) has a smaller water load — about 17.5 gallons (66 liters).
How about dinner? One 12 oz. steak takes — wait for it — 1,300 gallons (4,921 liters). Prefer chicken? It takes 500 gallons (1,892 liters) for one pound of chicken. The number reflects feeding and watering the animal until maturity, slaughtering the animal, and getting it to market. Potatoes take 100 gallons (378) to grow. Corn accounts for 8% of the global water usage in agriculture although to be fair, this is corn that both you and Bessie will consume.
Granted these numbers are estimates and subject to some interpretation, but it’s clear that every day we each use thousands of gallons of water that we weren’t even aware of using. While we don’t all have to become vegetarians, there is a good case to be made for reducing meat consumption, not only for personal health and wellness, but for the health and wellness of the earth’s entire water supply.
So as you go through your day, keep in mind the hidden water choices you make from minute to minute. Ruminate on the small changes you can make to your life that will save a few drops of water in the moment and hundreds of gallons or liters over time. And enjoy that glass of water you’re drinking. It’s truly the only water-related item that’s exactly as it seems, unless, of course, you consider the water that is needed to make the water supply plant operational, and the water needs of the personnel that make sure that the water in your glass is safe, clean, and even healthy, and, well, you get the picture.
How’s this? In the future we will fight wars for water. Sound plausible or more like SciFi? Probably no one really thought we’d fight a war for oil, but then Iraq happened and that strange concept became part of history. Or how about this? Out of all the water on the planet, less than 2% is potable. Industry, agriculture, and little ole’ you have to make due with just 2%.
Until lately — think California drought, Louisiana flooding, and wildfires out west worsened by lack of rain — we’ve been lucky here in the U.S. Aside from some pockets of desert, the nature of North America is one of an abundant water supply which we’ve used to our advantage, freely, and without a care for where it comes from or whether it will run out. Flush toilets, indoor plumbing, and hot or cold water, delivered directly to your tap with the flick of a wrist are all part of the backdrop of a modern day, developed country.
At my last house, a 140-year old Victorian, there were two large cisterns under the pavement just outside the back porch. They held several hundred gallons of water. My husband believes that the house was built with indoor plumbing so it’s unclear to me why the need for such large cisterns. Their presence denoted a sense of water insecurity since rain barrels and sustainable gardening weren’t even concepts in 1876 when the house was built. It’s possible though that the town, a tiny suburb of Lancaster City (established circa 1729), didn’t have an entirely dependable water supply system at first, resulting in a need for water on hand, a condition which the cistern remedied.
My friends who live in Rome most of the year own a vacation home in Manciano, a small town of about 7,000 in Tuscany, Italy, where I spent some time one summer. At least part of the town dated back to Roman times. The town center of Montemerano spun round and round in a slow rise up the hill. Row houses lined either side of the street. At the top a small castle sat perched like a wedding cake. A modern day equivalent would be the mining town that springs up around the mine — a church and a bar on every corner, a couple schools thrown in for good measure. Manciano was a wonderful place to vacation but the proximity of the houses across the street made it tough to have any privacy at all. You could hear your neighbors cooking and snoring and calling their kids home for dinner.
At night we filled plastic water jugs and set them next to the toilet because the water system shut down at 9 p.m. each evening. If you got up to use the bathroom and needed to flush the toilet you filled the tank afterwards with water from the jugs. I say needed to flush because the rule was “let yellow mellow and if it’s brown flush it down.” That may sound gross to a developed country dweller, but it’s commonplace in water conservation parlance where water scarcity is an issue. At 9 a.m., the water came on again and you forgot the evening struggles, but, cognizant of the work it took in the night to keep things flowing, my friends unconsciously continued their water conservation practices throughout the day. Sublime.
September 21 is International Day of Peace. While access to water may not be the first thing you think of when you think of peace, I submit it’s probably because you haven’t experienced a water shortage, at least not one of any duration. Less peaceful was Saddam Hussein’s dam construction project in Iraq which diverted the water of the Tigris and Euphrates Rivers — the area known as Mesopotamia, the Cradle of Civilization, also the Fertile Crescent. In addition to agricultural uses, the dam project’s intent was to drain the ancestral lands of the Marsh Arabs as punishment for hiding Iraqi rebels during times of uprising. Definitely not peaceful.
So this week, or how about forever, conserve where you are and when you can. Be grateful for the flick of the faucet. Keep water plentiful. Keep water peaceful.
Slipcover the World
If given the choice, most people would not wash their hands with a pesticide even if it assured them a squeaky clean, bacteria-free experience. Yet every day in kitchens and bathrooms across America, people are unwittingly doing that very thing. Triclosan bears a chemical name too long to pronounce and while not as pervasive as say, air, it does seem to be everywhere. Since making its debut in 1972 as a surgical scrub in hospitals, it has gone viral, pardon the pun, showing up in an ever-expanding list of products such as hand soaps, shampoos, dishwashing detergents, toothpastes, underarm deodorants, cosmetics, toys, fabrics, utensils, bedding, trash bags and flooring, among other things. The ruse is if you’re healthy, Triclosan doesn’t boost your chances of staying that way; studies show no reduced risk of viral infection in an otherwise healthy household. Yet because of overuse, scientists worry that Triclosan’s effectiveness as an antiseptic agent in hospitals may be significantly reduced.
Triclosan, also known as Microban, Lexel 300 and Biofresh, to name a few, is an antimicrobial agent — a/k/a a pesticide — demonstrating success in killing microorganisms like bacteria, fungi and viruses. Without getting too technical, Triclosan blocks certain enzymes necessary for bacteria to reproduce, effectively stopping its spread. Sounds great until you realize that not all bacteria are bad (think yogurt), and that a “bomb the house” mentality is not always the safest or smartest way to treat a few rogue invaders on host organism shores.
In order for Triclosan to work effectively, 20 to 30 seconds of hand-washing is required, or as we tell school children, about the time it takes to sing Happy Birthday. Without that time investment, the positive effects are literally washed down the drain. The FDA and the CDC agree that the best way to stay germ-free is to wash with good old soap and water. Unfortunately, about 75% of liquid and 30% of bar soaps contain an anti-microbial which means you have to read labels. The Center for Disease Control (CDC) says Triclosan is present in 75% of the U.S. population’s urine samples and a Swedish study found Triclosan present in breast milk which is not surprising given that approximately 95% of products containing Triclosan are washed down our collective drains. Waste water treatment plants’ ability to remove Triclosan varies, depending on the process, but the removal rate can be as much as 95%. The rest ends up in surface waters in waste water treatment effluent, through stormwater overflows, and agricultural runoff. One study looked at the accumulation of Triclosan in biosolids (sewage sludge) and found that once the sludge was spread on fields it not only leached into the soil, but was transported to the nearest waterway as runoff with each subsequent storm event. It’s possible that over time, large quantities of Triclosan will pass through these systems and into our rivers and streams where, depending on concentrations, there is evidence that it could be particularly toxic to the algae feeding the aquatic ecosystem.
While touted as non-toxic to humans, the collateral effects still have not been quantified. Triclosan may be easily absorbed into the body where it can bioaccumulate in fatty tissue. Recent studies as well as one EPA study on rats suggest Triclosan is an endocrine disruptor which means it interferes with your body’s metabolic processes, lowering temperature and demonstrating a depression of the central nervous system. By mimicking, blocking or even altering concentrations of the hormones produced by the endocrine system which include estrogen and testosterone, the entire endocrine system may be affected, meaning thyroid, gonads, adrenal and pituitary glands which are essential to our natural growth and development.
Various studies also suggest that dioxins may be formed when Triclosan is heated during the manufacturing process, when it reacts with sunlight while in surface water, degrading it to form dioxin, chlorophenols and other compounds, or when combined with tap water to form chloroform, a human carcinogen. This ubiquitous and persistent environmental toxin becomes more dangerous as it bioaccumulates. Perhaps most important, microorganisms may be building a resistance to Triclosan. EPA is assessing whether there is a connection between the use of the pesticide and the declining effectiveness of some antibiotics. A 2005 study by the Norwegian Scientific Committee for Food Safety which focused a risk assessment on the use of Triclosan in cosmetics found its widespread use represents a public health risk because of the developing resistance to this chemical which is clinically important as a sterilization agent. And here we are washing our hands and faces with it, shampooing our hair and eating from plates soaked in it.
Triclosan is regulated by EPA when used as a pesticide, preservative, fungicide, or biocide in products such as plastics, fabrics, flooring and the like, and by the FDA when used as a food or drug additive. EPA requires registration of those products which means a manufacturer must review a product for efficacy so EPA can determine whether the manufacturer’s claims are true. The FDA has similar regulations for drugs, but not cosmetics. So when Triclosan is used in products like deodorants or hand soaps, there is no requirement to prove its safety or effectiveness. After a cosmetic is on the market the FDA can regulate it and if that cosmetic is proven unsafe the FDA can ask for a voluntary recall. Yet, should a compound which requires registration when incorporated into inert products be used freely in cosmetics and toothpastes without being registered?
I have long been a libertarian, pharmaceutically speaking. We eat organic food when we can, generally refuse the flu shot, only use antibiotics when it’s clear they are needed (and as a result, antibiotics work like a miracle drug in our house), and never buy antimicrobial soaps unless it’s by accident. My feeling is that if I allow my immune system to become fat and lazy, living high on the hog while the antimicrobial does all the work, when I really need my immune system to kick in, I’m going to find the “out to lunch” sign hanging on the door. There’s a term for this condition: “hygiene hypothesis,” proposed by epidemiologist, David P. Stracher in 1989, and it links the overuse of antibacterial agents to an increase in asthma and allergies. Apparently, allowing your body to mingle with microbes gives it a chance to test its mettle and develop some ninja-like, disease-fighting skills that keep all kinds of troublesome conditions away. In fact, studies show that kids raised on farms have fewer allergies and hay fever than those raised in more sterile environments.
Currently, scientists are warning us of a super virus that is immune to treatment as a result of our overuse of antibiotics. With all this microbe protection going on will there soon be super-microbes as a result of our overuse of antimicrobials and will our immune systems even know what to do with them? Even more intriguing, is it possible that some microbes can be our friends? Penicillin humbly began as Penicillium fungi. Had antimicrobials been part of our pharma-speak at the time would we even have penicillin? What’s all this have to do with soap, you ask? Everything. We’ve become risk adverse, adopting a prophylactic mentality, and it’s weakening us. You can’t protect yourself, your things, your family and everything you’ve got with a miracle soap or drug any more than you can slipcover the world. With such of plethora of chemicals in our potions and lotions, can our immune systems even spot a hostile takeover in the offing? I even found Triclosan as a listed ingredient in my husband’s deodorant where, according to manufacturers, Triclosan’s active ingredient continues to work up to 12 hours — that’s 12 hours of continued dermal contact!
The growing body of research on Triclosan reveals the potential for multiple human and environmental effects and possible bacterial resistance to this important product through overuse. What can you do? Read labels, ask questions, write to manufacturers and Congress and tell them what you don’t want in your household products: pesticide-laden soap standing guard on your kitchen counter. Skip the chemicals that would usurp your immune system’s authority. Let your body do the work.
Author’s Note: EPA began a comprehensive registration review of Triclosan in 2013, ten years earlier than the previously scheduled review. The review which will assess the risks to human health and the ecosystem, among other things, is ongoing.
Previously posted in a slightly different version under the title The Usurper.
When Chemicals Combine
It’s a tenet of the modern age that if you are alive and thriving on our planet, walking around in a “meat suit” — to steal a term from the TV show, “Supernatural” — you are likely composed of a cornucopia of pharmaceuticals, some of which you ingested internally and some which you just picked up along the way. No one knows how many chemicals are on the market today, but of the tens and tens of thousands, only a fraction of them have been vetted by the Society of Chemical Manufacturers of America, the Environmental Protection Agency, the Food and Drug Administration, or any of the other organizations with any kind of “jurisdiction.” If you ask the EPA what, say, arsenic does, they may tell you it’s a chemical with an atomic number of 33, that it’s commonly occurring in minerals, that it’s used in industrial settings for strengthening alloys of copper and lead, and as a semi-conductor, and in the production of pesticides, insecticides and herbicides, among other things. It can also be naturally occurring in groundwater, and problematically, long-term exposure can lead to such things as diabetes, cancer, and cardiovascular disease. Fine, good, glad to have that info. Let’s definitely keep arsenic out of our drinking water. But what about teflon? Or aluminum? Or dioxin? Anyone study those much? Know what the cancer risk is? The fate and transport? Whether it’s water soluble or the speed at which it travels to reach the ground water? The nine ways to Sunday I can die from it?
The answer is yes and no for these and a slew of other chemicals. It’s especially true for the popular chemicals like those used in plastics. More often than we’d be comfortable knowing, a full-blown risk analysis has not been done for the single chemical let alone when chemicals combine because: a) we lack the ability; and b) we just don’t care. Well, maybe b) is a little harsh but the bottom line for any corporation is black, not red, and testing usually costs more than the immediate payback which is why they employ risk analysts in the first place. Besides, it’s nearly impossible to check for all those possible combinations, meaning even the most diligent corporation is sometimes going to get its ass handed to it because it didn’t see something coming.
I am not against chemicals. They help grow crops, get rid of pests, purify water, cure disease, clean toilets, and many other things. Ever since we standardized chemical production in this county we’ve been pumping that stuff out like sweet gas ostensibly as a way to make life better, more efficient, longer lasting, more durable, better insulated, etc., and it’s worked, yes, but with little regard for the long-term implications. I’m sure the people who climb Mt. Everest today are much warmer in their Gore-tex than those dudes who wore wool that didn’t insulate well when wet. As an aside, Velcro was made by mimicking nature. Swiss engineer, George de Mestral pulled a few burrs off his dog in 1941 and in doing so, decided to have a closer look. He discovered small hooks on the burrs that allowed them to cling together and voila, a product that changed lives, especially for preschoolers. Similarly, plastic has revolutionized the food industry, as well as car, space, practically every industry imaginable. Today, we use plastic for things as diverse as car parts, sandwich bags and water bottles. Imagine going back to the tin lunch pail as opposed to a thermal lunch bag, or taking your water in a glass bottle!
So what’s a society whose total potable resource is less than 3% (1.69% is groundwater, and .76% is freshwater – the rest is salt) to do? On the one hand we need chemicals. On the other, they’re killing us, especially our water. It’s not just chemicals like pesticides, but also pharmaceuticals, and the stuff we dig out of the ground like radionuclides (from fracking), and our meat suits are having a heck of a time adjusting.
We are lucky here in the U.S. We have the topography and the various climates to grow food year round and we grow a lot of it with the help of pesticides. While there’s no question that pesticides cut weeds, bugs, heck, maybe even migraines, the chemical that’s keeping the beetle off your kale is “enriching” your soil and water in ways you don’t think about when you sit down to dinner. The “fate and transport” of most of these compounds is a big fat mystery. While there may be information on one chemical component, when these same chemicals combine it’s “a whole new world” to quote Disney.
First, let’s start with a short elementary school science lesson on the water cycle. Water does the same thing over and over: condensation, precipitation, accumulation, transpiration, and evaporation. In this scenario, it could take years, maybe even decades for those chemicals to reach groundwater, but they will eventually get there and when they do, other than it won’t be pretty, who knows? Since 50% of our nation uses groundwater for drinking — and bathing, and cooking, and growing crops — we want it to be as clean as possible. The EPA sets Maximum Contaminant Levels (MCLs) for certain chemicals for drinking water, but not all chemicals have been studied, especially not in combination.
Typically, pesticides are present in streams, but less common in groundwater. They also appear in shallow groundwater found in urban and agricultural areas as well as surface water. The deeper the well or groundwater, the fewer pesticides. While this is hopeful, it doesn’t mean we are home free. It could just mean that it’s taking the chemicals a really long time to get where they are going which is bad news because of their persistence in the environment. For example, DDT, a class of organochlorine pesticides was banned in the 70’s, yet still shows up, along with its byproducts, in streams and underdeveloped watersheds, disheartening because it’s evidence that chemicals travel in water like a college student on a semester abroad, “turtle-ing” their way from stream to further stream.
Since water by its nature is fungible and ubiquitous and the very nature of it is to circle the globe, eventually none of us will be immune. The radiation of Fukushima will make its way to the west while the industrialized fallout of the west will float east. Air is the same, not stagnant, but flowing.
So what to do? Buying or growing organic is a start and if you can’t do that look for products that use minimal chemicals. And tell your legislative representatives that environmental standards must be adhered to in trade deals. Rather than allow NAFTA, CAFTA, TPPA, and whatever else is coming to undercut our right to have clean air, soil, and water because of a lack of environmental controls, why don’t we make these other countries rise to our environmental standards as an integral part of any trade agreement? Then we can leave the world and its water in a more potable place than we found it. And the next generation will thank us profusely.
author’s note: According to USGS, from 1964 to 1993, the nation’s use of pesticides grew from approximately 540 million pounds to about 1.1 billion pounds, i.e., we used a LOT of chemicals.
[photo of Bethany Beach, DE]
World Environment Day
Welcome to World Environment Day, a day to celebrate stewardship of the Earth. We as Americans have so many natural resources that we often take for granted while other parts of the world are not so lucky. So what can we do to make our place a little cleaner, more livable, more sustainable, and demonstrate our gratitude for those resources we do have?
Positive action to protect your planet is what it’s all about on June 5th. Remember, it’s the tiny things that add up to big things in the end so make a few little changes that will last a lifetime and help to transform not just yours, but many lives in the process. In the interim, here’s something to think about: our amazing water and a novel idea that will help those who don’t have access to WASH, water, sanitation and hygiene.
Rupert Whiting’s got a plan:
An Open Discussion About Open Defecation
Open defecation is not a topic for polite conversation. Let me start by acknowledging that and may I apologize for bringing up the subject regardless. I have to. I do so because it is the avoidance of the conversation that contributes to the continuance of what is a totally unacceptable situation. It is our society’s unwillingness to talk about the reality that many millions of Indians still have to defecate in the open that masks the fact that it happens. In this series of articles we intend to not only lay bare some unpalatable and hopefully unacceptable facts of life in India but also to show how simple, cheap technology can address the problem and create lasting benefits that extend far beyond the bathroom.
A recent statistic supplied by WaterAid America in support of World Toilet Day (you know that there’s a problem when someone decides that we need a World Toilet Day) calculated that if all the people in India who do not have access to a safe and private toilet were to line up for one lavatory, that line would extend beyond the moon. That is a shocking statistic.
So where do these people do their business? The answer is in fields and on beaches and in mangrove swamps. This practice is not only degrading for the people, it exposes them to significant danger and exposes the entire community to unnecessary health problems. The time and energy expended simply seeking a private or fresh place to perform bodily functions is time and energy not spent improving their lives. Case studies show that when people are given access to lavatories they invest the saved time in more education, entrepreneurship and community building. The latent entrepreneurship that exists in these millions of people is astounding and all they need is support for something as simple as a lavatory to unleash it.
I have heard many objections to the suggestion that this is a problem we can (relatively) easily solve. An example is: Where will all this waste go? If it will end up untreated in the sea anyway why not just let it be placed on the beach in the process? The answer is that simple technology exists today to convert the human waste into water clean enough to bathe in within a few hours. That water can be used to irrigate crops or to make communities cleaner. It can be used for any purpose where there is not enough clean water today, including drinking if the people would accept it.
Therein lies the answer to another objection I have heard – that these people must be used to open defecation and it is therefore, somehow, acceptable to have it persist in 2015. That is absolutely not true. These people are proud people and they suffer the indignity every day. They may be too proud to drink water that was recently in their body and that is fine, there are many other uses for the water. Such pride might not be misplaced assuming that their current drinking water is safe.
Often their water is totally unsafe to drink and serious health problems arise. Infant deaths and stunting and malnutrition all occur as a direct result of dehydration caused by drinking contaminated water. One simple unit that costs under $10,000 can meet the needs of several hundred people and can provide enough safe water for their daily needs. The list of benefits for the people, the community and the environment is almost endless.
A third and final (for now) opinion debunking is the notion that the slum dwellers accept their lot in life and do not strive for personal betterment in the way of the western cultures. I do not doubt that Indians typically accept their lot in life with better grace than Europeans or Americans but I also question the notion that they would not accept an increase in living standards if offered – be that by a God or a by a fellow human being. They may not be calling for this very loudly but that does not mean that they would reject it if it were available. And it is available.
All of this aligns perfectly with Prime Minister Modi’s agenda to meet Ghandi’s vision of Clean India by 2019. The technology exists today to take away the biggest humiliation for millions of people and to begin to meet the United Nations goals for sanitation and clean water. The technology exists. Does the will exist to make this happen? It will be interesting to see if the recent drive for greater awareness of the issues translates into action or just more fund-raising.
Rupert Whiting is a business consultant with Six Degrees Consulting. He can be reached at email@example.com with questions about the technology and plans for deploying the technology in India in 2016-2019.
The Global Water Alliance’s 9th Annual Conference
This year’s Global Water Alliance (GWA) conference in April 2016 hosted a variety of thinkers, entrepreneurs, NGO’s, policy makers and regulators at the Fox School of Business conference rooms at Temple University. All right, just one regulator, me, but I didn’t go for that reason. I went for the fun, I went for the camaraderie, and mostly, I went for the KTS, the knowledge transfer session. Since its inception, the GWA has been a networking station and clearinghouse for all these groups who have at their core a passion for water and solving the world’s WASH — water, sanitation and hygiene — issues.
The presentations were as varied as the issues themselves and over the next several months I hope to showcase at least a few of them. For the first one, let’s talk about technology because innovation is the one thing that will move us off the precipice — read: brink of disaster — and back to level ground environmentally which, I believe, equates to globally if you do the math.
What do I mean by that? Well, it’s common knowledge that there are now seven billion of us drinking the water, breathing the air and using the soil to grow crops. But how much more can the planet support? Experts say the planet will top out at nine billion, but that’s a prediction and despite all their logarithms and modeling not much more accurate than the famous prognosticator, Nostradamus (and he was pretty spot on for a guy who lived in the 16th century) simply because there are too many variables. What if it’s 14 billion? 18 billion? We’ll be crawling over each other like ants.
Let’s assume for kicks that the experts are right and nine million is tops. We still need to make it sustainable. Only about two and a half percent of our water resources are potable. The rest is salt or marsh which means our water resources are stretched super duper thin and if all nine million of us are drinking and showering and watering our lawns at once, who knows? The thing about water — it just keeps going around in a loop of precipitation, accumulation, transpiration, evaporation and condensation.
What we’ve got is all we’re going to get, and we have to share it with every living thing, industry included, so we might want to establish some ground rules. I for one don’t like radionuclides in my water nor any other type of hazardous waste really, but that could be a personal preference.
Meet Rupert Whiting, President of ClearGold and Six Degrees Water
Here’s where the innovation part comes in. What if you could completely remove the waste stream from the water? Grey water is the after product of what you use for bathing and washing and laundry, everything but sewer water. What if you could make any water so clean that you could drink it? I know. Gross, right? In the event of a nine or fourteen million person planet we may have to. Rupert Whiting, President of ClearGold Water Restoration Company, Ltd., and CEO of Six Degrees Water Company has figured out how to make wastewater not just reusable, but potable. Hold the “eeeeewwww” and hear me out.
Whiting was originally on a quest to save the Ontario lakes, but thought it was more important to take this technology to the developing world. He asked the same questions others before him have asked, but where those questions were rhetorical to others, Whiting saw a different issue other than just access, and a business opportunity as well. For one, he wanted to know why women in Africa walk for hours to get water for washing and then throw the water away when they are done. This question more than anything fueled his entrepreneurial desire.
His companies have developed the technology to take wastewater and turn it into clean, potable water or “clear gold,” hence the name. Whiting maintains that if you employ his technological solution, you will hit all 17 of the U.N.’s Sustainable Development Goals and solve a big water treatment problem in the process. The current freestanding model looks like a giant box with a row of toilets on top, but it can turn waste into clean, usable water in 46 hours. The secret is using lots of bacteria — in India he uses Ganges River water which is loaded with bacteria. The oxygen is supplied in four separate bubbles at four separate stages of the process. The device pumps water around and pushes oxygen into various chambers in a controlled bubble. There is no waste stream because 99% of the waste is organic and therefore, consumed by bacteria. In addition, there’s no separation of grey water from black water going in because they need all of the waste to fuel the alchemical process of turning wastewater into potable water. The apparatus breaks down modularly so it can be deployed anywhere. It’s not a “toilet in every household,” but a step in that direction and the wastewater treatment comes to you which saves time and money and is much safer than peeing in an open field. The water never has to travel more than 200 meters so the money that would have been spent to buy water or sanitation stays in the village where it belongs. Plus Whiting’s innovative design is cheap, relatively speaking, to provide.
Would he drink it? Yes, Whiting says he would, but he’s not going to sell it to people as drinking water, at least not yet. He’s going to sell it as a treatment option for wastewater that can then be reused as washing, agriculture, and the like.
Currently, Whiting is looking to do pilot projects in communities in India and South Africa where water is like gold. He recently received an award from Peter Diamandis, the Greek-American engineer, physician, entrepreneur, gazillionaire who gives away monetary awards for innovation, but that award is just a start. To get a project like this off the ground lots more money will be needed, but Rupert is not deterred. He knows that everyone should have access to clean, potable water, and he’s not going to quit until he fulfills his own personal mission of turning that vision into a reality.
Rupert Whiting can be reached at firstname.lastname@example.org with questions about the technology and plans for deploying the technology in India in 2016-2019.
Next up: An Open Discussion About Open Defecation by Rupert Whiting
The Seed Guys are back!
Water, Plants, Humanity and the Future
by Adrian Lievano
Check out our crowdfunding campaign on Indiegogo, ‘Water, Plants, Humanity and the Future’ in partnership with the Millennial Train Project.” This 10-day trip will take us across the country, spreading the idea to use plants to clean water.
“A company’s journey, led by two recent college graduates, to use plants to solve the global water crisis by following key 5-steps”
The entrepreneur: passionate, unrelenting, courageous, and, arguably, insensible at times when it comes to believing in their ideas and visions–a friend of mine likes to think “entrepreneurs all have a weird tick,” something that bothers them so much that they start a company to solve it. My Co-Founder [of Everwaters], Matthew Lisle, and I definitely have a tick: 3.4 million, mostly children under the age of five, across the world die each year because of contaminated drinking water; it kills more than malaria, measles, and AIDS combined per day.
If you look at history of the United States, a doctor, John Leal, in 1908 decided one day to pour chlorine, without the approval of local authorities, in Jersey City’s municipal water supply. With over 200,000 people depending on it, a mistake would cost thousands of lives; fortunately, this tick to clean contaminated water proved a success. Dr. Leal revolutionized water treatment in the United States and, almost immediately, he decreased infant mortality by 74% and total mortality by 43%–that means 7 out of 10 children under the age of five were now being saved practically overnight.
There is a reason water is deemed the “elixir of life,” but we have another problem: it’s 2016 and 783 million people still lack access to clean, affordable drinking water, a problem we solved in 1908! I ask myself everyday: “If we’ve solved this problem at home, why does it still exist, and arguably, worsen with time, abroad?” Our company, Everwaters, has a tick, or belief, that we can solve this global crisis.
Enter Moringa oleifera(MO), colloquially known as the “Miracle Tree.” This tree cleans water–yes, a plant can turn dirty water into safe, drinkable water.
People in the Sudan have long used the seeds of the Moringa tree to coat their vessels to clean water and, for over twenty years, researchers in many countries have explored the water purification abilities of Moringa seeds. Our company is taking this research out of the lab, integrating with a novel business model, and pioneering plant-based water treatment technology to provide “clean drinking water, for everyone, for life.”
Think of us as the Brita of the underdeveloped world. Everwaters creates a plant-based, household water filter that removes microbes responsible for water related illnesses, such as cholera, typhoid, etc.–these are the microbes that are responsible for 3.4 million deaths per year, but fortunately, our “Miracle” is here.
So, what? We have plants that clean water, do we travel around the world and tell everyone to grow it? How do we achieve widespread adoption to combat this global crisis? Through this article, I’ll explain our company’s journey, all the challenges we faced, and future vision of where we see plants and water creating a healthier world for all. Through our story, we’ll provide aspiring entrepreneurs with a simple 5-step process to identify a market-problem and develop a suitable business plan to solve it.
For starters, is there to a better way to understand a problem than jumping headfirst? After all, it’s all about the journey. As two aspiring entrepreneurs eager to understand the water crisis, we began our adventure by booking a flight to Kenya.
Step 1: Defining the Problem–Real Market Research
During our two month stay in Kenya, in addition to the occasional elephant crossing the road and zebra grazing in the backyard, we had one goal in mind: “define the problem; speak to as many people about their water problem.” During the occasional candle-lit dinner–power went out on Thursdays–we all sat around, drank tea, and had a real heart-to-heart: many mothers, like our friend, Mamamwangi, walk for hours every day to fill an empty jug from the local well. If walking is too strenuous, many gather water from a local trench, which is shared by local cattle and goats.
The containers are unclean and heavy, and when it rains many prefer to collect and store rainwater at home. By storing them, however, in open containers at home, the water gets infected and provides prime real estate for mosquitos to breed. To make matters more difficult, most families earn about $60/month; they spend about $40 on school fees, and the remaining $20 is used sustain their homes and put food on the table. Given that competing solutions cost $40, some even $90, the problem is clear.
Step 2: Research–How are people currently trying to solve the problem? How can successful solutions in other industries complement our company’s goal?
Existing solutions are impractical for most families to purchase, and after further interviewing, this is the main reason why many prefer to stick with rainwater or water from the local trench and spring.
The World Health Organization, USAID, and the United Nations agree that a simple, affordable, point-of-use household filter has the highest potential of acceptance and prolonged usage in the underdeveloped world. By combining an in-depth understanding of the problem with further industry research and recommendations, we came to the conclusion that our plant-based “Brita of the developing world,” at the right price, may best be suited to solve this problem.
After we develop the most basic version of our product, or minimum viable product(MVP)–we designed a CAD model–we went around asking our friends in both urban and rural communities for their opinions.
This was critical during the development of our MVP. By obtaining their feedback on the initial design, we were able to modify certain elements of it to better suit our future customer’s needs. Companies exist to solve problems for a specific segment of people who deem it valuable to be solved, and in this context of urban and rural communities in Kenya, the same principal applies. Obtaining appropriate user feedback on an MVP was quite difficult: communities were 40 minutes away by car on a dirt road, language barriers made it difficult to ask the “right question,” and cultural norms were absolute musts in order to gain our customer’s trust.
At any company, trust between your customers needs to be established to obtain high-quality information about the problem and feedback about a potential solution. In order to gain trust, we visited their homes, invited our friends to lunch and dinner, and shared stories over the famous Kenyan beer, Tusker. During our conversations, we learned about other successful companies: M-PESA, a mobile banking platform used by over 72% of the population, M-KOPA, a pay-as-you-use solar company, and thought about ways to incorporate their successful programs with our product.
Step 3: Brainstorm–Every idea, good or bad, counts.
Once we understood the problem and its context in the urban and rural communities, we had a brainstorming session: late night food runs, work-induced mania, the occasional office chair push ups, and 4:30 a.m. conversations about integrating a plant-based filter into a sustainable business model; we rolled up our sleeves and wrote down
every crazy idea that came to mind on the office white board.
Our unfettered brainstorming session created a slew of ideas, some more applicable than others
-Use social entrepreneurship tools–this specific breed of entrepreneur has not one, but two ticks: profits and social impact
-Use the mobile banking platform, M-PESA, which over 72% of the population uses
-Sell crushed moringa seeds
-Hoverboards should be part of company culture
-Ask the government to grow moringa
-Market to a specific segment
-Remember Peter Drucker’s wisdom: “If it’s not measured, it’s not managed”
-Local service centers selling filters
By setting the expectation that no idea is crazy enough, we produced a novel approach to integrating our filter in the local community: set-up users through a flexible payment plan via M-PESA, and distribute through local service centers. Bingo!
Step 4: Prototype–Iterate, Iterate, and create a solution to the problem, not a problem for the solution.
Once we had a comprehensive list of ideas to pursue, we made it a point to, in the least amount of time as possible, rule out or pursue suggestions—some call this being “lean.” To accomplish this, we drafted more lists of questions and surveys and took them directly to our potential customers. Customers are great at explaining their problems, but it is up to the entrepreneur to develop the solution—if Henry Ford asked his customers for a solution, they would say faster horses.
A great product sells itself, and through steps 1,2, and 3, we were able to iterate on ideas for a solution to a well-defined problem, market-segment, all within the context of competing solutions and business models. Many household filters we saw were solutions designed without the end-user in mind, creating an unpopular product that has never penetrated this underserved market segment across the world.
We knew what we wanted to make; we spent countless hours walking through local cities to find the supplies to make our MVP: PVC piping, moringa seeds, and some basic hardware. After some time, and bartering, we had the materials and developed a prototype for further testing.
Our tests were negative, suggesting our technique was not working as well as we thought. The filtered water was unclean and we knew we needed to think differently. Dozens of tests were carried out, and it was at this point where a keen quote kept our spirits up:
“ Would you like me to give you a formula for success? It’s quite simple, really. Double your rate of failure.” -Thomas Watson, Founder, IBM
Imagine this scenario and all the possibilities for things to go wrong: within 6 hours, including a 4-hour drive on a one-lane road from Loitokitok, a city southeast of Nairobi, Kenya, we had to stop at three different natural springs and collect three water samples. After driving for 4 hours, we passed off the water samples to a local motorcycle driver and prayed the samples were delivered in time; it was late, and all of our tests were invalid.
We tried, and tried, quickly discarding hypotheses and identifying ways to correct our previous mistakes. Many of my entrepreneurial friends call this scenario the major slump of the company’s lifespan: you either push threw it, a/k/a pivot, or perish. Because of the failed experiments and difficulties with logistics in Kenya, we decided to cut our trip early and fly back to the United States to recreate our experiments—this was a tough and expensive decision: we were bootstrapping, but we took a leap a faith and decided it was necessary.
During this iteration phase, teams need to establish hard, fast deadlines. With goals and milestones in the short and long term, and ways to track the progression of them, startup companies begin to foster a culture of execution, accountability, and can then adjust to better position future deliverables on a timely schedule. Our team struggled at first, but by agreeing on deliverables and deadlines, we were able to prioritize our tasks and quickly iterate on experiments, filter designs, and business models.
With deadlines, well-defined deliverables, and water testing at a nearby facility in Philadelphia, we showed significant improvement.
Wherever we were, with whatever resources we had, both product supplies and customers to interview, we made the most out of them by moving quickly to confirm or reject different hypotheses that we brainstormed in step 3.
“What is the most important question I need to answer, and how can I do it with the least about of time and money.”
Step 5: Think Big–picture the company 5, 10, 20 years down the road
Our technology, business plan, and overall goal is to pioneer plant-based water treatment technology. In the long term, we see many uses for this technology: on an industrial scale, researchers claim that the technique, which we are refining, will produce fewer and more useful by-products and eliminate chemical traces that have raised public health concerns in municipal water supplies. By thinking 5, 10, 20 years down the road, we strengthen our message, identify short-term and long-term company goals, and provide a meaningful future that attracts money, talent, and other resources to fuel our efforts.
Take a page out of Peter Thiel’s “Zero to One,” and create the future: create a world, where if your company didn’t exist, we would all lose something very special.
Here is our example:
Our goal is to address the United Nation’s Sustainable Development Goals, which calls to end poverty, fight inequality and injustice, and tackle climate change by 2030. To accomplish these goals, we must address a fundamental issue: access to clean, affordable drinking water. Without clean water, children miss school, families are burdened by medical bills and high infant mortality rates, cascading to stifle economic prosperity and trapping billions in poverty and disease. At Everwaters, we believe water is life, and through social entrepreneurship, or market-based thinking and entrepreneurial capitalism in a social context, we will work to provide “clean water, for everyone, for life.”
So the next time you have a tick, think back to our story and how, regardless where you are in the world or what problem you are trying to solve, there are 5-steps to solve problems and get your idea off-the-ground: Define, Research, Brainstorm, Prototype, and Think Big. Our team is working hard to innovate and solve the global water crisis because we believe no one should die from drinking dirty water. We believe that every child should have the same chance to thrive and live a fulfilling life. Follow us on social media as we continue to develop our technology and distribute a plant-based household water filtration system to the whole world.
What problem will you solve? What idea do you have to change the world? What’s the hardest part about turning your great idea into reality? We’d love to hear your thoughts!
Currently Located in Philadelphia, PA, Everwaters is developing plant-based household water filters in Kenya with plans to expand to Tanzania, Uganda, East Africa, Latin America, India, and the United States. Since its Founding in June 2015, Everwaters has been recognized for its pioneering business model and technology, notably winning the 2015 Inaugural 2015 UPenn’s President’s Engagement Prize. Co-Founders, Adrian Lievano, CEO, and Matthew Lisle, CTO, are two recent Mechanical Engineering graduates from the University of Pennsylvania working to combat the world water crisis.
Editor’s note: You can find The Seed Guys on their website via the link above and on their Facebook page. And don’t forget about their Indiegogo campaign. Stop by and see how you can help them save the world!
[Lake Norman, SC]
I Wanna Be Sedated
So you go to the doctor because you have a nasty cold that you just can’t shake and she gives you a prescription for antibiotics and you take them for ten days and your cold goes away and you’re happy. Unfortunately, for your neighbors who share the same drinking water sources and waste water treatment plant (WWTP), your body didn’t absorb the entirety of that prescription and some of it just passed through your system and into the toilet so you flush, and off it goes to the WWTP where they are in the business of cleaning and clarifying and “slurry-ing” and reducing the waste to sludge and sending a purified water back to your tap. Or maybe you took your birth control pill again today, but not all of that stays with you so the WWTP gets the extra estrogen or progesterone which it also can’t process — the same way our bodies can’t process it all — and punts the leftover mess to the river, and since the earth has to clean Her own water, that doesn’t bode too well for the ground or surface water. Pharmaceuticals are not something the earth is used to absorbing, so, unsure of what to do, She just lets it pass. Generally, She can handle such things unless her cycle’s disrupted, or overloaded, or incapacitated, and this probably qualifies for all three.
[Minnehaha Park falls, Minneapolis, MN]
Let’s start with the premise that water doesn’t recognize boundaries. Add to that the fact that 96% of the world’s water is salt water, leaving a few mere percent for us to drink, and things no longer look as thirst-quenching and problem-free. For centuries before WWTPs were in vogue, humankind relied on water to clean itself, mainly through the processes of dilution and infiltration. Except for those really gross couple hundred years when poo and pee would literally run through the city streets, we mainly did our business at or near a water source and then that water source would disperse the contaminants over time and space. As our understanding of germs increased, so did our sanitation techniques and we realized that drinking from the same water source we pee in is probably not a great idea. Putting aside the fact that there are now 7 billion of us on the planet, one-third of whom do not have access to water, sanitation and hygiene (WASH), and who are probably using one water source for all their water needs, the industrialized, sanitized, first-world countries may soon have a potability problem as well if the drinking water that we do have is not only laced with industrial contaminants, but also contains drug residue. Unfortunately for us, it’s not just the contaminants we can see that are stirring up trouble, but the insidious contaminants our bodies have bioaccumulated over time, resulting in hidden, slower percolating problems to use a water metaphor.
The problems: 1) the WWTPs, bless their hearts, even if they are in compliance with their NPDES permits, don’t have the capability to completely remove the pharmaceutical residue so trace amounts end up in your water supply, and 2) remember the sludge? It’s often spread on farm fields because that’s one of the ways farmers fertilize their crops. That means there are two sources of drugs you didn’t order — one in your water, and one in your food — wending their way into your well-ordered universe.
The drug list is lengthy: caffeine, ibuprofen, acetaminophen, estrogen and progesterone, anti-seizure drugs, anti-inflammatory drugs, chemotherapy drugs, pain medications, allergy meds, and anything anyone takes ever, making its way back to your drinking water. Studies suggest it is becoming an epidemic. A recent U.S. Geological Survey (March 2015) study concluded that a synthetic hormone in birth control pills was causing some infertility in fish and by the time the third generation of fish originally exposed had matured, their fertility rate had dropped 30%, a number that doesn’t bode well for a world that is already struggling with species depletion as a result of overfishing. That same study found that BPA, an endocrine disruptor and chemical used in making plastics and resins produces a waste that survives the WWTP and lives on in the river, causing sex changes in fish along the Potomac River, and worse, that the exposed fish can pass down the effects to future generations. This is evolution, people, and mankind’s predilections for cheap plastic crap are having unintended consequences regarding the evolution of the our species.
We all know what starlings are, those beautiful little birds that you see when you’re driving home at dusk, gathered together in large numbers and putting on an aerial display of incalculable mastery and beauty. A study of starlings conducted by a Royal Society University Research Fellow at the University of York (Current Biology, July 2015) found that these birds exposure to commonly prescribed psychiatric pharmaceuticals resulted in slower growth, poorer immune response, and a marked change in foraging habits – they largely foraged all day rather than chowing down before dark, and if you ever wondered how those little birdies get through a cold winter’s night as my mother often did, it’s the chowing down that provides enough fuel to face a 10 degree winter’s night, so the pharmaceuticals may be affecting their survival rates.
Opinions abound but more research is needed because no one knows what the long-term effects are from exposure to various drugs even when the levels are tiny since years of bioaccumulation no longer equates with low levels. We need to open the dialogue to a wider audience and demand more accountability from the manufacturers requiring them to study the path of these drugs. It’s not like they don’t have the resources given the recent Dow/Dupont merger. Time to “science the s@*$ out of this” as Matt Damon says in the movie, The Martian.
What if the collective miasma in which the world now finds itself — climate change causing seismic weather pattern disturbances, terror groups, millions of refugees on the move, environmental degradation and species extinction at unprecedented levels, to name a few — what if it could all be linked back to an imbalance in hormones, like, what if everyone was PMS at once because of a pharma cocktail we didn’t even know we were taking? Is it so far of a stretch? So until anyone tells me any different, I’m going with pharmaceuticals in public water as a reason for all the crazy. Best be putting those kitchen knives away, people, while scientists analyze, adjust, conduct a few more studies, and hopefully figure it out. In the meantime, enjoy the Ramones:
[photo of a flower on my back porch on Christmas morning. Last year there was snow.]
“Roughly one-eight of the carbon in your flesh, hair and bones recently emerged from smokestacks and tailpipes. We are not only a source of air pollution — we are pollution, and our waste fumes will henceforth be woven into the bodies of our descendants, too.
“Tales of a Warmer Planet” by Curt Stager
Sunday New York Times Review
From a Climate Change Christmas to a Hi-Tech New Year
It’s true, right? As far as I can tell, for most of us it was the strangest Christmas on record, the un-Christmas as I’ve taken to calling it. Here in Central Pennsylvania, the fog on Christmas morning was so thick you could barely see the farm fields surrounding us. Fog forms when condensed water droplets squeeze together as a result of air expansion. At some point — the dew point, actually — the air can’t hold all this water vapor and it condenses into liquid, forming fog. Apparently, the three days of on and off rain we had leading up to Christmas was just too much for the air and soil to handle. Driving across bucolic Central PA farmland with visibility limited to a couple hundred feet in any direction was like driving on the moon. The air was so dense and wet with dew that you could wash your hands just by holding them out the window.
[Christmas Morning Dew — photo by Arianna Rich]
According to NOAA, the National Oceanic and Atmospheric Administration, the three months from September through November of this year were the highest temperatures across land and ocean surfaces globally in the 135 years since they’ve been keeping records (1880-2015), and higher than last year by 0.38°F (0.21°C). How much higher was it? It was 2.29°F (1.27°C) higher than the 20th century average for land, and 1.51°F (0.84°C) for sea surface, averaging at 1.73°F (0.96C). Less than 2°F is not a big deal, right?
[A Trail in Climate Change Winter – photo by Morgan Eberly]
Wrong. And while we won’t ever know for sure, minds brighter than mine (economist William Nordhaus) have suggested that more than 3.6 degrees of warming is outside of any parameter studied in the last few hundred thousand years. A while change of a mere 2°F overall may mean nothing, what if 2.1°F was the tipping point? There’s no question that cities like New York, Boston, Philadelphia, and any other major city with a harbor, river or port alongside it will be at risk of rising sea levels. We’ve already seen what rising sea levels are doing to places like the Outer Banks in North Carolina, swallowing shorelines and valuable beach front property, or in New Orleans and New Jersey where residents are still digging out from hurricanes Katrina (yes, ten years after!), and Sandy.
Climate scientist and author of “Deep Future: The Next 100,000 Years of Life on Earth” Curt Stager, described in his New York Times editorial a world where the continued burning of fossil fuels will usher in a new era of crazy similar to what happened 56 million years ago when the Earth went wonky, spewing carbon dioxide into the air and oceans, causing global temps to rise 10°F, decimating species, changing the landscape, and making sure everyone had a really terrible, horrible, exceptionally bad day. (“Tales of a Warmer Planet”, NYT, Nov. 28, 2015) Two things: this scenario lasted a VERY LONG TIME; and if we were to do it again, sea levels would rise over 200 feet (not 20, 200). That would be followed by cooling temperatures in a period of “climate whiplash” which could see temperatures drop while sea levels continue to rise, truly a challenging situation from any viewpoint and one that could last up to half a million years.
So even if that apocalyptic version of the future doesn’t happen, the Earth, gotta love her, is not so quick to clean up our messes, and she abhors the idea of hiring a housekeeper. Perhaps she’s trying to teach us a lesson. It could take tens of thousands of years to ditch all the excess carbon in the atmosphere and that’s with switching over to the clean, renewable energy sources pronto. So what’s a hip, tuned-in, eco-friendly 2015-ster to do?
Look, it’s the last day of the year, too late to be pointing fingers and frankly, it’s just not helpful. Instead, let’s get together and solve this whole big messy mess. How can you do this if over 190 countries and even more dignitaries who were present at the Paris climate change talks are still working out the details? Here’s a few ideas. And remember, “the longest journey begins with a single step,” “be bold and mighty forces go with you,” “it is for each of us to decide what to do with the time we have been given,” yadda yadda yadda, and my personal fav, thanks to every mom who ever lived: go clean up your room.
Start with changing your template of usage. Americans on average use about 700 pounds of paper a year (source: EDF). In the U.S., we use 68 million trees each year to make 17 billion catalogues and 65 billion pieces of direct mail. (American Forest and Paper Association). Four million tons of junk mail equal 100 million trees destroyed and 28 billion gallons of water wasted. Paper production is a resource intensive project. We’ve got the tools to exchange information without a single piece of paper, kids. It’s called the internet. Let’s use it.
Opt out of catalogues by calling Direct Marketing Service.
Opt out of marketing calls by calling the Federal Trade Commission and get on the do not call or do not email lists. Could be be a first step to getting you off mailing lists which result in catalogues.
Other things you can do:
Walk — it’s so much more heart healthy and the fossil fuel burn is ZERO;
Bike — see above;
Take Mass Transit — okay there’s really no heart healthy side here, but lots of people riding one train rather than lots of people driving lots of cars and sitting, parked on the freeway while the emit, emit, emit carbon dioxide just makes more sense. In Philadelphia, SEPTA annual ridership in 2014 was over 96.7 million (go Philly!) and at my place of employ in downtown Philadelphia, home to about 900 employees, mass transit ridership is about 85%. That’s what I’m talking about.
What about the Hi-Tech New Year? Well, I seemed to have run out of time, but there will be more to come in 2016 so stayed tuned. In the interim, time for a reboot, to take few deep breaths instead of one haggard one, and review, revise, reassess your environmental footprint. Now go out there and kick climate change’s butt before it kicks our descendants butts. Baby steps are progress.
Come gather ’round people
Wherever you roam
And admit that the waters
Around you have grown
And accept it that soon
You’ll be drenched to the bone
If your time to you is worth savin’
Then you better start swimmin’ or you’ll sink like a stone
For the times they are a-changin’
Bob Dylan, The Times They Are a-Changin’
The Climate It Is a-Changin’
Over 150 world leaders gathered in Paris on Monday in the city of love, and also the location of one of the world’s worst terror attacks since 911, to talk about the weather, or more accurately, how we can put the brakes on the runaway train ride to hell that will be our life on earth if we do not deal with our fossil fuel addiction. I found Obama’s remarks in the last few days particularly poignant, especially his challenge to those who would commit acts of terror — let’s show them what nations can do when they work together. Just the thought of such unprecedented levels of cooperation is thrilling, and the world will be better for it. Of course, it’s not all Kumbaya and Obama still has to fight the good fight at home with Congress, but right is stronger than might, Mr. President, so don’t let the naysayers or Big Coal push you around. They’re just scared because they’ll have to reinvent themselves and the lot of them are incredibly resistant to change.
Here’s a few reasons why we have to fix the problem from the WHO’s top ten facts about climate change:
-Atmospheric carbon has increased over 30 percent since the days before the industrial revolution;
-Extreme weather: floods, tsunamis, hurricanes, severe flooding, etc., is on the rise;
-Extreme fluctuations in temperature can cause health-related risks and even death;
-Asthma which effects 300 million people and is growing because so is pollen and other allergens whose levels increase with the heat;
-Rising sea levels;
-Water scarcity forces people to travel for water resulting in the water itself being compromised for a variety of reasons including overuse and mixed uses (such as drinking and urination);
-Water borne diseases are on the rise when the water doesn’t have a chance to clean itself;
-Increasing temperatures reduce crop yields;
-Promoting mass transit and healthy transit (such as biking) reduces the amount of greenhouse gasses in the air while also improving human health overall.
In the Encyclical Letter Laudato Si’ of the Holy Father Francis On Care For Our Common Home, Pope Francis calls on those countries that have most benefitted developmentally from fossil fuels to now bear the brunt of the cost of cleaning up the mess:
170. Some strategies for lowering pollutant gas emissions call for the internationalization of environmental costs, which would risk imposing on countries with fewer resources burdensome commitments to reducing emissions comparable to those of the more industrialized countries. Imposing such measures penalizes those countries most in need of development. A further injustice is perpetrated under the guise of protecting the environment. Here also, the poor end up paying the price. Furthermore, since the effects of climate change will be felt for a long time to come, even if stringent measures are taken now, some countries with scarce resources will require assistance in adapting to the effects already being produced, which effect their economies. In this context, there is a need for common and differentiated responsibilities. As the bishops of Bolivia have stated, “the countries which have benefitted from a high degree of industrialization, at the cost of enormous emissions of greenhouses gases, have a greater responsibility for providing a solution to the problems they have caused.
Coincidentally, Pope Francis is not a fan of cap and trade (the buying and selling of a set amount of carbon credits) since it really doesn’t address the underlying problem of too much carbon in the air. I’ve always disliked the concept for the same reasons: it’s a fools errand and a way to placate those who would rather see the world’s demise than change their cushy lifestyles. To hear The Pope echo those sentiments makes me love him even more. That he’s willing to speak out about in such an erudite fashion, well, I’d walk on water for him now.
Last night, my daughter woke me from a dead sleep. She was having a hard time breathing. She has asthma and it’s been a rough fall for her. She wasn’t born with asthma. It developed when she was about five or six, and at the time the doctors labeled it intermittent, but lately it seems to me to be full blown. It doesn’t help that we live in Lancaster County, Pennsylvania, an area that’s in the top ten for worst air in the country. Too many cows, maybe, or too much industry, or just the way the land sits in a valley and the air gets stuck, a perfect storm of particulate matter, making my daughter the canary in the coal mine. I listen to her wheeze as I enjoy one unfettered breath after another, and wish I could trade lungs with her. How long will we let our children be the guinea pigs for our environmental hypocrisy? As sea levels rise, island nations will go the way of the dinosaur, the polar bear, too, and maybe we’ll all be living in the tropics. It’s a world out of balance, not fit for our kids.
So these two weeks I say, bonne chance, Messieurs and Mesdames, bonne chance. You have a tough and noble road ahead. Our children are counting on you. Make us proud.
An Attitude of Gratitude
If a certain Congressman who happens to be Chair of the House Committee on Science, Space and Technology as well as a climate change denier gets his way, the National Oceanic and Atmospheric Administration (NOAA) will be turning over all the emails it reviewed in a climate change study that resulted in a published paper in the peer-reviewed journal, Science (June 2015). The research studied global warming trends by reviewing data sets. The NOAA scientists concluded that the earth’s surface temperature has increased slightly, and that warming trends over the last couple decades were actually quite a bit higher than originally thought, a study that global warming naysayers are not so happy about. So the subpoenas are flying, and despite mountains of documents already supplied by NOAA in response to the requests, Congress wants more, including all the scientists’ emails discussing the subject. To date, NOAA has said read my lips, no more info, but the tug of war is not over and it’s anybody’s guess where it will end.
Given that it is a day to give thanks, I’d like to take a moment to express my gratitude about this and a few other situations. That we still live in a country where scientists are free to research, discuss, and develop at will without the threat of government intrusion, because God knows that to worry about being threatened with a subpoena for every project you work on is about as chilling an effect as you can experience, I am grateful. We need our country’s best and brightest scientific minds all warm and fuzzy and open for the business of creating new and improved technologies, don’t you agree? Besides, it’s the only way mankind makes it through the next several decades, what with so many things going extinct, aquifers drying up, sea levels rising, and the earth growing hotter each year. So, yay, thanks. One for science and the environment. Zero for tyranny and oppression.
I’m also grateful to be living in a country that: still upholds a system of democracy, no matter how badly it wobbles sometimes — gratitude abounds in me; respects the constitutional rights of freedom of speech, freedom of religion, freedom of the press, and all those other juicy and interpreted First Amendment rights that allow for open discourse, and for people to have their own opinions and keep their own counsel — so totally grateful; despite the political turmoil and chaos of world events, still entertains the idea of opening it’s doors to refugees and immigrants not for any political gain or motive, but because it’s the right thing to do — yay, gratitude, and BTW, please don’t build a wall.
Speaking of walls — the doors are closing. The old world order of chaos and unkindness and fear as a way of controlling the masses is falling away. A world of unity and a new level of understanding and tolerance for that which you don’t understand is moving in, helping itself to the chips and dip at the snack table. Make no mistake. The Graces are here. Would you rudely turn your back on those which have come to enrich you? We either walk through the door or we stand in the closet for another couple lifetimes. Choose the one that’s more fun — hint, door — and go for it. And be grateful. For everything. I am.
[photos courtesy of The Seed Guys]
Preparations Are Underway
I met with Matt Lisle and Adrian Leviano, The Seed Guys, at their office in Vance Hall where the Wharton School’s graduate education program lives on the University of Pennsylvania’s campus. Vance Hall is just off Benjamin Franklin’s Way, that divine stretch of walkway that spans 37th Street between Spruce and Walnut Streets whose brickwork contains many of Benjamin Franklin’s pithiest axioms. Franklin himself was an ever-daring, one-of-a-kind inventor and just walking down the path makes you feel more entrepreneurial. It was one of those late summer days where the weather is so hot and muggy you think maybe winter isn’t so bad after all, but weather wasn’t the only thing running hot. Matt and Adrian are scheduled to leave for Kenya at the end of September for a two-month stay as a set-up for the more extended trip next year, and the level of preparation needed to even consider getting on the plane has been enormous.
The Seed Guys used their summer to connect with the folks on the other side of the globe who will be most aligned with the project, and to get buy-in from those who will be instrumental in helping their project grow. They’ve been working with Dr. Steve Mutiso of the Loitokitok sub-county hospital, Mr. Kimeu Musao, the sub-regional director of water resources, Ashah Shaaban-Mwangi, who works in Kajiado County with Integrated Water Resource Management (IWRM), and Dr. David Nkedianye, the Kajiado County Governor, who over the last several months has been key in helping them set up the trip. Most of the original contacts were made through the Kenyan Embassy, Secretary of Trade, including the IWRM.
Kenya is taking an Integrated Water Resources Management Approach of connecting county, city and community partners. In 2013, there was a change in the Kenyan Constitution. Previously, Kenya had a more centralized government. However, the Kenyan people voted to decentralize, and now Kenya ha split into counties whose sizes are based upon population, not area, and every county has a governor. Kajiado’s Governor is Dr. David Nkedianye and Matt and Adrian are hoping to be soon working with his office. With the new constitution and Kenya’s Vision 2030 goals, addressing water issues has become a top priority. The Seed Guys will be working alongside all levels of government from the county officials to local chiefs and with the help of CESPAD, an NGO that is part of a larger network known as the Kenya Water Partnership and which is also working with the Governor’s office, they will collaborate on water safety and access issues.
The Seed Guys will spend their entire time in Southern Kenya in Kajiado County, population approximately 688,000. The city of Nairobi is to the north of Kajiado County and Mt. Kilimanjaro (as in The Snows of Kilimanjaro by Ernest Hemingway), and the country of Tanzania borders the county to the south. The vision of Kajiado County as stated on their website is “A Prosperous, Globally competitive County, offering quality life through sustainable development.” The indigenous people in Kajiado County are the Maasai (phonetically, “mass-eye”), who historically are the most traditional of the African cultures which is why they have a vision of sustainable development and also why the Maasai are the most popular with tourist groups.
Other than the obvious, are they any pre-trip goals the Guys would like to focus on? Well, of course! Adrian who has had his share of math and science for the last four years would like to get into writing and has plans to chronicle their journey and hopefully write about it when the work has been completed and the project is up and running (or even as he goes so stayed tuned for some blog posts from Adrian here on the wH20 journal). Matt decided to go the language route and has been teaching himself Swahili — which literally means “East Africa” — and which is spoken in Kenya and Tanzania. He took Latin in school and only speaks a tiny bit of French so leaning Swahili feels like a pretty awesome stretch to him, but what better time to do it then when you will be immersed in the language for months at a time?
How do their parents feel at this moment? Well, as long as The Guys provide some updates, their collective heart rates may remain at manageable levels. Matt and Adrian do expect to have wifi, so they won’t be completely off the grid. Overall, though nervous, their parents are as excited as their kids are for this journey.
What’s the ultimate goal of the trip: “We’re trying to help others by giving them the means to help themselves,” say The Seed Guys.
So as they begin the next chapter, The Seed Guys know that the thoughts, support, and well-wishes of their alma matter, and entrepreneurs everywhere are behind them. So come on, Guys, a la our favorite entrepreneur, Ben Franklin, go show the world what American ingenuity looks like. Keep in touch. We’ll be right here, awaiting your insights from the field!
[photo credit — PARK(ing) Day Website]
Tomorrow is Park(ing) Day! The first parking day was held at 1st and Mission Streets in downtown San Francisco on November 16, 2005 when Rebar, a San Francisco art and design studio set out to do something different in their urban environment. Combining their love of design and the environment, the group “rented” a parking space and converted it into a micro-park by giving the 170 square-feet of space a make-over, reclaiming the asphalt that was a necessary by-product of modern living with sod, a tree and some shade, and a park bench. Then they took a picture.
[photo credit – PARK(ing) Day website]
Such was the birth of Park(ing) Day where metered spaces became miniature parks for as long as you could lease the public space which in this instance was a mere two hours, enough to start a trend, raise awareness for beautifying parks and public spaces, and reimagine a pedestrian-friendly world. The photo of that first event, juxtaposing a miniature park setting in the middle of urban sprawl, made its way around the internet and spawned a movement. Due to the increased interest, Rebar promoted the project, crated a how-to manual and let the idea fly. What started with a single parking meter in a single city increased to approximately 1,000 cities by 2011 and is held on the third Friday of September every year since 2005!
[Photo credit — PARK(ing) Day website]
While Rebar is no longer in existence, the website lives on, containing instructions for creating your own PARK(ing) Day wherever you live. Today, PARK(ing) Day is celebrated in towns and cities all around the globe and has been open-sourced to the world. With that expansion, the idea has expanded as well, and the theme has been re-invented to deal with a variety of social conundrums and experiment with issues as varied as politics, art, free health care, urban farming, ecology, bike repair, labor issues, or just simple acts of kindness and generosity, depending on a community’s need and vision.
[photo credit by “Kris” – Ijzereneleen (Belgium) 2007, from the PARK(ing) Day website]
[photo credit – PARK(ing) Day website, by ITDP-Europe; Munich 2009
So join the fun. Start a Park(ing) Day movement in your community today. And if you’re in Philadelphia, visit the Park(ing) Day event at 18th and Sansom Streets this Friday.
[photo credit: The Seed Guys]
The Seed Guys
Saving the World One Seed at a Time
Can A Seed Save the World? Matt Lisle and Adrian Lievano are betting it just might. Matt and Adrian — let’s call them The Seed Guys — have just graduated from the University of Pennsylvania with a B.S.E. and a course of study in mechanical engineering. Most young adults in their position would be looking for, or starting a job in their chosen field. Instead, The Seed Guys have spent the last six months studying the Moringa oleifera seed and its application in the field of water treatment. As recipients of one of the President’s Engagement Prizes created by Penn President, Amy Gutman, Matt and Adrian received a $100,000 grant provided by Penn as a means of engaging students to find solutions to pressing societal issues. By giving this ambitious duo the time and space to turn their creativity loose without the worry of paying rent, we may all turn out to be winners.
Both Matt and Adrian have long felt that water, sanitation and hygiene, or WASH, was one of the toughest and most complex issues being addressed today. Over 3 million people die each year from WASH-related problems while over one billion people don’t have access to clean water. The summer the President’s Engagement Prize was announced, Matt and Adrian along with their friend Daniel Brooks, a Biology major, were sitting around brainstorming ideas on how to alleviate the most pressing WASH issues. When Daniel went to Kenya for a summer project to engage local communities with educational workshops and learn about the needs of the locals, he noticed that people were using the Moringa seed to purify small amounts (approximately 1 liter) of water. Interest piqued, he took the idea along with some seeds back to Penn and talked to his engineering buddies, Matt and Adrian. Within two months they had drafted the proposal and when the deadline for the grant application was pushed back three months, they created a rudimentary prototype with the found time. They crushed the seed of Moringa oleifera and used the coagulant protein as a simple filter just to see what would happen. A lot, it turns out. The water-soluble protein bound together with bacteria, clay, silt, and other toxins. The “chunks” (flocculent) settled, allowing it to be filtered out. The Seed Guys were able to remove 85% of e coli and 96% of Coliform bacteria on the first try. A stand alone coffee filter allows particles smaller than 10 microns to pass through, but when used in conjunction with the crushed Moringa seed it clarifies the water and prevents smaller bacteria and viruses from passing. The protypte has performed even better.
Since the initial work, Daniel took a Fulbright scholarship and is no longer active in the group while Matt and Adrian are going to spend the next year taking the pilot project to a full scale working model. This means de-hulling and crushing the seeds into a fine powder, constructing the filtration system, paying closer attention to the mechanics and ratios, and integrating the system into the community, all skills learned in their engineering classes. Matt and Adrian plan to travel to Kenya in September for two months to meet Community leaders such as Panian Segal, a local school teacher, and Doctor Steve Mutiso, a local doctor at the Ministry of Health. The community knows they are coming and through their non-profit, HOW Global, Inc., they have their arrival dates set up with the school. If all goes well, they will return in January for a four-month stint and really get to work. Neither of them have been to Africa before so it will be a first on many levels.
The Seed Guys maintain that the mechanics will be easy. After all, this is what engineers do; they break down complex problems into little steps and put it back together in the most efficient way. So how do these two engineers who both got their start as toddlers playing with legos plan to break this all down? They’ll start with a liter of water and go from there. Matt and Adrian both feel that jumping to a larger scale is simply a matter of looking at the number of seeds you need to achieve effective drinking water standards and developing the correct ratio which will be the key to success of a large-scale operation.
Initially, that will be determined through trial and error. In the homegrown version which Daniel learned during his first trip to Kenya and upon which this initial idea rests, locals de-hull and grind the seeds into a powder, and put two heaping spoonfuls of the powder into a small bottle of clean water. They agitate the bottle for 5 minutes, then filter it through a cloth into a 20 liter container of water. If you repeated this experirment, after two minutes of rapid stirring and another 10 to 15 of casual stirring, you would be one step away from clean, drinkable water since there is still one percent of bacteria that requires an additional purification step. Matt and Adrian are taking it to the next level.
Currently, they are using rainwater catchment which is exactly what it sounds like, rainwater caught in a big tank where it might sit for a while, holding not only water, but organics which tend to multiply after a time so they take that water and apply the seed technology.
Not only does the Moringa oleifera seed act as a flocculent, the tree, also known as the drumstick tree because of its long, thin branches and triangular seed pods, and the “Horseradish tree” because of the wood’s spicy taste, is a powerhouse of a plant. Moringa originated in India, but is also grown in Africa, Thailand, Taiwan and the Philippines and just about every part of the tree is used for something, making it worthy of its notoriety as a miracle tree. In Ayurvedic medicine, approximately 300 diseases are treated with the leaves. The leaves themselves have have more vitamin C than oranges (7x); more calcium than milk (4x); more vitamin A than carrots (4x); more potassium than bananas (3x); and more protein than yogurt (2x), with an even higher protein ratio than the inimitable soy bean which is itself on a short list next to meat and eggs, and all this without the allergies of soy. In addition, science has already discovered about 90 nutrients and counting; 18 of the 20 amino acids and eight of the essential amino acids present in meat. The oil from the Moringa tree doesn’t spoil so it is used both in cooking and cosmetics and, curiously, as a machinery lubricant. Nutritional supplements made from the plant give the user an energy boost. It also evens out blood sugar levels, relieves depression and anxiety, improves sleep, helps with skin disorders, acts as an anti-inflammatory, an anti-asthmatic, and on the list goes. Because the seed acts as a coagulant, pulling harmful bacteria to it, this same process can occur internally, making it a powerful tool in cleansing the body. The best part? It’s a fast grower and drought-resistant. Matt did a google search for the location of the Morgina tree and found that wherever people lacked access to clean water — Central American, South America, Africa, Asia — the Moringa tree grew. The Guys maintain that Moringa oleifera is underworked, given its capacity, and want to do what they can to change that.
The project officially started on June 30th which is when Matt and Adrian received the funding, but they unofficially started without the money way back in early spring. The award consists of $100,000 for project-related expenses, and another $50,000 living stipend for each of them which is much appreciated considering they will be flying back and forth to Kenya to test their project. The actual design work will be done here in Philadelphia while the implementation will take them to Kimana, Kenya, about 60 miles away from Hemingway’s Mount Kilimanjaro. Their goal at the end of the project is to have developed a system that will clean 300 gallons of clean drinking water a day, thereby serving the daily drinking water needs of over 300 individuals, and at the same time reduce diarrhea and the prevalence of water borne diseases. (The project focuses on drinking water only.) They also plan to take advantage of their semi-annual reporting requirements, and in fact, plan on reporting weekly because the Guys understand that projects such as theirs in the nascent stages require an element of crowdsourced enthusiasm to keep them going.
The Seed Guys have no shortage of enthusiasm. When Matt was a junior in high school, he wanted to do something off the beaten path so he cold called all the engineering professors at Penn and one of them responded. He was doing work on sedimentation and that got Matt started. As for Adrian, he started off in pre-med, but he also loved the mechanics of systems. He ended as a bioengineering major, combining his interest in the human body and the inorganic world. Once there, it seemed a small leap to work on something he was passionate about which in this case was water. The Seed Guys already have partnered with an NGO, How Global, Inc., and have various mentors spanning multiple departments at Penn, including Associate Professor Paulo Arratia (mechanical engineering) Co-Founder and past President of the Philadelphia Global Water Initiative, Stan Laskowski, (environmental studies) and Professor Thomas Cassel (mechanical engineering). All serve as mentors, especially Professor Cassel who worked in the Peace Corps doing similar work at one time. He taught Matt last semester and they wrote a business plan for wind energy. Overall, The Guys have been lucky as there seems to be a good group of mentors, routing for them, and providing moral and practical support.
The seeds will come from Mr. Wonderful, a farmer the Guys have been working with in Kenya. Mr. Wonderful will plant and maintain the Moringa tree for them and supply them with all the seeds they need. Right now, they have a large box of seeds to experiment with, enough, at least, to get them through September. There’s also another source of seeds, Moringa For Life, a company in California that specializes in growing the Moringa tree and which is where they got their first batch of seeds which arrived in an 18x8x18” box and will be enough to get the project going. One seed is approximately 15mm in diameter, smaller than a fingernail. Once the seed is crushed into a fine powder, that powder can coagulate approximately one to four liters of water depending on how cloudy the water is. They have about 500 to 1,000 seeds in the box so at one seed per four liters of water, there’s a lot of room for error. The seed performs similarly to the inorganic version, aluminum sulfate, which is used in the water-treatment industry today and which purifies the water by pulling bacteria to it. Except that aluminum sulfate, which comes in solid blocks that are dropped it in the water, has been linked to many neurological diseases so switching to an organic material for water treatment could solve more problems than just water-related ones.
These possibilities are not lost on the Seed Guys. They want to revolutionize how we treat water on a global scale and have already incorporated as an LLC to show they are serious – EverWaters, LLC. During our conversation, Matt told the story of Elisha Otis, the founder of Otis Elevator. There he was with a new product and no one was buying. He wanted to get people to feel safe going on elevators so he told an audience in 1854 at the New York Crystal Palace that if the cable broke, the elevator would catch itself. He stood on the platform while someone chopped the cable above him, the elevator only fell a few inches, and guess what? Sales took off, doubling month after month until Otis became the name in elevators that it is today. This is where Matt and Adrian hope they are heading, and with a cadre of mentors standing behind, ready to catch them should they fall, it’s a sure bet they are going to get there.
The Seed Guys — they don’t want much. Only to change the world!
Reclaim the Commons
Back in the 70’s, America had a little oil shortage problem when the Organization of Arab Petroleum Exporting Companies (OAPEC) cut us off. The facts are convoluted — a Arab-Israeli war beginning in October 1973, called the Yom Kippur war, the backing of Israel by the U.S. which OPAEC didn’t like, our gluttonous consumption of cheap ($3/barrel) oil, all congealed to lead to the first Energy Crisis. Oil hiked up to $12/barrel then and driving was no longer good cheap fun. Our domestic production of oil was way down and we didn’t know whether the embargo would send us into a tailspin so President Jimmy Carter mandated that we could only fill our cars every other day based on whether your license plate ended in an odd or even number. The embargo ended in March 1974, and while the crisis took longer to pass, a few amazing things happened because of it. America was a little more environmentally aware and conservation conscious. People shut off lights when they left rooms; driving around aimlessly was no longer encouraged; leaded gas began its slow phaseout; and Detroit started making more eco-friendly cars. A smallish environmental movement, a kinder, gentler green life was suddenly in vogue.
Fast forward to Bush II from the big state of Texas and all the small car gains evaporated in a flash. America’s love affair with the big SUV began. No finger pointing here. I drive a Honda Odyssey and find it invaluable for shuttling kids and their friends, for taking long car trips, and beach vacations, although as the kids peel off, I see a downsize on the horizon. Unfortunately, that love affair led to some predicted disasters such as huge climactic shifts in weather patterns, but that’s another story. The 21st century’s crisis will be about water, and the fact that it’s running out because 7 billion people need it, and about 783 million of them don’t have access to it. Meanwhile, the planet is experiencing major droughts in places where things used to be fresh and fecund. Experts predict that by 2040 we’ll have a real shortage, worse than oil ever was, and that by 2020, more than 1/3 of the globe will be experiencing water scarcity. Whoa! Could be time to rethink that indoor ski resort in Dubai.
Back in the 1700’s before there was a WaWa or a 7-11, people had wells and when they ran dry, they had streams and if they couldn’t find a stream or a lake or a pond or a prairie pothole, they moved. Manufacturing has given us a false sense of security, the idea that everything is always for sale or can be purchased and that for every challenge there’s a technological solution. Generally that’s true, except when the resource is finite and the raw materials are running out. The Tragedy of the Commons, written by Garrett Hardin in 1963 discusses the theory of how the resources of the collective suffer in service to the individual. The article focuses on the “population problem” and how we will eventually have more people than resources to feed them. We see the effects of this now much more then when Hardin wrote the article, but even without the empirical evidence, Hardin had done the math.
The Tragedy of the Commons is this: if there is a shared common resource, say, a grassy field where ranchers graze their cattle, and each rancher is looking to grow their business and add more cattle, eventually the load of cattle will be too much for the grassy field. Overgrazing will lead to the inability of the grass to spring back, to sedimentation and erosion issues and the like. The land can’t handle the extra demand for grass, and can’t grow or replace it fast enough. And since the ranchers all want to improve their business, there is no way to avoid the overgrazing scenario. As Harding points out, “freedom in a commons brings ruin to all.” He also notes that there is no technical solution to a problem that has its roots in limited resources because each individual, acting independently will ultimately work in a way that is contrary to the common good simply by acting in their own best interest. No crime there, but if we all stockpiled white rhino horn powder, an East Asian favored aphrodisiac, we’d soon run out of white rhinos…. Wait…. Oh right. There are only four left and they’re all in captivity. [Technically, this is a northern white rhino whose horn has no medicinal properties, but poachers don’t know that, not before they shoot.]
According to my friends living out west, even though California is in the middle of a possible 10-year mega-drought, people are still watering their lawns. One guy’s house well runs dry, no water to cook with, bathe in, or drink, but the neighbor has a deeper well so he keeps watering his lawn. Yet aquifers are not house specific. Once an aquifer is past the point of recharge, it’s kaput, to use the technical term. And houses sitting right next to each other are clearly serviced by the same aquifer. It’s no longer a question of if they will run out of water, but when. Seems like a no-brainer to let the lawns go, but I also get the desire to avoid brown grass. (I’ll save the topic of a natural, sustainable landscape with drought-resistant foliage for another day.)
Then there’s the CEO of Nestle. In July, CEO Tom Brown was asked in an interview if he would consider halting water extraction in California because of the drought. Brown replied “no”, that he would “increase it” if he could, but before you hate on Brown, remember that’s generally the corporate mandate: maximize profits above all else.
Unless you’re Starbucks who announced in May that it was taking its Ethos water sourcing and production out of California because of the drought. Ethos gives .05 of every sale to humanitarian causes, but public pressure convinced Starbucks to take the next step and move. Water is fluid, unlike minerals. You can’t own an aquifer so companies by surface rights and pump water out of the ground that could potentially be coming from miles away. Recently, governor Jerry Brown approved a plan by the State Water Resources Control Board for Californians to cut the water usage by 25% or suffer fines up to $500 for non-compliers. Yet if California didn’t have a proverbial gun to its head, as in, middle of a mega-drought here, people, they wouldn’t have taken such drastic measures. Heck they’re barely managing now and they’re standing in the crosshairs. Cali has 108 different bottling plants, all drawing water away from the commons. Perhaps it’s time to reconsider the industry as a whole?
The sale of bottled water is a lucrative scam, enjoying an unprecedented run, an amazing stroke of good fortune. Think about it: a practically free resource that requires virtually no modifications other than pumping it out of the ground, filling a bottle, slapping a label on it, and charging $1.29 for something that already belonged to all of us in the first place. The water that’s going into Nestle’s or Dasani’s or any of the other companies’ bottles may be destined for your well and now your well is dry. Meanwhile, bottled water sales are at an all time high at $13 billion a year, and the plastic bottles are ending up in an already overcrowded landfill at a rate of 1,500 per second, or about 40 billion bottles a year!
Isn’t it time we conserved water for the sake of future generations? Let’s reclaim the commons, this bit of our collective landscape that belong to all of us so there will be something left for our children’s children. The way to do that is through legislation, yes, but also cooperation and leadership. San Francisco made a bold step a couple year’s ago when they banned the sale of plastic water bottles on public property and installed water stations all around the city for people to fill up whenever they needed to. A shared water source, a “water fountain” used by the masses as it was in the days before the plastic bottle. So progressive, yet so retro! So think about our friends out west and go buy yourself that stainless steel bottle you’ve been hearing about. The collective future thanks you.
What’s On Tap?
[A version of this post was previously posted on my former blog.]
Imagine waterfalls and pristine lakes. Imagine wild rivers and cool mountain springs. What you see, however, is not always what you get, at least as far as bottled water is concerned. Given the option, would you choose a life of royalty with all the perks the position allows, but no indoor plumbing, or a regular middle-class life in the 21st century with a bathroom? I’d choose indoor plumbing every time.
Today, by some miracle of engineering and ingenuity, clean water is delivered right to your faucet, cheaply, efficiently, and good enough to bathe, cook, swim, drink and luxuriate in unlike many other places in the world, particularly developing countries. Do you know why? Because EPA regulates the tap water in the U.S., and that makes the difference.
Bottled water is regulated by the FDA, but they don’t have the resources to follow through. Less than one person works on developing the rules while another slightly less than one person works on assuring compliance. The FDA can require testing, yes, but everything else is at the whim of the company such as whether to divulge their sources, how the water is treated, etc. So even if the FDA did have more than two-ish people working on this issue, the chances are they couldn’t find a problem even if there was one. Here’s another sad thing: if the bottled water isn’t crossing state lines, the FDA doesn’t regulate it. Bottled water that stays in-state accounts for over 60% of the water sold in the U.S. Meanwhile, 40 states don’t even do any testing of their own. The safety of bottled water is beginning to sound a bit like the Wild West.
Being part of a regulated statutory program allows clear and contaminant free water, flowing to you with a twist of the wrist. Bottled water simply doesn’t enjoy the luxury of tap water’s bells and whistles. So why the bad rap for tap water? Some say it tastes bad. Others believe it’s safer than tap when in truth, the reverse is true.
Several years ago, the NRDC conducted a four-year study of bottled water, including testing of 1,000 bottles of 103 brands of bottled water and found some interesting results. Hits of e coli, arsenic, and other contaminants of concern that would result in regulatory fines for tap water were going unchallenged for bottled water. Testing also revealed periodic hits of industrial chemicals exceeding FDA standards. One source of bottled water was taken from a well next to a hazardous waste site, yet the label depicted pure mountain streams! Americans drink 10 billion gallons of bottled water a year. Approximately one-quarter of those bottles are actually “purified” tap water. So much for mountain streams.
So next time you reach for the bottle, reconsider the tap.
[photo of our now, sadly, uninhabited bee boxes]
When I first moved to Central PA over 20 years ago the honey bee abounded. The little suckers were everywhere and that made sense because Lancaster County is home to the most fertile, unirrigated soil in the country. Because of its bucolic nature, people began moving here in exponential numbers, resulting in the decimation of why they came in the first place: open space, much of which is being plowed over, not for crops, but for a familiar sight on the American landscape – single-family home housing developments.
Scientists agree that decreased foraging areas, in addition to pests, bad bee management, pesticides, and poor nutrition are all factors contributing to the decline of the honey bee. Of all those immensely complex and interwoven issues, what do you think is the easiest to control? Pesticides. After all, isn’t it easier to put a temporary ban on a group of pesticides while you determine whether it is safe or fatal to the bee population than it is to tell people to stop building houses?
The German Company, Bayer CropScience developed Clothianidin which was approved based on the strength of a single, uncontrolled, two-week study performed by — guess who? — Bayer. Bayer created several two and a half-acre fields whose plants contained Clothianidin-treated seeds along with several control fields. Bee hives were placed at the center of each of the fields and the bees flew unrestricted. Two issues of note: 1) remember, the bees have a foraging area of up to six miles so they were supping on nectar outside of the test area whether they were in the test group or control group; and 2) the test and control groups were within a thousand feet of each other thereby invalidating the very definition of test and control groups.
The decline of the honey bee coincides with the introduction of Clothianidin into the market place. Conditionally approved by the EPA in 2003, Clothianidin received full approval in 2010 on the strength of that one flawed study, yet the Bayer study didn’t correctly mimic honeybee behavior. There was also no peer review by other scientists in the field who have the scientific mojo to extrapolate and comment, nor was there any type of independent analysis by a neutral third-party. Despite the essential nature of peer review, there was no push back on the results, no call for further study in a more controlled environment, nothing. Seems a little risky, even for our madcap corporate-centric country, no?
The pesticide isn’t up for EPA review again until 2018. That’s three more years of not knowing while nature’s most prodigious pollinators continue to show signs of PTSD. Beginning December 1, 2013 and for a two-year period, the European Commission restricted the use of three neonicotinoids, one of which was Clothianidin with the intention of reviewing the data at the end of the two-year period. Why not ban it here in the U.S. for two years as well and see what happens to the honeybee? Surely, the lost profit would be a pittance compared to the loss off just about everything the bee pollinates, i.e., 70% of the food we eat, and perhaps an entire industry.
Clothianidin is from the neonicotinoid family of pesticides. It affects the immune systems and neurobehavior in the targeted pest. Unfortunately, the bees appear to be having the same reaction as the pests. The pesticide is taken up by the plant’s vascular system — much like our circulatory system — and is released to become part of its pollen and nectar. The bees, singularly, happily and unwittingly take this nectar home to the hive to store for later use where it will be consumed by the entire hive. The process is repeated every time a bee ingests pollen and nectar. Soon the entire hive is storing pesticide-laced honey. This may explain why colonies collapse. By failing to remove Clothianidin and other like pesticides from the market, we’re forcing the bees to ingest a chemical that will eventually not only overload their systems, but that of the entire hive.
According to Penn State’s College of Agricultural Sciences, the level of neonicotinoid pesticides occur in much greater quantities than originally thought, also something not accounted for in the Bayer study, and which probably points to why whole colonies of bees are just disappearing. After such continued exposure to pesticides, their little immune systems have been pushed to the brink. The tiny insect with a once photographic memory couldn’t find home with a GPS unit. Bee Informed Partnership, “a coalition of researchers, advisors and stakeholders that rely on the honeybee for pollination” found that on average, beekeepers lost 42% of their hives between April 2014 and April 2015, up from 35% the previous year with the biggest increase in loss occurring over the summer. Beekeepers expect to lose colonies over the winter, but if you’re losing them in the summer, something is definitely wrong.
Just when you thought it couldn’t get any more bizarre, there’s this twist: bees are addicted to neonicotinoids, and like a pack-a-day smoker, they’re going after the plants that have been sprayed with pesticides containing neonicotinoids. It appears from the study that bees prefer the treated plants even when an alternative food source is available. My husband kept his bees on an organic farm, but that doesn’t mean that the bees weren’t racing across the street to find the plants that had been sprayed with neonicotinoids. My husband who is not a scientist, but a beekeeper thinks the pesticide build up in the hive is ultimately doing them in so before he tries again he wants to replace his boxes and bottom boards and frames, a costly endeavor and surely not sustainable if it must be done every few years.
The extinction of the honey bee will be our collective burden to bear. It’s a failure of legislation, a failure of regulation, but most of all it’s a failure of corporations whose voracious appetite for profitability would leave the planet starved and barren. Yet it is also the fault of the rest of us who sit idly by, waiting for someone else to make the call, do the research, cast the vote, raise the public’s awareness. It’s the fault of those of us who would rather see our mutual funds earn higher yields then enact the environmental regulations that may slow profits, but assure a self-sustaining world for our children. Nature’s Bounty is our birth rite, and good stewardship of the earth and dominion over all living things means you have to care for what is yours or suffer its disappearance. At the end of the day (translation: your life), it won’t be your country club membership, the yields on your stock portfolio, or the kind of car you drove that mattered, but what you did in service, “to leave the world a bit better,” as Emerson said. Scorched earth will breed nothing more than ash. Consider your legacy. Consider the honey bee.
p. j. lazos 5.26.15
Home Is Where Your Honey Bee
I never really thought much about bees other than the ones hiding in my soda can during family picnics and never had that warm fuzzy space in my heart for them the way I do for my felines. Bees aren’t fuzzy and warm and buzzing is no substitute for purring. That all changed when I met my husband, Scott. He’d kept bees for two decades so I’d inherited a hobby by marriage. Sadly, that’s all over now and hopefully, just for now. As a result, it’s hard to reduce how I feel about bees to one emotion.
Scott had started with one hive in a densely populated area outside of Philadelphia, but when he moved to Central Pennsylvania, and had access to a nice sunny spot on an Amish horse farm, he quickly expanded operations. Within a few years, he had seven hives, close to a million bees, buzzing their industrious days away. In those first years, the bees were happy, thriving, producing more honey than we ourselves could use. We sometimes sold it, but mostly we gave it away to friends and family as Christmas presents, hostess gifts, and teacher “thank you’s.” A few years later we began to develop all-natural products using the honey and beeswax. Then came the lean years: the bees were dying and no one knew why. The odd thing was there were very few dead bodies left behind, just a mass exodus as if the hive had swarmed.
Swarming is a phenomenon that occurs when there’s overcrowding in the hive, or the queen is no longer laying eggs. The queen dominates the hive and since bees are a hierarchical group, if the queen stops laying eggs, the young bees raise up a new queen and the process starts anew. The queen’s biggest job is to mate with a drone in flight; coincidentally, the drone’s sole purpose in life is to mate with the queen so it’s a match made in heaven. The average queen does 15 to 20 of these mating flights in her two-year lifespan, and thereafter, she’s good for laying about 1,500 eggs a day (down to a couple hundred a day during the winter). Since bees only have a life span of four to six weeks, the queen needs to keep cranking out the eggs as a means to ensure survival of the hive, and herself. Meanwhile, the worker bees, God bless their little hearts, do all the heavy lifting: making honey, making wax, making a cozy space for the baby bees (eggs), and cleaning out the hive. Unfortunately, as of late these hardy little insects have simply been disappearing and no one can conclusively figure out why.
Scott has an observatory hive, a glass box wide enough to accommodate a single frame from the larger hive. The box is portable, and through the glass, you can see the bees hard at work. Drone bees don’t sting if you clip their wings so Scott would take the observatory hive to our kids’ elementary school, clip a few wings and let the kids hold them while the bees walked all over their hands, arms and legs. It was probably their first non-hostile bee encounter unless you knew at an early age you wanted to be an entomologist and were always outside mucking around. The observatory hive was a huge hit and I hope someday to learn that more than a few children went on to have natural history careers as a result.
So why are the bees dying in record numbers? Researchers agreed on a name — Colony Collapse Disorder, CCD — and little else. Speculation abounded: perhaps pesticides such as Clothianidin were causing the bee version of Alzheimer’s, resulting in bees forgetting how to get home (the typical honeybee has a 6-mile flight-path radius); or maybe it was satellite transmissions, interrupting their homing capabilities; or perhaps over-medication; loss of habitat; diseases; pests; poor nutrition; need I go on? In addition, honeybees have been completely domesticated and rely on humans to medicate them to prevent varroa mites, a nasty parasite and what a flea is to a dog, only it can kill a bee. Whatever the case, whole colonies were disappearing, and considering each bee does its day’s work alone, the scenario didn’t make any sense.
CCD is not a regional issue or a national issue, but a global issue. Bees are the earth’s pollinators, one of nature’s most prolific producers, and responsible for 90% of the common foods we eat. Without them, about 70% of the food, flowers, fruits and nuts that we enjoy will be gone. Some foods, like almonds, are 100% pollinated by bees. They set aside great stores of honey to get them through each winter and pollinate our crops. In return, we steal their honey, develop what was once their rich foraging area, and spray chemicals all over their food. Einstein said that as the health of the honey bee goes, so do we. He predicted that man would be gone about four years after honey bees left the planet. Well, the bees are leaving now just in case we all hadn’t noticed.
To Be Continued: But where are the bees going?
p.j. lazos 5.15.15
Through a Lens
International migratory bird day — the second Saturday in May in the U.S. — focuses on conserving migratory birds and their habitats around the world. One of my favorite migratory birds is the small, but mighty ruby-throated hummingbird who treks 600 miles each fall from the Eastern U.S., crossing the Gulf of Mexico on a non-stop flight all the way into Central America and Mexico, only to return to Pennsylvania in the spring (April/May), and then continue traveling further up the East Coast as the weather improves. I’m enamored of this little bird whose wings beat so quickly that it needs to eat constantly to provide its body with enough food and warmth to keep going, a veritable poster child for strength and resilience. Plus it can hover, so it’s got my vote for the coolest bird trick award.
My other favorite, not because of it’s amazing feats of strength and aeronautics, but for its sheer presence and elegance is the snow goose. Toward the end of February, my family and I took our friends to the Middle Creek Wildlife Management Area in Kleinfeltersville, Pennsylvania to witness what has become a local phenomena. Snow geese, anywhere from 100,000 to 250,000 of them, traveling en route to their summer rentals in the arctic in North America, pass through Middle Creek, Pennsylvania, stopping at the lake to rest and refuel before continuing on to the Finger Lakes in Seneca Falls, New York, and ultimately, Bylot Island in Greenland. They come back in the fall to hang out in various inland and coastal bird hot spots, but for me, the real spectacle is in winter.
The first time I saw these beauties there were over 250,000 of them packed in across the entire lake, squawking, swimming, diving, and practicing synchronized take-offs and landings. Watching a thousand or more birds take to the air at once is a mesmerizing experience. Unfortunately, the day we arrived this year, the lake was still frozen and most of the snow geese were out having lunch. No matter. I consoled myself with a photo of the stragglers that had stayed behind taken with my phone through the lens of the coin operated binoculars provided on site.
At one time there were approximately 50,000 snow geese doing the migratory circuit, but because of climate change, their habitats have gotten warmer which means that the bitter arctic cold in which they choose to have their babies is a bit less bitter, allowing a few more babies to survive, and resulting in a swell in snow geese numbers. Today, they total around 1 million. Hurray for the birds, you might say, and I agree, but the reason they are not universally loved is their destructive foraging habits. Farmers report them ravaging their fields and it’s not just the tops of plants that they eat, but the entire plant, roots and all.
Yet it’s a small price to pay, I believe, for the chance to see them in flight. A visual, visceral feast — nature in all her unbound glory.
p. j. lazos 5.8.15
I Speak for the Trees
My favorite tree ever was a giant oak, over 100 feet tall with a girth so large, three adults had trouble getting their arms around it. The oak and I grew up in a backyard in South Jersey. There’s a home video of me, only a few months old, wrapped up against the cool of a crisp fall day, and lying on a blanket beneath the oak, engaged in conversation, some secret language only we two knew. I think the oak imprinted my soul that day which is probably why I still talk to trees, if only in my head. For years I climbed it, or tried to, hid behind it, told stories beneath it. I noted its battle scars, one inflicted by my father who had tried to cut it down because he feared its size and proximity to the bedroom. He succeeded only in leaving a scar. In exchange for its life, the oak didn’t fall on the roof.
This past Friday was Arbor Day. The first Arbor Day was held in Nebraska City, Nebraska on April 10, 1872. Newspaper editor J. Sterling Morton, a tree aficionado, used his position as editor of the state’s most popular newspaper to mobilize Nebraska residents to hold the first Arbor Day in the nation. Trees, he explained, not only keep soil from eroding and act as wind barriers for the wide open Nebraska spaces, but they bring the birds and other wildlife, and in addition, they’re nice to look at. Nebraska’s residents responded to J. Sterling’s prompting by planting about a million trees, and afterwards, they had a parade. Pretty good for 1872 and no internet.
Trees are the lungs of the earth. While humans have always depended on trees for food, warmth, and shelter, it wasn’t until the 1800’s and the onset of the industrial revolution that the felling of trees began at unprecedented rates. Today, the rain forests that used to cover 14% of the earth’s surface now cover 6%. Home to hundreds of endangered species, and thousands more that have yet to be identified, rain forests themselves are endangered. One and a half acres of rainforests are lost every second to agriculture, logging, and development, resulting in a tipping point for mankind. In less than 50 years they could be gone. Yet, it’s not just rainforests. Trees of all kinds take in CO2 and give back oxygen, especially the old growth trees like my oak (who would actually be considered a youngster as old growth trees go), that have the best oxygen output.
The Buddhists say that trees have a consciousness. Authors, Peter Tompkin and Christopher Bird who wrote, The Secret Life of Plants, also believe that trees have a consciousness and in the book they document support for that theory in experiment after experiment. Then there’s J. R. R. Tolkien’s Ents, the guardians of the forest who themselves have become tree-like creatures; they not only had a consciousness, but a voice, and a moral code, and an exceptionally long memory.
Still my favorite ode to trees is the now classic children’s story, The Lorax, by Dr. Seuss. In The Lorax, the Once-ler tells the tale of the abundant Truffula Trees that had covered the earth and that had become extinct because of man’s greed. The last lines of The Lorax are my favorite: “UNLESS someone like you cares a whole awful lot, nothing is going to get better. It’s not.” Unless. The word has the power to change many things, including our collision course with nature.
Today my favorite tree is the Japanese maple that sits outside our back door. The previous owners took great care with it, nurturing and pruning it to become the Bonsai-like sculpture that it is and the crowned jewel of our front yard. We love the maple and show it by hanging wind chimes and bells and even a small bird house on it. I think the maple likes this, but it could be my imagination.
Still, the oak was my first love. A couple years ago I drove by my old house. The oak was gone, a victim of blight. I was heartbroken. Is it possible, do you think, for trees to miss people the way people miss trees?
Soon I will receive some trees — about half a dozen saplings — from the Arbor Day Foundation, and I will plant them and think of J. Sterling, but more about my kids and how these trees might help them to breathe 50 or 60 years from now. Why don’t you join me? When you’re done, come back and tell me about your favorite tree, the one with the tire swing, or the one near the pond with the rope, or maybe the climbing one, or perhaps the one that keeps your secrets.
photo by Erin Lafferty
One Less Bag
When I was a kid, I spent a summer working in my parents’ deli in Sea Isle City, New Jersey. I had various odd jobs, but my main job was running the cash register. I met all kinds of people at work: summer-long, and weekend vacationers, shoebees (a/k/a day trippers), and my favorite, the locals. Many came in every day for the same items: coffee, donuts, cigarettes (40 years ago smoking was still okay), a meatball sub. Some would indulge me with a smile, a word, a bit of wisdom. I recall one gentleman in particular. He never took a bag whether he had one or five items despite my repeated offerings. “If everyone took one less bag,” he would say, “imagine how many trees we could save.” I credit him with planting the seed of environmentalism in my 11-year old brain. In the 1970’s, when I was working the register the paper bag ruled.
Fast forward to today. Paper is out. Plastic is in, and the environmental fallout has grown exponentially. Today, about one million plastic bags are used every minute, and much of the waste stream makes its way to the ocean, creating a toxic soup for marine life. Plastic bags harm wildlife, and fish and birds mistake plastic for food often with horribly unwanted consequences. Autopsies of dead birds have revealed a belly full of undigested petroleum-based waste (plastics are manufactured from petroleum products).
A thousand miles northeast of Hawaii is the Great Pacific garbage patch, a pastiche of chemical sludge and plastics, some microscopically small — called micro-beads — and other debris which is forever doomed, like Sisyphus, to circle over an indeterminate amount of the pelagic zone. The pelagic zone is that part of the sea that’s neither top nor bottom nor shoreline. The plastic is trapped by the North Pacific Gyre, basically a sea-bound vortex. Unfortunately, scientists have been unable to quantify the garbage patch due to its formidable size. Even more unfortunate, ten percent of the plastic manufactured worldwide ends up in the ocean, and 70% of that same debris ends up on the ocean floor where it’s destined to live forever. While some of it was technically created for use in the ocean such as fishing gear, most of it, like plastic bottles, originated on terra firma. Yet, there it is in the ocean, a floating landfill with a grand name.
In 1972, the U.S. enacted the Marine Protection, Research and Sanctuaries Act, commonly known as the Ocean Dumping Act, designed to regulate disposal of materials into the ocean and provide funding for research. The law is still in place today, essentially unchanged, but it’s not enough. We need to reduce at the source. The costs associated with landfilling the plastic that actually makes it to the landfill, followed by the interminable waiting for the plastic to break down, anywhere from 700 to 1,000 years while pollutants potentially leak into the soil and ground water, threatens to drown us in plastic and the hazardous byproducts of plastics such as dioxins. Of the 33 million tons of plastic Americans throw away each year, only a bit over 7% is combusted to create heat or electricity and another 6.5 percent is recycled, not much of a return on an investment of the $4 billion it costs retailers to supply 100 billion plastic bags to its U.S. customers each year. In September of 2014, California became the first state to ban single-use plastic bags at grocery and convenience stores. What if every city adopted this model? How much plastic could we keep out of our beloved oceans. The message remains as relevant as ever: if everyone took one less bag….
The Worth of Water
On my way to the 8th Annual Global Water Alliance (GWA) conference in Philadelphia on March 26, 2015, I took a shortcut across the University of Penn’s campus and, given that I am navigationally challenged, overshot my destination (which sounds better than saying I got lost). As usually happens when I take a wrong turn, something magical occurred. I ended on the 37th Street Walkway also known as Benjamin Franklin’s Way. The walkway, a cut-through between lecture halls, stretching from Walnut to Spruce Street, was a 45th reunion gift from the class of 1962 and boasts a series of pavers with many of Franklin’s often pithy, always wise advice. My favorite, “when the well’s dry, we know the worth of water,” was apropos advice given that I was on my way to a water conference.
In 1815, the Fairmont Water Works, “the nations’s first major urban water supply system,” was completed. Built in the Classical Revival style, the Water Works was a true marvel of engineering and design, attracting tourists who were drawn to its beauty, novel technology, and riverfront location. The Water Works continued operating as a water supply system for Philadelphia until 1909 when the city moved to a sand purification system and the Water Works became the home of the Philadelphia Aquarium. In 1962, it became the John B. Kelly pool for competitive swimmers, and a decade later, because of its dilapidated condition, the Jr. League of Philadelphia launched a restoration and fundraising campaign (love the League!). Today, the Water Works is not only a Historic Landmark Site, but a teaching tool for anyone interested in both Philadelphia’s water history and future. The Water Works was originally built to address the problem of raw sewage in the streets and lack of access to clean water. It continued because once people have access to clean water, they never want to be without it.
In the late 80’s, I studied abroad for a summer at the University of Athens, Greece, taking comparative civil and criminal procedure classes. While the classes were interesting, it was more of an opportunity to travel and the program, sponsored by Temple University, accommodated that desire. Most school weeks were only four days long, leaving long, three-day weekends to get to know the terrain. I remember one such weekend and a three-minute shower in a youth hostel, maybe on the island of Mykonos, maybe another island, the details are fuzzy. What I do remember though, is shampoo running down my face as the timer for the water ran out. It cost a couple hundred drachma for a few minutes of warmish water. If you wanted a few more, you had to add more drachma to the box, and you needed coins. (Drachma was the currency used in Greece before the Euro – it was about 150 drachma to a dollar in the 80’s, if memory serves.) I had gotten pretty good at timing my shower so I’m not sure what happened; maybe I was lost in a daydream. All I know is that one minute I was listening to the interminable tick, tick, tick of the timer, and the next, silence: no timer, no water, nothing. It didn’t matter that I had money. My time was up. I needed a certain kind of money — coins — and without them, I was just a head full of shampoo, looking for a water source, which is probably what many people in the world feel like who lack access to water, minus the shampoo.
Access to clean water means political stability. This was one of the takeaway messages from GWA conference. Not one, but several speakers noted how the countries with political strife are those that don’t have steady access to clean water. Admittedly, I had never thought of water in these terms before, living, as I do, in a water-rich area that usually has uninterrupted access to water. What I had thought of was how little we as Americans think about the worth of water, how it runs right from the tap into our glasses and how we don’t question whether it’s safe to drink, bathe in or cook with because we have laws that make sure of that.
Oh, but look to history for its lessons or be destined to make the same mistakes again — another takeaway from the conference. It’s unclear whether we as Americans are doing that. On April 1, 2015, California Governor Jerry Brown proclaimed a continued state of emergency and issued a mandatory 25% statewide reduction of water usage. California is four years into what scientists are calling a mega-drought which is a drought with a potential to last 20 years. In that length of time with little to no water coming in, California is certain to become a desert. So what’s a state’s citizenry to do but comply? Similarly, the reservoir that services Sao Paolo, Brazil, a city of 20 million people, is operating at approximately 6-13% capacity. The entire city risks being without access to water in the next three months so rationing is not just a suggestion, but a necessity.
Yet it’s hard. Where would your 25% come from? Would you skip a shower? Not give your kid a bath? Stop watering your tomato plants? In developing countries, people manage to live on a few liters of water a day because of the lack of access to water. A liter is the size of one of those giant coke bottles. Imagine if that was your entire day’s water supply. What would your water allocation look like? How would you choose what to water and what to let die? When the well is dry, would you know the worth of water?
photo by pjl
Don’t care about spots on my apples…
Today, in a magnanimous and demonstrated show of concern for the health and wellbeing of the citizens of our nation, for their right to life, liberty and the pursuit of a toxin-free happiness, the nation’s chemical companies announced they will no longer produce pesticides, herbicides, and biocides, and instead, will fund research and development for natural ways to control agricultural and household pests.
No doubt you were on to me by the end of the first line, eh, since what major corporation would put people before profits? Yet why is that concept unthinkable? Shouldn’t people be first?
In 1970, when on vacation in Hawaii, the iconic Joni Mitchell looked out the window and saw, not the actual ocean, but a sea of cars. She retreated to her hotel room and wrote the prophetic “Big Yellow Taxi”. In 1970, we didn’t have a wealth of scientific information about the effects of the pesticides and other harmful chemicals on the human body — no peer reviews, no youtube lectures, no scientific round tables to shed a light.
What we did have was Silent Spring, by Rachel Carson, the godmother of the environmental movement, who wrote eloquently about the ills of the chemical revolution that was taking place in agriculture and, lucky for us, she had the science cohones to back it up. Carson was a hands-on scientist who field-tested her world view to ascertain that what her deductive reasoning told her was true. DDT and other chemicals, labelled pesticides, herbicides, and insecticides were actually biocides, and they were affecting everything they touched. Not just the pest, but the plant and the garden and the people who breathed it in, a scattershot approach to pest control at best.
Problematically, decisions made by the USDA over the last 50+ years are having unfortunate health consequences now: cancers, auto-immune diseases, and the like have run amuck, killing millions each year because of an agribusiness model that kills diversity and puts profits ahead of people while a mega-billion dollar medical industry stands ready to clean up the mess. Radiating food sterilizes it so there are no lawsuits at the grocery store from a bad bag of spinach, but it also contributes to the high radiation levels in your body which causes imbalance, resulting in disease. No worries though. We’ve got doctors standing by to irradiate the tumor. If you survive the treatment, you’ll be almost as good as new.
When did we decide corporate profits outweighed the health and welfare of the human being. Was it the industrial revolution in America? Feudal England? Ancient Egypt?
You’re right. As long as man has been around, someone has been running the numbers, calculating the risk assessment, tallying the cost-benefit analysis to determine whether providing humanity with solid, beneficial products, (along with good wages and working conditions, but that’s a story for another day), would be cheaper than paying the fine if you got caught (think exploding gas tanks on the Ford Pinto and Jeep Cherokee).
Perhaps no shock there, but in the 21st century, the gentler, kinder, century of higher consciousness, couldn’t we, shouldn’t we do better? “Don’t care about spots on my apples, just give me the birds and the bees — please.”
photo by Ian Eberly
I Am Water
And so are you. At least about 72% of you is, along with the person you love, your kids, your friends, all your acquaintances, all mostly water. Several billion years ago, a few single-celled organism started focus groups, formed bonds, discussed logistics, and eventually crawled their way out of the primordial soup. At one time oceans covered the planet. At one time dinosaurs roamed the earth. We’ve come a long way since then, but we’re still drinking the same water the dinosaurs did.
When I was born, I shared the water on this planet with just over 3 billion people. Today, I’m sharing it with 7.2 billion. In 2040, we’ll have just over 9 billion people, but maybe not enough water for us all. By 2030, one-third of these billions of people will not have access to clean drinking water; by 2040, the constant struggle of energy needs vs. personal water use will create dire water shortages for the planet; and by 2050, it could be game over.
Rather than say “the problem is too big; there is nothing I can do,” say, “I am water.” By aligning yourself with the essence that is water, you change the game. Water is fluid. Water is cleansing. Water is buoyant, and intuitive, and multi-dimensional. Water knows how to heal itself and, intrinsically, you do, too.
Today is World Water Day, a day to meditate on the blessings of something seemingly so bountiful, so much a part of us, and yet so precariously placed, and what you can do to ensure it remains here for many generations to come. Maybe start with that leaky faucet.
Why the Environment Matters
An open letter to the ladies of the JLL:
When I was a kid growing up in the 1970’s, rivers were catching on fire, gas and industry’s smoke stacks spewed lead into the air, and pesticides were practically a side dish on the dinner plate. In 1969, Rachel Carson wrote Silent Spring, exposing the dangers of pesticides, and an environmental movement was born. The first Earth Day was held in 1970 as a way to raise consciousness for a planet in decline, and that same year, the EPA was launched under the Nixon Administration, proving that, at one time, bipartisanship thrived. EPA wrote key legislation on air, water, pesticides, and such, and the environmental movement grew legs.
Fast forward to today. While many things have improved, much is still in precipitous, mind-numbing decline. We stand on the threshold of one of the most environmentally dangerous times in history: the population is exploding; dozens of species are going extinct every day, freshwater is running out; fertile farmlands are being plowed under for housing; the bees are dying in exponential numbers; micro beads circle the watery globe in giant swaths of floating plastic and detritus; genetically modified foods are fast replacing the real thing and stressing the human body whose evolutionary development cannot keep pace; climate change is causing monster storms in record-breaking numbers; and ozone action days are actually a thing.
My 14-year old daughter says, “why don’t people think about the environment? Without the environment, there’s no us.” Today’s kids get it, but for adults who don’t work in this field, the environment is a series of scary, intractable issues all of which are too big to fix, so why bother? But if we did bother, what would that look like?
This League has tackled countless intractable problems before and been successful: Wheatland, Rockford, Demuth. If a few gals in the 1930’s can save a president’s house from the wrecking ball, what about a hundred gals almost a century later? We have more resources, more education, more money, and more influence than our predecessors, and our voices are much, much louder thanks to all those who have gone before us. Why not use these tools to do the unthinkable? The phenomenal?
We can’t we solve all the problems at once and absolutely should not tackle the biggest ones, at least not right away, but what about the small, discernible problems that could result in some confidence-building victories? A few less intimidating ones come to mind, like helping to reduce 1.75 million gallons of stormwater runoff that contains nitrogen and phosphorous from our beloved farms, the very same nitrogen and phosphorous that is choking the life out of the Chesapeake Bay, the largest, freshwater estuary in the country, and a trillion dollar enterprise if you consider fishing, tourism, agriculture and all the other activities that have roots in the Bay. Sounds hard, but it’s not. We can help the City with this goal by facilitating sponsorship of one rain garden at at time. Reducing storm water runoff doesn’t just help the Bay, but the City in keeping it’s rivers clean. Every time we have a rain that overflows the sewers, the excess, combined sewer and stormwater, flows into the Conestoga, or the Little Conestoga, or the Cocalico, or the Susquehanna, or any one of the other rivers that have sewer outfalls. Take excess stormwater out of the equation and you have less sewer overflows and cleaner water for everyone.
Not into rain gardens? What about “greening” the day care centers in Lancaster County? Right now, mostly in lower socio-economic areas, day care centers are rife with the chemicals used to clean the facilities and the toys used in those facilities. And where are those chemicals going? Into the mouths of the 2, 3 and 4-year olds who suck on toys cleaned with ammonia and window sills coated in lead paint. The IQ’s of these kids are many points below their more affluent counterparts. But what if we got the chemicals out of their environment and gave them a fresh “green” start?
What if day care centers aren’t your thing? What about air? Want to help all of Lancaster County’s residents breathe easier? We could start a bike share program with a local partner. People belonging to the program could pick up a bike, ride across town, run an errand, leave the bike, pick up another bike somewhere along the way, and not have to worry about maintenance or gas.
What about plastic. Do you know how many plastic bottles end up in a landfill each year? About 1,500 plastic water bottles are used in the U.S. every second; 50 billion bottles are purchased each year and 80% end up in a landfill. How about we get a ban on plastic bottles like San Francisco did last year and have the City of Lancaster install water stations in strategic areas downtown. Suddenly, Lancaster looks as green as Portland. What about green roofs? Community and school gardens? Urban bee-keeping? The possibilities, well, they are only limited by our imaginations. We can do as many as we have capacity for and with a hundred women, that could be quite a few.
The environmental problems are huge, that’s undeniable, but the small fixes, one after another, piled together like building blocks, they are the ones that will bring about a change of consciousness, and consumer choices, and ultimately, lifestyle in and around our community. They will give us the fresh start this new century so desperately needs.
Esther Hicks, an inspirational speaker and author is fond on saying, “there’s never a crowd on the leading edge.” We, the ladies of the JLL, can be on the forefront of that leading edge, but it takes courage, and insight, and an innovator’s spirit. Whether you’re a mother, or want to be a mother, or have no interest in being a mother, it doesn’t matter because every woman has a mother’s spirit. It’s in our DNA. What if we pooled our collective wisdom and knowledge and dreams and hopes for a better future? What magnificence could we accomplish in service to the Mother of us all, because without her, there is no us. That is why the environment matters.