The Ultimate Guide to Apple Picking |

Well hello fellow Vertecologists! I’m pretty lucky that in front of my current digs in Eugene there lies an apple tree. It produces so many apples that around this time of year I get to enjoy luscious, almost daily smoothies for a couple of months straight. And I’m just getting the small minority that don’t end up eaten by birds, bugs and cars.

Most of us of us aren’t so lucky, and so I bring you this great post by way of Kelly Roberson on It breaks the science of apple picking into the basic 1’s, 2’s & 3’s. Click the image, enjoy and happy hunting!

Guide to Picking Apples - How to Pick an Apple Properly

Waterfalls in Chinatown?

With the whole world talking green, that the word ecology breaks down into the Greek roots eco and ology, or “home science” may not be news to you. But humor me as I take the moment of launching my Rainwater Harvesting Construction Guide to consider the outer potential of rainwater harvesting as part of an all-inclusive home-science strategy. Even if the scenarios explored here never happen I’ll ask you to let them stir your imagination, move you anyway. With that alone as MLK and JFK can attest, we’re already halfway free and halfway to the moon. The journey of a thousand miles begins right where we’re standing and its imagination that collects the compass, chooses the road, guides the first step and calls the muses in.

The cost of household water:

  • At least in LA, has doubled in the last 12 years with no end in sight and has skyrocketed since 2002 when claims on the Colorado River began to exceed the river’s entire flow.
  • Will likely increase as rainfall becomes more erratic with climate change and cities and their vendors trying to cover the risk.
  • And is currently kept artificially low by government subsidies that may not last as the US dollar and political system face the road ahead. Consider that residents in Guatemala City would pay $1,700 for the water people in Washington DC pay $350 for.

Water Trends: The Price of City-Supplied Water 1994-2014

So a multi-barrel system built on the ultra-cheap might buy you a few extra nights out over the long haul with more nights every year, but I’m guessing it’s not the nickels that have got you reading this far, and dimes don’t really inspire journeys to the moon.

The real question I suspect many of us would really love to answer is “What difference can DIY rainwater harvesting make,” and the answer involves a different set of numbers and the big D-word – it “depends.” That said, even dropping a $20 craigslist-score barrel under a downspout and using it to water an existing steroid-pumped lawn would mean importing a few hundred less gallons of water every year and cutting municipal infrastructure a tiny bit of slack.

But I for one love to play big too. So, hearkening back to my days working on the Los Angeles Integrated Regional Water Management Plan, I dared myself to take it all the way. I asked myself, “Could the city that inspired Chinatown meet its needs just from what falls on it from the sky?” Even if the answer comes back as a definitive no, we might learn big.

Dome over Los Angeles

That’s what we call a thought experiment, and as with any experiment, there are rules to the game:

  • For the moment we’d set aside considerations like social inertia, political drama, red-tape, building and social conventions, hours spent in traffic and busy, busy lives. To simplify the game, we’d just look at the goal as a design problem. Show hope of solving the design problem and it becomes worth looking at the much stickier, all-too-human rest of it.
  • The teeming semi-desert Megacity of Angels would have to solve the problem through distributed DIY possibilities within the existing built environment. No gutting neighborhoods or $20-billion canals.
  • We’d only look at households. Yes, agriculture uses most of the water and commercial properties use water too, but if we’re resourceful enough to become aquatically solvent in the household, we’d be one step closer to resourcefulness and solvency at work and on the farm.
  • The City of Angels would have to become water solvent without sacrificing its material standard of living. No living like Third World refugees and no spin-the-bottle to see who gets to shower.
  • For now, we’d just look at the yearly numbers. The seasonal timing of things makes a critical difference, but we’ll look at the low-res now to see if it’s worth going high-res later.
  • And for now, we’ll just look at the average rainfall year. Even if we don’t cover the nut for low rainfall years, we’ve come a very long way and can perhaps begin to think bigger than the next bottleneck.

Next in the spirit of gaming, come the variables that establish the field of play:

The thought experiment begins in the flat Mid-Wilshire 90019 zip-code with an average yearly rainfall of 15 inches and zooms in on a hypothetical 7,500 square foot lot, say 100 feet wide and 75 feet deep. There’s a house on the lot with 1,000 square feet of rooftop and a family of four living inside.


Why these numbers? Well, the LA Department of Water and Power uses zip-code, lot size and family size to determine water prices. The Shortage Year Tier 1 allotment for our imaginary friends would be 26.35 Hundred Cubic Feet (HCF, 1 HCF = 748 gallons) per two months in Low Season (May to October) and 20.4 HCF for two months in High Season (November to April). This adds up to about 105,000 gallons per year and 287 gallons per day. In 2012, the family would have paid $3.70 per HCF for their allotment and $5.92 per HCF for anything more. If they’re an average American family, they fit squarely in Tier 1, using 73,000 gallons of their 105,000 and paying $361 for the water.

Knowing what those 73,000 gallons are used for then gives us the goods on solving the design problem…. In Permaculture parlance, we say “observe” and also “the problem is the solution” and it doesn’t take a rocket scientist to figure out that the two ideas go hand-in-hand. Below are national averages reported by the National Academies Water Information Center (click here). The outdoor use varies by region and season, but we’ll go low-res with the yearly national averages here.

Our Water Use

Right away, rainwater harvesting wouldn’t cover the current total household use even if we could somehow catch and store everything that fell on the whole lot. With 15 inches of rain, the property only gets 70,000 gallons in an average year. We’re already 3,000 gallons shy.

A whole systems approach to the rescue then, and first goes the toilet. The toilet uses 10.9% or 7,972 gallons a year. Convert that to a composting toilet and get extra goodies like carbon-sinking black earth for the gardens, and if enough people converted, way less pressure on the decaying channelized streams-cum sewer lines like the LA River, filtration plants and the ever stressed water quality budget. Maybe enough pressure-release to de-pave the river, turn it into a park and turn the park into the backbone of a food forestry network with all the black earth we’ve got in 6 months, while ending algae plumes and itchy surfers off the Santa Monica Pier. The family’s yearly water score drops to about 65,000 gallons.

Paired with a conversion to eco-friendly household products in the shower, bath, kitchen and laundry, the next move is to run the used, grey water from faucets, shower, bath, laundry, dishwasher and the mysterious “other” through the garden. Now that water, all 18,000 gallons of it, 24.3% of the family’s total use gets used twice before leaving the property but counts only once for the new score for the year, 47,000 gallons. Outdoor use is down from 42,000 gallons to 24,000. Assuming the grey water system is well designed and doesn’t require a bank of levers to operate, there’s no loss in quality of life – and most of the worst household waste has been tamed before it hits the pipes. Any algae plumes still hanging off the coast are done for.

Then it’s down with the leaks. Nearly 6% of water lost through leaks? Some leaks are unavoidable. Pipes age, foundations move, kids happen and with all the proverbial leaks in life, busting out the plumber’s wrench for a weekend ends up low on the totem pole. But say the family goes for it and cuts the 6% to 3%. So much for 2,000 gallons lost per year. Average yearly use: 45,000 gallons.


Now with a much lower bar to hit, let’s see what sort of dent rainwater harvesting can make.

First we’ll look at two types of rainwater harvesting that we might distinguish as “hard” and “soft.” The hard variety refers to the tank, barrel or tub kind of rainwater harvesting, and we could say that the soft variety refers to that which can be theoretically started, if not always finished, with a shovel. The two varieties work best in tandem starting with a hard system that blends via an overflow or “spillway” into a soft system integrated throughout the whole property.

The imaginary property has a 1,000 square foot peaked roof. With a 220-gallon system on either side of the pitched roof and the right gutter arrangement, the whole roof can be collected from. With 15 inches a year we get the potential harvest of about 7,500 gallons with 440 gallons of rainwater able to be stored at once. In the ideal world, 15 little one-inch storms would fill the tanks during the wet season with enough time between to empty the tanks out completely every time for a steady flow. That’s unlikely of course, and that’s where integration with soft harvesting comes in.

Land contouring forms the essence of soft rainwater harvesting, and within well designed land contours, opportunities arise that we… and nature when we’re not around… can put to great use. The name of the game is to keep water on the property and keep it moving slowly, to think of the whole rainwater harvesting system, hard and soft, as a watershed, and doing so can inspire a whole host of possibilities.


It’s worth noting that standard American landscaping flows to a different drum: get water off the property as fast as possible. Hence we’ve all been trained to believe that gardening means running the sprinklers incessantly and still expecting parched soil by June, while the downspouts from the roof generally give the roof runoff a one-way concrete-lined ticket to the ocean. It may seem surprising that just flipping the landscape lens from convex to concave in key spots, that thinking in terms of bowls instead of hills can change everything until you actually see the results with your own eyes.

Since that perfect series of storms is unlikely, we’ll link the hard system’s overflow into a soft system on the property, essentially running its overflow into bowls, swales and other uses so we still get good and more gently distributed use of the 7,500 gallons the hard rainwater harvesting system nets us. Now with the hard rainwater harvesting and the grey water outputs we’re only taking 16,500 gallons from city mains for outdoor use – remember we started out demanding 42,000. Even taking the seasons into account, we’re doing well, since the grey water output isn’t going to change much month to month. Total demand from the city is now down to about 35,000 gallons, half the original 73,000.


At least in theory, the soft rainwater harvesting can take the numbers down a lot further. Bowls don’t accumulate just water. One year of leaves from deciduous trees can form mulch mats that hold water underneath and keep soil processes unfolding for months, even in the hottest weather. Add a 6 inch layer of straw and the ground’s wet all summer. Gardens flourish in the dips and perennial water sinks develop virtuous hydration cycles with increasing mulch, fungal mats, plant diversity, birds and happiness all around.  Shape the concrete driveways and patios to direct water into the bowls or replace these hardscapes with permeable inlays and we could argue for hard and soft systems keeping 80% of rainfall in productive use on the property for much of the year. That’s 56,000 gallons of water. On a relatively flat lot sculpted for soft rainwater harvesting and productive soils, we’ve got a 14,000 gallon outdoor surplus for the year.


We’re still pulling 18,000 gallons from the city main for potable indoor uses and the occasional car wash, so I’m not calling the game won just yet, and for many of us, this would be a great stopping point. Extrapolated over the whole city, the low-res joyride has cut water imports and bills by three quarters with no loss of quality of life, a good part of the difference made with hard and soft rainwater harvesting in tandem. Even if in real life we got only a third of that result, we might still win the consolation prize – whitewater rafting for everyone down the Colorado River like in days of old.

And for those of you who really want to finish the job and take the score down to zero, I say start with the Rainwater Harvesting Construction Guide, Power to the Makers! and don’t stop there. The answers are out there. Clay cisterns were such the rage in Biblical Jerusalem that they were a favorite metaphor in parables and Jeremiah even did a jail sentence in one. Here too is a pic of the adobe Earthship that shared our space at Grassroots United in Haiti. The entire roof is a rainwater harvesting system and the water harvested gets used for 3-5 purposes before leaving the surrounding grounds.

GRU Earthship

With all due respect to Chinatown, I for one will risk my hat over yonder barrel and say that at least as a pure design problem, zero’s a winnable game. Just figure it’s 1962 and I’m asking, can we get to the moon? Only this time, we’ve got the hive mind of the internet too and I’d love to hear all your bright comments for making up the difference.

Thanks again and take a peek while you’re here…



…And We’re Back!

Vertecology 2.0 you might say! Or 1.9999, as the site is now live running as visioned more than a year ago… and the real work begins to make this site and Vertecology itself a wider and more robust resource. Thank you all for your patience!

Strikng a Pose at PranaFest

A few weeks ago I was out at the Ashland Food Coop doing the political campaign work I’ve been doing to make ends meet while continuing work on Vertecology’s evil plan to take over the world with edible vines and up walked Janet Marley of Bahkti Fest fame. The net result of our conversation can be seen in the photos below…

The Hanging Gardens strike a pose while yoga rages on!

Oregon’s got a set of Hanging Gardens, a lovely pair that made an appearance at the first annual and very successful PranaFest at Ashland’s Jackson Wellsprings a couple of weeks ago. While a few hundred of us did our yoga poses under the guidance of a dozen or so of some of the best yoga instructors around, these twins struck a pose on stage and got star treatment all around. Thanks again to Janet for producing this great event, festival producers are like rock stars in my world; thanks to all the rest who made it happen behind the scenes and thanks to the thousand people who came out to play.

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And stay tuned… there is method to my madness and Vertecology is going to the bees! That will make sense in a very short while, I promise!

A Design Comes to Life at Orville Wright Middle School Community Garden

About a year ago this month, just before I headed off to Haiti, friend and fellow designer/builder Robert Redecker of Earthworks Natural Building Group invited me to do a few renderings to help flush out a circular cob and superadobe bench concept to be installed between three big shade trees at what was to become the Emerson Avenue Community Garden at Orville Wright Middle School in Westchester. At the time the “garden” was just a stretch of patchy lawn sandwiched between a soccer field and a few grand ideas. The 26-foot diameter seating area was going to become a teaching hub within the garden, a place where the school kids could gather around and learn about permaculture from a potential litany of travelers and luminaries in the know.

I punched out the renderings you see above, then got caught up with the journey to Haiti, then with dropping the Geo at clubs and the water harvesting system at Sugar and the Hanging Garden, and well… you get the idea. Then Robert called me about two weeks ago: “They’re starting the project this weekend and want our guidance.” So with camera and shovel in hand as Saturday morning dawned, I made my way out there for the groundbreaking, got introduced to something like 40 volunteers and found that a good part of the lawn had become, indeed, a community garden. We got busy on the building fast, and here’s a time lapse to tell the tale.

As you can probably tell, we just got to laying out the urbanite floor and setting up the trench for the foundation pour and there’s still more work to be done. Two more workdays are scheduled April 15 and May 5 and more volunteers certainly welcome. (Here or here for more details).

Robert himself has become a devotee of cob and superadobe building, both methods of building using almost entirely earth from the locale where the build takes place, meaning cheap, sculptable and simple construction that’s labor intensive but beautiful, deeply soothing, health- and ecology-enhancing and virtually indestructible when built by competent hands. Check out The Hand-Sculpted House: A Practical and Philosophical Guide to Building a Cob Cottage by Ianto Evans and Earthbag Building: The Tools, Tricks and Techniques by Nader Khaili if you’re interested in learning more; these two books are sort of the earth-building “bibles” and are full of methods, design philosophy and examples of some pretty amazing projects around the world.

And I must add that once lots of people get to work on grand ideas, they have a way of happening. Patchy lawns become hubs and hubs spawn more hubs. As I’ve mentioned before, there’s something afoot with gardens in the schools and it’s only a matter of time before their unused spaces become bona fide food forests cum education and activation centers. Then the food forests start to expand, partly because of people, but also because of birds and pollen and bees and it’s exciting to be here at the beginning of the evil plan for world liberation. Enjoy!

The New Rainwater Harvesting Video

Here’s the new video showcasing the Sugar Shack rainwater collection system with a bit of how-to, the wisdom of experience gained after a few big storms, and some future ambitions! I’m not only excited to have the content out there now; this is a big milestone for Vertecology in bringing the power to the people.

Since long long ago, I’ve envisioned using media as a way to empower DIYers everywhere (think all my talk a few years back about collective intelligence), and to create income streams that will ultimately get reinvested into projects that bring out the creative potential of both human beings and the ecology that has made us possible, into the world that can be.

This video represents the first major step in the fulfillment of that vision. I hope enjoy it. Thanks and happy Friday!

Five New Square Feet of Urban Economic Liberation: Planting the Hanging Garden

I’m pleased to announce that the next phase of Hanging Garden R&D is underway. Starting with a 1-1-1 mix of sand, homemade compost and potting soil, I’ve seeded all five levels of a Hanging Garden now swinging from the rafters at the Sugar Shack with small herbs that will help prepare its soil for later planting, attract birds and beneficial, predatory insects like ladybugs, long-term test the Hanging Garden’s performance in outdoor conditions and offer the intentional community here another baby step toward urban economic liberation.

Part of the fun is getting to experiment with five separate “test tubes” if you will. The bottom three levels got dusted with seeds of the yarrow plant, which according to legend was carried into battle by Achilles because of its effectiveness in treating battle wounds, and whose tendency to accumulate minerals means rich soil will be left in its wake. The fourth level up is planted with both yarrow and echinacea purpea seeds to get an idea of how the two behave together. The top level is seeded with echinacea alone, and echinacea is the go-to plant for easing a cold out of your body (something the house could use right about now).

For both herbs the winning planting formula appears to include spreading the seeds no more than ¼ inch deep. The yarrow seeds are little bigger than fine grains of sand and get spread liberally. The larger echinacea seeds get dropped individually about 2 inches apart. Then on all levels, I overlaid some exhausted coffee grinds from the house coffee maker.

The setup will get lots of sun on the rooftop, just like these plants love. It is winter here of course, but it is Southern California and these plants which would get planted later in the spring further north can take the couple of frosts we might get this season. If all goes well, we should start to see little green leaves popping up in about a week or so.

And this is a great opportunity to explore what the Hanging Garden can do best. For while we grow these herbs here, as other installs go up, Hanging Garden clients can begin to share notes – I hope to have a forum for this on Vertecology as  more installs go up and things come together.

And finally, a bit of cross pollination – it’s great to be watering the Hanging Garden with water from the rain harvesting system in the downstairs garden. Already watering the Hanging Garden on the rooftop, I’ve taken on watering the whole roof garden; prior to building the water harvesting system, I knew simply that our rooftop garden needed water. The water messily came out of a hose when I turned on the spigot, and that’s about all I knew.

The Sugar Roof Garden takes about 4 gallons of water per day in winter.

I always felt a pinge of guilt in watering the American Way, having no idea of how much water I was actually using, and only knowing that the water was coming from places like Mono Lake and the Sacramento Delta. By watering with buckets from the harvesting system, I’ve learned that the rooftop garden requires about four gallons per day in the winter time. Sure the watering is a bit more laborious but the information gained while exercising – climbing stairs with bucket in hand, has named the unnamed and means that I can now realistically design for how much water a design-build-permaculture install will actually need and yield.

Thank you Norma Bonilla for the soil mix formula and Baza Novic for the seeds and planting direction. I’ll keep y’all posted, and of course I welcome feedback. Thanks!

The Amusing Muse Exploring Possibilities for the Hanging Garden

One of the things I’ve discovered in dropping Hanging Gardens in some different locations around town is that there are a whole lot of different ceiling situations to deal with. Some are more difficult than others, and the hope is that I can come up with a few standardized approaches that fit most, as in say 95% of mounting situations. Honestly, I’m excited about the challenge, as solving the mounting challenges is beginning to reveal other opportunities that will help flush out the full potential of the Hanging Garden and will enhance its potential as a kit system usable to anyone who wants to turn that dead corner, porch or balcony into an ecological garden.

Here’s the latest. I had the good fortune of a temporary install at the Hummingbird Nest Ranch in Simi Valley over Winter Solstice evening, when Evonne Heyning, Tirza Hollenhorst and friends put together a fabulous Dance to Freedom event. Already exhausted from the two week treehouse adventure, I had about six hours before the party started to figure out how to mount the Hanging Garden under a huge beam to which I could not attach any screws, except along the hidden top, and over which it was impossible to run any ropes or cables. I had to “side mount,” and wasn’t sure how to pull it off.

When I finally did pull it off, managing to keep the bad and the ugly from view, I joined the party, spread the biz cards and then as often happens, got the better, cleaner, more elegant and not to mention cheaper, design solution in meditation a few days after it was all over and at the most inconvenient hour… 🙂

The exciting point is that in this solution however is the beginning of an idea of how to quietly integrate water/nutrient delivery that can be flushed out as needed with future installations. The exploration contines and stay tuned, and I must say thanks to Evo, Brent, Pardox, Ed, Lance, Geisty, Tea Faerie, Fuzzy and a lot of others (pardon me if I didn’t include your name…) for sharing yourselves and an amazing evening under the stars and in the cushest horse stables this side of Appalachia…

Blowing Through the Bottleneck & Occupying Opportunity: A Hanging Garden for the Venice Community Garden

Well some of you might have perused the blog here and seen some cool design projects emerging into some sort of business and then a few rants on new economic models. “Make up your mind,” you might have found yourself thinking, or you might have just wondered how the threads were eventually going to merge, sort of like Cirque and Soleil… is it a Barnum & Bailey circus or risqué theater… which is it…? Well, I’m happy to tell you that the threads do merge into one, and it will become a bit more obvious how here. Opportunities to rise to the occasion and to step into one’s vision often come in strange packages.

This particular opportunity came a few weeks ago as the second client, the Venice Community Garden, lined up for a Vertecology Hanging Garden. Our discussions were filled with excitement. Their existing grant could cover it and they had a spot already picked out.

We all saw that a Hanging Garden, eventually perhaps several, would be great for the Community Garden. A three-level unit could turn one square foot of blossoming, mulching, carbon-sinking, food-making garden space into three with trellising to boot. It would bring beauty and novelty that would make people curious, draw them in and peak their interest in gardening, community, food forestry and permaculture. It could even inspire more creativity, yield potential new gardening students, and bring more income to the community garden’s capable users and teachers.

We saw as well that it would be good for the earth. It is said that an organically-sourced 1.6% increase in soil in currently farmed lands throughout the earth would be the death knell for global warming. Enter the Hanging Garden as soil multiplier. It could create new “edge” and microclimate conditions where biodiversity thrives. It could bring more life into the area, helping to make the whole neighborhood more fertile: think new varieties of plants in each of the boxes attracting the birds and the bees. Meanwhile it would be pulling reclaimed wood out of the waste stream, or at the very least putting income into the hands of sustainable wood suppliers and intrepid CNC Do-it-yourselfers.

And it would be great for me. I’d earn an honest keep, would reinvest the surplus funds to refine the product, design a cool stand to create a freestanding option, develop a manufacturing process, and get lots of footage for outreach and for the Kickstarter campaign I’ve been contemplating. It would bring more exposure for the concept and for Vertecology and new clients to my doorstep.

Great for the community, good for the client, good for the earth, good for the creator; everybody wins. Why then wouldn’t it happen?

Well then last week, the deflated message landed in my voicemail while I worked away at my new full-time “day job” that’s quietly morphing into a part-time job… “The grant is almost gone. We can’t afford the Hanging Garden.” No new blossoming, mulching, carbon-sinking, food-making garden space. No curious visitors. No new inspiration, no new potential students, no new soil, no new biodiversity, no more fertility in the neighborhood, the wood ends up in the garbage after all and the FSC suppliers are a little more broke, no design innovations, no footage and I’m sitting on my hands worried once again about making rent.

We have all been taught that this is the way of things, that there is no other way the world could work. Well-meaning peers remind me of what I already know: that this sort of thing happens all the time. It is to be expected. The best thing is to just plan on it happening some big percentage of the time and move on to the next sale.

But as I said before, opportunities to rise to the occasion often come in strange packages.

Perhaps a year or so ago, newly armed with a Permaculture Design Certificate and ready to kick some ass, I spent the $3 I had in my pocket and a good solid day at a coffee shop exploring how I could launch what is now emerging as Vertecology. It was just an idea then, and in there somewhere was the beginning of a notion of how to break through the bottleneck inherent in the economic monoculture. The point was to be able to do the “good” kind of work, the “work to be done” as Starhawk once called it, the kind of work that liberates the 100% forever, not just the 1% for a little while, that restores the earth’s plenty, the work that continues to yield real ecological, social and technical and artistic “profit” generations after our hands have stopped moving and creates time… The point was to liberate myself and others to be able to do this work and yet share the in the bounty our current economy at least appears to promise.

So here’s the idea, now being called into the game. I was already planning a Kickstarter campaign as I mentioned earlier. A little one, maybe a thousand dollars or so, to work out the refinements, manufacturing and delivery of the Hanging Garden enough to say I can deliver to expectant buyers in a timely fashion. The plan was to start it after the Venice Community Garden install. I have begun already to compose letters to a couple of very green and like-minded companies for sponsorship. Maybe you’ve heard of the LifeBox? Think receiving your Hanging Garden in a LifeBox, then cutting up the box, throwing the shreds in the hanging planters, water and voila!

Then it struck me like a lightning bolt; roll the Venice Community Garden design/build into the Kickstarter! We’re brought together by our common vision and desire and now a wider community can decide if the project is worth it. The amount of money to be raised wouldn’t need to change and the prototypes would get a home right away. The outreach can be to thousands instead of hundreds of people, and all those stakeholders in the success of the Community Garden, Vertecology, Venice, Los Angeles, even in the ideas of permaculture, regenerative economics and community gardening themselves, can vote with their dollars. To the extent they have the dollars… Well, the idea in this first stage of implementation isn’t completely bottleneck-proof, more on how to solve that in a minute. Just saying that for now the Kickstarter idea is enough to get this ball rolling.

And so what about the second stage of the idea, the second stage which could make our unfolding un-bottleneck-able? Truthfully, it makes sense to test the first stage first, but here goes a little preview, inspired by the new openness and willingness of all you Occupiers to hear. I just can’t help myself. The future, say the day after next Tuesday…

Take out the word “Kickstarter campaign” and replace it with “IOU.” As in: the Community Garden issues an IOU, interest-free, backed by its ability and willingness to redeem the IOU for equivalent value to anyone who hands it back to them. To the degree that the community trusts the Garden to redeem the IOU on request, we accept it as money. I can use it at restaurants, in parking meters, at the car wash, to pay rent (which is a lot lower with the loan interest off the landlord’s back). I can issue IOU’s too but of course the same terms apply. Maybe I’ll call mine Buckys after Bucky Fuller. You can issue too. What would you call yours? Einsteins maybe? After all, the power to issue and the power to choose what you accept or decline is a fundamental human right, just like air, and there wasn’t even anything that says it was illegal, even in long ago 2008 (I’m just sayin’). But little Jedis, with great freedom comes great responsibility. If I’m trustworthy with my IOUs and you charge interest for “loans” and play games like cooking the books while trying to force everybody to accept only your IOUs, karma’s going to getcha, just like our bankster friends. My Buckys will soon be worth four of your Einsteins and good luck dear sir!

Anyway back to the present with the caveat that this future is already being worked on, read about it in Thomas Greco’s Money: Understanding and Creating Alternatives to Legal Tender, and ‘nuff said. Once I have enough experience, partnership and clout with Vertecology, I’ll be investing Vertecology’s resources into helping to make that last paragraph a living reality. Then there won’t be any trouble getting Hanging Gardens out there till something truly better for everyone makes itself known. For now, forget I said anything. Scratch it from memory.

Norma at the VCG is already excited about the Kickstarter idea and I’ll be launching in the next month or two, as we get the materials organized. The Venice Community Garden will get its Hanging Garden after all. Stay tuned & thanks for your continued interest!

Sugar Shack’s Rain Collection System Captures Beautifully in its First Rain

Well it’s always a little nerve-wracking when finally cutting the ribbon on a new project, no matter how much you’ve tested it. Even though I dropped a few 15 gallon buckets of water down the chute from the Sugar Shack’s rooftop to test the rainwater catchment system after I finished the build, and even though I added an extra bead of silicone caulk to those pesky corner-rounding spots in the rain gutters, there was still that nagging sense of… what if?

No more. We got our first storm in the neighborhood yesterday, a few solid hours of rain in the afternoon, and I couldn’t wait until the sun popped out to find out how the system was doing. The inflows were dropping a heavy flow into the barrels and doing just fine. After the rains had passed our four barrels were about half full, about 110 gallons caught.

Now I can  get a more accurate idea of how much water we can catch: I went to and typed in our zip code. The nearest weather station to us is on the USC campus, which is a few miles away, but it’s close enough to give an idea of how much rain we got. The USC station got about 0.16 inches of rain during the storm; an average LA rain year of 15 inches would fill our barrels almost 50 times, though most of that will occur over the course of an entire six month “wet” season, and anything over 0.3 inches at once will be lost to the overflow.

It’s a good thing then that I actually improved the garden drainage by shunting the overflow directly into the drainage pipe, and there’s ample opportunity (and barrels around the garden) to do a rooftop catchment as well.