Rain Catching

  • Compost,  Gardening adventures,  Hugelkultur,  Natives,  Rain Catching

    Tiny Hugels and Fishscale Swales: Small water catchment

    In permaculture it is recommended to design long  level, contoured swales throughout your property to catch rainwater.  Long swales, however, won’t work when the property is small, or if it is already mostly planted, or if the hiring of large equipment or teams of diggers isn’t feasable, or if long swales aren’t part of a lovely garden.  What then?

    In the gardens for which  I’ve written consultations I’ve recommended what Geoff Lawton (of the Permaculture Design Institute of Australia) calls fishscale swales.  Small curved swales staggered up a slope so that rainwater can be caught and held.  One overflows into another, just like a pinball machine.

    Any swale,  no matter how small, will help hold water.  I put them in just above each plant, the width of the dripline of the plant.  I also combine them with burying wood (hugelkultur).  I don’t have a lot of branches or logs, but I do have a lot of extra  pieces of lumber salvaged when the sheds were dismantled.  These pieces are untreated (no paint or pressure treatment), and if they have nails and screws in them, even better!  The hardware will mineraize the soil as it decomposes.  This wood is already very old and dry, and thus will soak up water a treat.  If you soak the wood in water, compost tea or a microbial brew  before you bury it, that’s super.  If not, don’t worry about it.  The idea is that rainwater will accumulate in the swale, percolate into the soil and into the wood below it.  There the wood will hold water as it breaks down, gradually irrigating  and fertilizing the plant below.

    Wood can be placed on top of the soil and buried as the swale is dug, or it can be dug into the ground and covered. The swale is filled with mulch o help retard weed growth; if by a walkway the scale filled with mulch then it may be walked on without fear of a twisted ankle.

    This area right above the fig is  small, but large enough to catch water.
    This area right above the fig is small, but large enough to catch water.

    Here I have a Mission fig that has been slow to grow  due to irregular watering (NOT my fault!)

    I laid out a board right on the ground.
    I laid out a board right on the ground.

    Figs like a little water and this area has been on the dry side.  In the direction from which rainwater would flow, above the tree, I laid out a few pieces of old lumber, nails and all.

    Brewing microbial tea.
    Brewing microbial tea.

    I happened to be brewing a large batch of microbial tea, so I threw the wood into a bucket of the stuff and let it absorb some.

    I soaked the wood in microbial tea for a few minutes.
    I soaked the wood in microbial tea for a few minutes.

    They happen to be the width of the existing dripline of the tree; again, any swale and and wood will help.  I dug a small swale the same length, a shovel’s width wide, and threw the dirt on top of the wood.

    I dug a swale, using the dirt to cover the board.
    I dug a swale, using the dirt to cover the board.

    Then I filled the swale with mulch and voila!  the job is done.  This will now catch rainwater, hold moisture, and fertilize the tree, as well as finding something useful for junk lumber.  Burying the wood sequesters the gasses released in decomposing materials into the soil rather than the air thus helping reduce greenhouse gasses.

    I filled the swale with mulch to keep down weeds.  Presto!  Done!
    I filled the swale with mulch to keep down weeds. Presto! Done!

    Using fishscale swales and mini-hugelkultur beds when planting most native plants can really help them become established in a low-water situation.  This wild rose (rosa rugusa) is being planted in a very dry area, and I wanted to bury the wood below soil level to keep it closer to the roots of the plant.  I dug a small trench and laid out some boards, nails down.

    I  dug a little ways into the dirt and laid out the soaked wood.
    I dug a little ways into the dirt and laid out the soaked wood.

    Then as I dug the swale I layered the wood with dirt and a couple more boards until buried.  I filled in the swale with mulch and planted the rose on the downhill side.

    Here you'll see the rootball of the new wild rose in front of the wood.
    Here you’ll see the rootball of the new wild rose in front of the wood.

    I threw in some coyote scat since it was lying there so conveniently.  There’s quite a microbial boost for the rose!

    Some coyote scat went in, too.  Sorry!
    Some coyote scat went in, too. Sorry!

    Remember that here in a dry climate we need to plant so that the root ball is even with  the ground, or make the whole catch basin a little lower.  Otherwise the roots will dry out.  Planting so that the root ball is a little above the ground is a common practice is rainy areas.

    Here is the planted  rose, with mulch pulled up around it.
    Here is the planted rose, with mulch pulled up around it.

    Remember native plants have communities.  Certain plants grow with certain others because they are mutually beneficial.  This rose was planted within the dripline of an Engelmann oak, one place it is found.

    Many native trees like the company of other natives.  I planted this rose just outside the dripline of this oak, one of the places it would naturally grow in the wild.
    Many native trees like the company of other natives. I planted this rose just outside the dripline of this oak, one of the places it would naturally grow in the wild.

    So swales don’t have to be gigantic earthworks projects.  They can be small and alternated down a slope, or just individual ones above new or existing plants.  Throw some wood into a mini-hugel between the swale and the plant and you’ll water less, fertilize naturally, and compost leftover wood.  Don’t forget cotton clothing and bedding… that all works, too!

    .

  • Permaculture and Edible Forest Gardening Adventures,  Ponds,  Rain Catching

    New Bog

    Steve demostrating years of expertise by finessing this large piece of equipment.
    Steve demostrating years of expertise by finessing this large piece of equipment.

    Last week a new bog area was added to the main pond.  The first bog area was dug by hand, created so that there would be a shallow, flat habitat for wading birds and tadpoles.

    Preparing to start.
    Preparing to start.

    This is called adding edge, which is an important component of any permaculture design.  The first bog is connected to the series of rain catchment basins and now is the link between rain overflow system and the large pond.  This year no rainwater left the property; it was all captured.  Edge areas in both water and plant design provide more sun and growth areas than a round or straight design.  More interesting things happen on the edge.

    Gentle scraping with the bucket to discover where the subterranean irrigation lines were without stretching them.
    Gentle scraping with the bucket to discover where the subterranean irrigation lines were without stretching them.

     

    This bog area was dug up by a tractor bought from a farm auction that I’d shared rental with a friend.  It took a large mound of dirt and filled in some dips, leveling a walking and working area.

    Another, cross-pond view of the new bog.
    Another, cross-pond view of the new bog.

    Steve, who among his many talents is also a heavy equipment operator, did a terrific job grading and then expanding the pond.  A small problem is that he found some more porous soil with the clay, so the water level on the pond dropped.

    Water is filling in.
    Water is filling in.

    We’re seeing how far it goes down to tell if the seepage is occurring on the edge or on the bottom of the new area.  Once found, we’ll move extra clay over and tamp it all in.

    The first, hand-dug bog now filling with plants.
    The first, hand-dug bog now filling with plants.

    Plants Jacob has put into the first bog include graceful cattails, which are a dwarf cattail that isn’t so invasive, iris, rushes, watercress, and some Mexican waterlily.

    Sophie admiring the first bog.
    Sophie admiring the first bog.

    Very soon the plants will cover the bog areas providing excellent cover for many animal species which… wait for it… live on the edge.

    Waiting to see how it sealed and then ready for planting.
    Waiting to see how it sealed and then ready for planting.
  • Compost,  Composting toilet,  Gardening adventures,  Hugelkultur,  Permaculture and Edible Forest Gardening Adventures,  Ponds,  Rain Catching,  Soil

    Rain Catchment Awesomeness (and some BSP)

    Water flowed over the stone steps
    Water flowed over the stone steps

    First, a little BSP (blatant self-promotion).  There is a wonderful ezine called San Diego Loves Green featuring topical local articles and snippets that reflect on the growing green community here in, you guessed it, San Diego.  The San Diego Permaculture Group has an ongoing column, and yesterday I was the guest writer.  My article is on the importance of planting natives , with some information that you might find surprising, or that you may have already read in my blog about the same subject.  Also (more BSP) if any of you attended the Southern California Permaculture Convergence this weekend, and still yet, if any of you listened to my talk on soil, first of all I’d like to thank you for your attention and attendance, and I hope I answered your questions and solved some problems for you.  You can search on my blog for many posts concerning nitrogen -fixing, or 50 Ways to Leave Your Compost , and see my composting toilet (I went to a Garden Potty).

    We had almost two inches of rain on Thursday night.  In San Diego we rarely receive the long soaking rains that we really need.  Instead we must be ready for flash floods.  If you are familiar with Finch Frolic and the labors we’ve been undertaking in the last two years to hold the rainwater, then you may be curious to find out how the property survived this last middle-of-the-night flooding and hailstorms.  If you remember, not only is there the water flowing off the roof and falling onto the watershed property, but also an unmeasurable amount that is purposely channelled runoff from all the neighbor’s properties that runs through mine.

    All basins full!
    All basins full!

    Since the permaculture project was installed I haven’t had any of the erosion that plagued the site.  As of last year I’m pretty sure that every drop that falls on my property is caught, in rain catchment basins, the ponds, and in the loam and compost in the guilds.  The challenge was to also keep all the neighbor’s water on my property as well!  I’m thrilled to say that we almost did it!

    There is a new bog area being designed by Jacob Hatch just above the big pond.

    The new bog area
    The new bog area

    This area had been designed to channel overflow water from the rain catchment streams around the pond and down a black tube to the stream bed below.  Greedy me wants all that water!  With the creation of another silt basin, and now that there is vegetation in the stream to hold onto the silt, I’ve made the water now flow directly into the big pond.  There are planned overflows from the big pond, and water did overflow where it was supposed to.

    The big pond was filled to capacity, making the duck house do a sinking ship impression because of the length of the rope attached to the anchor wasn't long enough.
    The big pond was filled to capacity, making the duck house do a sinking ship impression because of the length of the rope attached to the anchor wasn’t long enough.

    The first rain catchement basin was enlarged a lot so as to catch water higher on the property.

    The first catchment basin was deepened
    The first catchment basin was deepened

    There is decomposed gravel in that one so the water perculates quickly, thank goodness, as most of the other basins hold water due to the clay composition of the soil.

    Water following the basins.
    Water following the basins.

    Also, a rain catchement basin was created along the top of the cement channel that normally funnels water off the property.

    New basin, empty
    New basin, empty

    A series of these will be created all along the channel, allowing water to slow, gather and perculate along the length of the property, with  no outlet at the end.

    Full!
    Full!

    This will take some of the flow pressure off of the water diverted down into the main series of basins.

    The only area breached was actually due to a gopher hole whose origin  must be in the stream.  I could tell by the swirls in the mulch where the erosion happened.

    Swirls tell of a breach.
    Swirls tell of a breach.

    There is also the slight problem of water flowing down my own driveway and then down the trail.

    Water funneled down my driveway.
    Water funneled down my driveway.

    I think a small hugelkultur bed might slove that problem.

    The verdict?  Almost all the water was retained on the property,even that of the neighbor’s!  A few tweaks and we are well on our way to total rainwater dominance!  Mwwahahahahahahaha!

    Mwwahahahahahahaha!
    Mwwahahahahahahaha!

     

  • Compost,  Gardening adventures,  Hugelkultur,  Permaculture and Edible Forest Gardening Adventures,  Rain Catching,  Soil,  Vegetables

    Hugelkultur: Irrigating with old wood

     

    Hugelkultur is a joy forever.
    Hugelkultur is a joy forever.

    Hugelkultur is a German word (pronounced hoogle culture: it should have some umlauts over the first ‘u’ but I have no idea how to do that) which translates as hill culture.  It is a process of building raised beds with a core of old wood.  The benefits are that as the wood decomposes it not only releases nutrients into the soil, but it holds water like a sponge.  Rain water is collected inside the bed, then as the warmer weather sets in and heat dries out the outer shell, it will wick that moisture back out.  Presto!  Irrigation in the dry season.  As the wood decomposes it creates air holes into which deeper roots may penetrate and absorb nutrients that aren’t being washed into the ground water.  Also, growing on a tall hugelkultur bed makes harvesting easier because vegetables are often located higher off the ground.  The process was popularized by Sepp Holzer, although he didn’t actually call it that.

    Hugelkultur may be started flat on the ground, by hand or by machine, dug into the ground, stacked very tall or short, or even level to the ground.  The best way to build a bed is to place it on contour where rainwater will collect, preferably facing North and South so that both sides receive equal sun.

    I have areas of ground that are either very heavy clay, or are decomposed granite with stones left over from the building of the house.  Some trees don’t receive the drainage they need from irrigation because of the clay, which causes the roots to suffocate, or else plants dry up because water perculates too swiftly through the soil.

    This brush pile against the fence was reduced to a quarter of its size.
    This brush pile against the fence was reduced to a quarter of its size.

    I also have stacks of brush that were left when the garden was created as hiding places for animals while the garden grew.  I don’t need that many brush piles anymore now that the garden is large.  I have three wire cages filled with woodier weeds and prunings that are in ‘slow compost’ mode, and leftover trimmings from bamboo used in bridge construction.  Perfect hugelkultur components!

    I targeted an area between the pathway and a plant guild with two apricots and vegetables in it.  When it rains that area has standing water on it because of the clay content. The area should become part of the guild, but the soil needs mucho amending.  I have areas like this all around the property.  How to amend two acres of soil?  How to get rid  of the ever-rising mountains of prunings?  How to make the rain water permiate the soil and perculate down rather than sheet across?  One guess.  Yep, hugelkultur.  I bury that wood!

    I had made a small  hugelkultur experiment a year ago with a raised strawberry bed.  There was old lime firewood rotting on the property, so I placed several of these logs along the side of the bed, then covered them with soil and planted strawberries.  It worked very well.  The strawberries loved the acid, even growing into the decomposing logs, and the logs held the moisture.  Some wonderful showy fungus came up, too.  I will be reworking that bed and this time I will cover the ground with logs, throw on some llama or horse manure, cover with compost and replant the strawberries.  I shouldn’t have to fertilize that bed or add soil for a long time.

    For the big hugelkultur bed I wanted a deep hole that would capture rain and allow the wood to absorb it.  My faithful assistants Lori and Steve and Jacob work on this project with me.  Steve and Lori dug this ginormous serpentine pit about 2 1/2 feet deep and the same wide.

    Lori and Steve digging a huge trench.
    Lori and Steve digging a huge trench.

    Since the paths had just been covered with mulch, the dirt was piled on top of plywood layed over the mulch for protection.

    Plywood over the paths helped keep things neat and tidy.
    Plywood over the paths helped keep things neat and tidy.

    Then we began filling the bed with the largest wood first.

    The empty trench with still-intact drip systems over it.
    The empty trench with still-intact drip systems over it.

    We didn’t have large logs which would have worked well, but we had lots of thick branches.  This hole took a lot of prunings and we jumped on them to compact them down.

    A bear trap!  There are a lot of branches in this pit.
    A bear trap! There are a lot of branches in this pit.

    The hugelkultur bed was left for a few days to settle (and we had run out of time and energy that first day!), and then we worked on it again.  Extra dirt from the rain catchment basins that the men were enlarging was hauled down and thrown into and around the wood.

    Dirt was added to the mix.
    Dirt was added to the mix

    The mound was watered well.  In dry areas it is important to water the wood and the soil well as you are building or else the bed will want to draw water from the area around it, drying up any seeds or plants planted on it.

    Some of the long pieces that really stuck out were pruned off.
    Some of the long pieces that really stuck out were pruned off.

    Of course if this is a temporarily boggy area, the hugel bed would help dry it out.  There were subterranean irrigation lines across the area already, and since we have a dry climate and the wood I used wasn’t old spongy logs and would take some time to become absorbant, we reestablished the drip system across the top of the hugel bed.

    Steve reconnecting the subterranean drip, which runs from a well powered by solar.
    Steve reconnecting the subterranean drip, which runs from a well powered by solar.

    Because there weren’t large logs, there were a lot of spaces to fill with dirt.  Gradually the mound grew and was sloped down to the pathway.  Finally a couple of inches of dirt was packed on top.  Unfortunately this was mostly clay from the excavation site, but if it had been good soil to begin with, I wouldn’t have needed the hugel bed now, would I?  Yes, I did give it a sprinkling of sugar just to get the microbes feeding.

    All topped up!  There was so much clay that this could have been a big fire pit!
    All topped up! There was so much clay that this could have been a big fire pit!

    The next day I dug up soil from the bottom of the wire cages that were now empty of branches, vines, and sticks.  In less than a year since making the wire beds they’d begun to decompose and there was several inches of nice soil at the bottom.  I hauled it over to the new bed and topped the clay with the compost.

    Guess which half has the good soil on it?
    Guess which half has the good soil on it?

    I want to break up the clay soil so I threw around a cover crop mixture of peas and wheat.  The peas will fix nitrogen in the soil, the wheat roots will stabilize and break up clay, I can harvest food from both and then slash and drop the plants to bring nutrition to the soil surface.  I also had a bag of mixed old veggie seeds.  Last year or so ago I pulled out all my little envelopes of veggie seeds that were very old and mixed them all up.  I planted batches around the property and had many things germinate.  I still had about 2 cups of the seed left so I threw it around the new hugelbed along with the cover crop.  Why not?  If the seed isn’t viable, no loss.  If it is, terrific!  I can always transplant the sprouts if there are too many of any one thing.

    Organic cover crop and a bag of old mixed veggie seeds.
    Organic cover crop and a bag of old mixed veggie seeds.

    I watered the seed down, and then raked out the old straw from the Fowl Fortress.  Here is a warning about straw: it will germinate.  People say straw doesn’t have seeds in it because the seeds are all in the tops which is cut as hay, but they lie. They live in a dream. Straw still has seeds in it and I had a nightmare of a time weeding pathways the first year of the garden because they were all strewn with straw mulch.  However if you put straw down for your hens first, they will eat all the seeds, poo on it, kick it around in the dirt, and then you will have a much better quality straw to use.  Straw is difficult to get wet, and it needs to be wet when placed on the bed unless you live in a wet climate or have timed the planting to be just before a long soaking rain.

    A thick layer of wet straw went over the top of the scattered seeds.
    A thick layer of wet straw went over the top of the scattered seeds.

    Even then it is good to soak the straw first and then apply it to the bed.  Some people soak the straw in an enriched liquid, using manure tea, kelp, microbial brews, organic molassas, etc.  The mulch acts as an insulator for moisture and warmth (the decaying wood will eventually produce some heat to warm the little plant feet), and a suffocator for weeds.  It can also be a home for sow bugs if too thin.  In wetter climates the straw layer can be an inch or so thick.  In drier climates the straw or whatever you use as a top mulch should be several inches thick or else it will just wick moisture out of the bed.  The same rule applys when using newspapers as a mulch. TIP: don’t let your chickens near the new bed!  They will ‘rediscover’ their old mulch and start kicking all your work apart!

    If I had wanted to plant established plants on the hugelkultur bed rather than seeds, I would have forgone spreading compost and just covered the poor soil on the mound  in wet newspaper or cardboard, and then piled on the straw mulch.  To plant I would have cut a hole through the paper, added a handful of good compost and planted in the hole.

    So the bed was done, and just before a predicted rain event, too.  As it rains the water will roll into the bed,  be absorbed and held by the soil around the branches which will eventually begin to absorb the moisture as they decay.  The seeds will sprout through the mulch and their roots will hold and amend the clay on the mound.  Eventually the roots of the apricot trees will reach over towards the hugel bed, and that patch of icky clay soil will become beautiful.  All the while I can still grow crops on the raised bed.  My three wire bins are empty, an enormous brush pile is reduced to a small mound, and extra dirt found a new home.  Plus we all had some fantastic upper body workouts.  A winning situation all around.

    More hugel beds will be created in troubled spots; some may only be a couple of feet long below a tree’s root line to help with soil drainage while amending the planting bed.

     

    Wire cages filled with old weeds, prunings and vines are terrific for hugels!
    Wire cages filled with old weeds, prunings and vines are terrific for hugels!

     

    If you are in an area where the top mulch might wash away in heavy rains, make a latticework of sticks held down with landscape pins or more sticks over the top of the straw.  Or cover with wire until the plants begin to sprout; you don’t want the wire to remain on the bed.

    So try a hugelkultur bed, big or small.  You’ll wonder why you never tried it before.

     

  • Animals,  Birding,  Compost,  Gardening adventures,  Living structures,  Permaculture and Edible Forest Gardening Adventures,  Photos,  Ponds,  Rain Catching

    Frost on the Pathways

    It doesn’t often frost here in Fallbrook, which is located about an hour from both the mountains and the Pacific in northern San Diego county.  When it does, the fruit growers have to take drastic steps to keep their citrus, avocados and other tender plants from dying.  The last frost happened after a long steady rain, just after a thick mulch was applied to all the trails here at Finch Frolic Gardens (thank you, Lori!).  I awoke to a magical result: just the pathways had turned white with frost.  Beautiful! (You can click on the photos to enlarge).

     

     

  • Animals,  Bees,  Chickens,  Cob,  Compost,  Composting toilet,  Gardening adventures,  Health,  Heirloom Plants,  Herbs,  Natives,  Permaculture and Edible Forest Gardening Adventures,  Ponds,  Rain Catching,  Recipes,  Salads,  Soil,  Vegan,  Vegetables,  Vegetarian,  Worms

    Southern California Permaculture Convergence! Be there!

    Southern California Permaculture Convergence

    If you are interested in any aspect of permaculture, such as organic gardening, herbs, planting native plants, aquaponics, natural ponds, beekeeping, keeping chickens, and so much more, then you must come to the Southern California Permaculture Convergence.  It happens on March 9th and 10th at the Sky Mountain Institute in Escondido.  The keynote speaker will be Paul Wheaton, lecturer and permaculturalist extraordinaire of www.permies.com fame. Oh, and I’ll be one of the many speakers as well (cough cough).  The Early Bird special of only $50 for both days ends at the end of January, and then the price will rise, so buy your tickets now!

    Also, for a full-on demonstration of taking bare land and creating a permaculture garden, there will be a three-day intensive class taught by Paul Wheaton on site the three days prior to the Convergence.

    You can read about the convergence here at the official website, which will give you the link perm.eventbrite.com where you may purchase tickets.  Also visit the SD Permaculture Meetup page to see all the free workshops that happen monthly all over San Diego.

    This convergence is such a deal, you really shouldn’t miss it!  And such a bargain, too.  One of the best things I find that come out of these convergences is the exchange of ideas and networking among the attendees, and all the practical information you can take home and use right away.  One of the largest parts of permaculture is building community, which means sharing with and assisting others.

    Really.  Don’t miss this!  Tell your friends!

  • Compost,  Gardening adventures,  Permaculture and Edible Forest Gardening Adventures,  Rain Catching,  Soil,  Worms

    Why Plant Natives?

    The following article was written for and published in the summer 2012 Fallbrook Land Conservancy’s newsletter, the Conservation Chronicle (http://www.fallbrooklandconservancy.org/News/Chronicles/Summer2012/Summer2012.pdf, pg. 6).  It was slightly edited and retitled for publication. 

    Why is planting native vegetation a good idea? We all know that native plants arranged in natural combinations and densities provide safety corridors for our native animals. San Diego’s plant communities have, like all established ecosystems, developed a symbiotic relationship with native and migratory fauna. Our plants leaf out, bloom and fruit when native animals and insects need the food, and provide appropriate nutrition that imported or invasive plants may not. Wildlife then disperses seed and pollen in methods that suit the plants, as well as providing the fertilizer for which the plants have adapted. Flora and fauna have set up symbiotic relationships to an extent where some species rely solely on a single other species for their existence. A balanced ecosystem is a dance between inhabitants who know each other’s needs and satisfy them for their own survival.

     We plant natives in our yards because they are hard-wired for our soil and climate. They naturally conserve water and do not need fertilizer or insect control. They also can be beautiful. Planting native plants is good for our wallet, our resources and our health. But there is more to the equation. Living in every handful of good soil are billions of microscopic creatures and fungi collectively called microbes that make nutrients available to plant roots. The smell of fresh soil is a chemical released by these microbes called geosmin. Scientists now know that the microbes in undisturbed soils form a communication network between tree and plant roots. When a tree is attacked by insects, communication is sent out chemically by the tree’s roots and carried via this microbial network throughout the ecosystem, and other trees set up defense mechanisms to lessen their own damage.

    Plants also communicate via scents not detectable by humans. Lima beans and corn planted downwind of brother plants which had been subjected to grasshopper attack lowered their sugar content to be less desirable. Such plants received 90% less insect damage than those planted upwind. California sagebrush (Artemisia californica) allows sibling plants to grow nearby because when attacked, it emits an airborne chemical to repel insects. The more sagebrush in the area, the better the protection as other sages respond in kind. Some plants when attacked will release a chemical that attracts the predatory insect which will feed upon the bug that is attacking the plant.

    Thus plants communicate via airborne chemicals and through their roots via the microbial network. They call for help, they send out alarms and insect invitations and what’s more, they respond to each other. The why of planting natives is therefore also this: It is important to plant natives because they all speak the same language. Plants introduced to an area by humans are like strangers in a strange land. They cannot communicate well with other plants. They don’t know which bugs are bad until it’s too late. They have no one to call for help; the pheromones they emit are for beneficial bugs that live far away. Their seeds cannot supply the proper nutrition for the wildlife, and the wildlife may not be able to supply the plant with what it needs to keep healthy. They struggle to succeed in our soils and become stressed and sickly. We pour fertilizer and pesticides on them to help them survive, which kills the microbes that create good soil. Also, without the natural checks and balances found at the plant’s native ecosystem it may well become invasive and rob space, water and nutrition from our natives. The weeds you see in reclaimed properties are mostly non-native. Foxtails and wild radish do not belong here. Hike in some of the preserves which have not been previously farmed. There you’ll see the real native wildflowers, such as California peony, rattlesnake weed, tidy tips and Blue-Eyed Mary, living in harsh decomposed granite soils on little water, in relationships with the other chaparral surrounding them. You’ll understand a little more about how plants form guilds to support each other, and create that wholesome rightness that we feel when we walk in undisturbed nature.  Recreating those guilds in your garden, adapted to provide human food, medicine and building materials, is called Permaculture.

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    I Went to a Garden Party….

    AAUW Garden Tour

    Saturday was the AAUW Garden Tour.  What a glorious day.  I expected about a hundred visitors, and made 120 handouts.  Sometime in the early afternoon I guess they ran out, and I didn’t know about it for awhile.  I made 25 more for the last two hours, and have five left.  One of the docents said that some had been turned back in during the morning.  Every couple probably took just one… wow, that’s a lot of people.

    I’d been talking to the garden all week, asking the blooming plants to hold that thought for a few more days, and encouraging the nonblooming ones to get a move on.  The plants did what I asked!  There were so many flowers out Saturday, it was amazing.  Heirloom roses, Gideon’s Trumpet, ranunculus, herbs, wildflowers, and waterlilies.  The garden, apparently, also was also all for proof in advertising, as in standing behind the NWF Habitat sign on the front gate.  So many kinds of butterflies and dragonflies were out for the first time this year that people remarked on it.  In the afternoon, there were sightings of a king snake all over the property; I think it had to have been three kingsnakes. One was moved from the refreshment area, but he came back, and then as I was standing by the pond talking to some ladies one came past us.  Another was sighted up in the driveway. Roger sighted a gopher snake.  No one shrieked or complained; either these were hardy people, or the idea that this was a habitat yard made them keep calm.  It also backed up my claims of letting snakes deal with gophers and rodents!  One man spotted a baby bunny under the Withy Hide bench.  By one o’clock, it was funny.  It was as if a button had been pressed to turn the garden on, and all the features were working!  What a glorious day.

    Jacob (Aquascape Associates) and Roger (landscape architect) and I answered questions for most of the day; the last four visitors left at four.  So many people asked questions about permaculture, soil, beekeeping, cob ovens and rain catchment that I know that I couldn’t answer everyone’s questions.  Of course there were some who like a tidy, orderly garden, and that is fine.  If everyone came away with some idea how to work with nature rather against it, to use chemicals less, to grow organic food, to repurpose, to compost their kitchen waste and weeds, then what a lot of small ripples of good will come of it.

    Thank you to my dear friends who helped prepare the garden so that it looked stunning.  And thank you to the snakes, butterflies, bees, dragonflies, birds, bunnies and who-knows-what-else that came out to perform for the visitors!  And thank you to everyone who visited!  No casualities; all good.

    Here are some photos, although my camera doesn’t do the colors justice:

  • Gardening adventures,  Humor,  Permaculture and Edible Forest Gardening Adventures,  Rain Catching,  Soil

    Seven Hundred Gallons of Cooties

    That's a lot of tea.

    One of the amazing and useful things I learned in my Permaculture Design Course was how to brew microbes in a bucket.  Yes, I know, most women like champagne and jewelry.  I like compost and worms.  Whatever.  Microbes are the microscopic creatures that make dirt into soil.  By brewing a microbial tea you can so supersaturate the water with microbes that giving your plants just a small drink of it will greatly improve their health.  That is because microbes eat plant litter and other decaying things and make available (and by ‘make available’ I mean ‘poop out’.)  (Sorry.)  more of the nutrients such as minerals that can be locked in the soil.  Adding microbes to poor soil is a good thing.

    Fish tank water, paint strainer and aerator: tools for microbial brewing.

    To make a microbial brew, you put good compost in a mesh bag such as a paint strainer or layers of cheesecloth.  Obtaining compost from various sources gives you a good mix of microbes because not all the same microbes live in all soils.  Suspend this bag in a five-gallon bucket of water, add a little organic molasses for the microbes to eat (like sugar to yeast), and if you want other soil additives such as rock sulphate, blood or bone meal, etc.  I used water from my fish tank.  Then you oxygenate the water with a fish tank aerator.  After thirteen hours the microbes will have reproduced to a maximum capacity and the brewing is finished.  You should use the brew within a few hours.

    I'm not sure what made it foam, but it looked more like a brew.

    So, I did this a couple of times last Fall.  Meanwhile, Jacob, who still maintains the Aquascape projects and volunteers some time here, managed to have donated to me a 700-gallon tank.  It had been used for organic fertilizer.

    The tank. The target: under the balcony.

    Jacob brought it over in his pick-up, and with the building of an impromptu scaffold he, my daughter and I (but mostly him) rolled it into place by my garage without damaging the propane tank or each other.  Then he re-routed a rain gutter from my paltry 50-gallon rain barrel into the 700-gallon tank.

    Trying not to crush the propane tank.

    The tank filled after a few rains, and I used most of the water recently between rains.  Then the last two rains filled it to the top.  Jacob, who is into aquatic microbes with which to balance natural ponds, microbes being referred to as ‘cooties’, suggested turning the entire tank into a cootie-brewing container.  That way I’d not just be watering the plants, I’d be giving them a microbial smoothie.  A cootie cocktail.

    The tank, full of rainwater from the gutter, becoming a microbe farm.

    Always up for doing the improbable, I filled a paint strainer with some fine samples of soil from several long-established areas of my yard, and suspended it inside the tank.  In went an entire bottle of molasses, which is a drop in the bucket, so to speak.  Then in went my little fish tank aerator, quivering in fear at the impossible task of aerating 700-gallons of water.  I took a water sample and then plugged the thing in.  That was a few days ago.  I have no idea how well the microbes are brewing, since the aerator is barely stirring the water.  The water has turned brownish, which I take to be a good sign.  The warmer temperature is perfect for the little guys; springtime for microbes.  I think I may have a microscope left over from my older brothers – circa 1950-something – in the garage somewhere, with which I can compare water samples to see if anything is happening.  I figure, even if it isn’t, there is no harm done, and even if some microbes have flourished the water has improved.

    The aerator down inside the now-brownish cootie water.

    There are many quips I can make about this whole project.  For instance, here are several million pets I don’t have to take to the vets.  Or, I really love to cook, and since I enjoy making soup this project is a natural. However I just think the whole idea of making 700 gallons of microbial tea is so funny that no matter how the project ends up, I think the laugh is worth it.  If I can’t do something bizarre, it isn’t worth doing!

     

    Microbes are amazing, aren’t they?

    And so are tadpoles, which are thriving not unlike microbes, but in my pond.  (A belated happy April Fools.)

     

  • Gardening adventures,  Permaculture and Edible Forest Gardening Adventures,  Ponds,  Rain Catching

    Soil: Weeding

    Lesser goldfinch eating sow thistle seeds.

    Good soil is the basis of life as we depend upon it.  Rich, loamy soil with a neutral pH is what every gardener dreams of.  The smell of fresh soil is called geosmin, which is a scent released by happy soil.  Good soil makes for healthy plants, which in turn grow healthy fruits and vegetables.

    Soil is different than dirt.  Dirt is what happens on a roadway after a lot of traffic passes over it and the oxygen is compressed out of it.  Dirt is what is left when erosion is allowed to carry off topsoil.  Dirt is what remains after unsustainable farming practices where chemical fertilizers are dumped onto plants year after year until nothing will grow anymore.  Dirt is what most people have when they move into a new house, because to make the property level all the topsoil has been scraped off and buried.  Dirt is nearly dead.  But dirt is an ingredient in soil, and luckily Mother Nature is always trying to repair the soil.  What we call weeds grow in dirt because these are plants on a mission to bring dirt back to life.

    Plants have different jobs in nature.  Some have deep tap roots to mine minerals from deep down, bring them up to their leaves which die and transfer the minerals to the surface.  Some are groundcovers.  Some attract insects.  Some fix nitrogen in the soil.  Some provide a shady canopy.  Most provide mulch in the form of fallen leaves, twigs, flowers and fruit.  Some provide habitat for animals, whose droppings fertilize the ground.  Plants help each other in a symbiotic relationship, and permaculturalists call a set of these plants guilds.

    Now look at weeds in a vacant lot and try to identify them.  Wild radish?  It has an enormous taproot that breaks apart hard soil, then mines deep minerals and delivers them to the topsoil in the form of leaves.  It also attracts bees and other pollinating insects.  As does mustard, which has a very tough root system that also breaks up hard soil and creates tunnels for worms and other soil creatures to move through.  As the plants die off, so do the roots, which decay and feed the microbes and worms, whose castings turn dirt into perfect soil.  Grasses hold onto the soil keeping it from eroding away, shades the soil from harsh sunshine, retains water  and provides good habitat for worms as well as food for birds, depending upon what type of grass is growing. All plants have a purpose, even if they aren’t in their native environment.

    However we don’t want our gardens to be like vacant lots.  Usually, quite the opposite.  Many people will look at their backyard full of weeds and poor soil and decide just to dump white sparkly rock all over it and stick in some unhappy cactus.  These people are actually much kinder to the soil than those who start the relentless, expensive, laborious and deadly cycle of spraying chemical weed killer, dumping on chemical fertilizer, forcing plants to grow in areas not suited to them and yet never creating soil.

    When you use permaculture practices in your garden, the most work is done in the first year.  You plan your garden for functionality, plan plant guilds, plot out your own usages and desires, and then plant accordingly.  You may plant close together, but keep in mind the needs of the adult tree.  Don’t plant invasive plants unless they are properly contained.  Don’t plant vines without installing support systems such as trellises first.  Lay the groundwork for your garden.  Don’t spray.  Don’t pour lots of money into chemicals.  Don’t even till unless your soil is horrible and you can’t wait to plant (and then, only till once and then never ever again!).  There is a lot less physical labor to do in a first year permaculture garden than one with chemicals, and none of it involves poison!

    Permaculture makes you look at everything in different ways, even things that conventionally seem bad.  Instead of looking at your weeds as devil spawn, look at them with a view to what their purpose is in the garden.  What are they telling you about the soil?  I’ve talked about this in earlier posts, about what type of soil supports different types of weeds.  For instance, nettle grows in high nitrogen areas.  Now think of the weeds as a potential crop.  Lambs quarters, purslane, even stinging nettle are all edible (boil the nettle briefly to dissolve the acid) and very healty for you.  Dandelion wine!  Or think of the medicinal values.  Watch your weeds for awhile. Do birds eat the seeds?  Are they covered in ladybugs?  So now that you know your weeds a little better, you may think more fondly of them and perhaps allow some of them to live.  Or even reserve a corner of the property for weeds to grow just for those birds, insects and your own harvesting.  I’ve allowed purslane and scarlet pimpernel to grow over newly planted areas because they helped hold the soil, preserve moisture and helped prevent more nasty weeds from growing.  Now you’re thinking: but what if they reseed?  Well, of course they’re going to reseed unless you don’t let them live that long.  Seeds are coming onto your property via air, animals and your own shoes every day.  There is a horror about reseeding weeds that is all blown out of proportion.  Have you ever cut all the weeds and had none come up the next year?  Only if you dump Roundup or other chemicals on plants and kill them and everything around them in an annihilation of all that’s good along with all that you don’t want, do you keep anything from growing in that area.  So how do you get rid of weeds?  Okay, hold that thought.

    How makes up good soil?  Decomposed organic matter.  It is actually the microbes and worms in the soil that make soil alive and healthy, and they are decomposing all that organic matter.  How do you get good organic matter?  Haul truckloads of horse manure from a farm?  Save kitchen waste?  Have a worm bin and harvet the castings every six months?  Wait until trees are mature and harvest the leaves?  Well, yes to all of these, but in the meanwhile, as it often is in nature, the answer is right in front of you: the weeds!

    That’s right!  Weeds are just compost that hasn’t happened yet.  The fastest way to develop good soil when you have no other resources (or not enough resources) is to help nature along.  Define your walkways (where foot traffic will compress the soil and where you don’t want anything to grow), and then when you pull weeds, toss them in your garden beds.  If you weedwhip or mow, rake the cuttings into the beds.  If you do this prior to the weeds setting seed, fine, but don’t lose sleep if you haven’t.  You’ll grow some more weeds… great!  More compost!  I hand pull most of my weeds and then throw them in the guilds under the plants, root ball up.  Within a few weeks they have decomposed, and all those nutrients they were holding in their leaves and roots have been delivered to the soil in the same areas. (If you have different types of soil on your property, keep the weeds near where they grew because they were busy amending that particular soil).  The layer of weeds will also suppress other weeds from coming up, and will hold in moisture.  Sure beats hauling weeds to a compost heap, and certainly beats having the trashman haul off plants that are holding nutrients from your garden soil!

    There are exceptions to this practice.  Invasive weeds such as Bermuda grass, Johnson grass, and anything that spreads via underground runners (rhyzomes) should not be handled this way.  These useful plants for a vacant lot are terrors of your garden.  However they can become useful.  If you have a compost heap that really heats up, you can cook the weeds in it.  What I do is put the weeds in an old trashcan, put the lid on it and let it sit in the heat for weeks until the weeds are cooked and completely dead.  If it is Bermuda grass or Johnson grass, I also pound a stake through its heart.  Then I compost it.  Putting it in a trashbag works, too, but then you’d be contributing to the plastic industry in one more way and also to the landfill.  I have set out trashcans with Johnson grass in it to go to the dump when I had so much that I had no place to cook it, and figured that sending organic weed material to the dump really can’t hurt.

    How does one get rid of invasive weeds without spraying?  Relentless hand-pulling in combination with occlusion, which is covering it with plywood, thick layers of cardboard, black plastic or whatever you have that will deprive it of what it needs to live.

    This has been a long, lecturing post, and I apologize (if anyone actually has read to this point!) .  I want you to look at the varied functionality of everything in the garden.  If you have a problem, can you turn it into a benefit?  For instance, if you have a wet clay area, why not harvest the clay from it to build a cob oven or garden feature, and let the depression become a natural pond?  Or sheet mulch that area (what some people call lasagne mulching), which I won’t go into here but simply search the Internet for it and you’ll find hundreds of examples.  Or plant peppermint or spearmint, or some other wetland-loving plant such as watercress… all of which are edible.

    In subsequent posts I’ll talk more about different types of weeding and soil building.  For now, go