Dec 072012
 
Watering the garden with our new watering can.

First a video re “Bucket Watering Can DIY 3 of 4”, then some pics of the project (below the video):

Bucket Watering Can DIY 3 of 4 (video):

From the project (pics):

Filling the watering can with dishwater (blackwater).Filling the watering can with dishwater (blackwater).   Check out that water!  It’s a mix of soapy water, food particles from our dishes, and pasta drain-off water.  Here microbes, come and get it!

 

Diluting the dishwater with fresh water.Diluting the dishwater with fresh water.  We’ll get more coverage in the garden by adding fresh water to the nutrient “concentration”.

 

Watering the garden with our new watering can.Watering the garden with our new watering can.  Note the use of the fill hole as handle grip.  It works!  And, easy to clean.

 

Happy DIY projects for your Habitat Food Forest.  See you tomorrow.

Tony

Dec 072012
 
Cutting a fill hole in the bucket’s lid.

First a video re “Bucket Watering Can DIY 2of 4”, then some pics of the project (below the video):

Bucket Watering Can DIY 2 of 4 (video):

From the project (pics):

Cutting a fill hole in the bucket’s lid.Cutting a fill hole in the bucket’s lid.  The large hole allows filling the watering can easily AND can be used as a non-moving grip while watering garden.

 

Finding center opposite the watering can’s grip (the fill hole).Finding center opposite the watering can’s grip (the fill hole).  The bucket was then flipped 180 degrees to locate the center of the holes to be drilled.

 

Spout holes are drilled to both the right and left of the center mark hole.Spout holes are drilled to both the right and left of the center mark hole.  The more holes, the wider the watering row-of-streams will be.

 

Happy DIY projects for your Habitat Food Forest.  See you tomorrow.

Tony

Dec 042012
 
Tony’s last conversation with Monica Mannequin.

First a video  re “Planting Salvia spathacea next to Monica Manzanita Mannequin 2 of 2”,  then some  pics of “Monica Manzanita  Mannequin animal habitat installation” (below the video):

Planting Salvia spathacea next to Monica Manzanita Mannequin 2 of 2 (video):

Monica Manzanita  Mannequin animal habitat installation and planting Salvia spathacea (pics):

The west end of Cacti Caverns is cleared of lavarock.  The west end of Cacti Caverns is cleared of lavarock.  The “Monica” (species name) manzanita (Spanish for “little apple”) shrub will be planted on top of Cacti Caverns’ terra cotta flat roofing tiles.

 

The lower tile is slide under the top tile.The lower tile is slide under the top tile to make room for Monica Manzanita Mannequin animal habitat.   Poor quality soil (high percentage of adobe clay) is removed to make room for planting (better quality) soil.

 

Tony’s last conversation with Monica Mannequin.  Tony’s last conversation with Monica Mannequin.   Note the wavy wood grain, identifying the mass as a tree root burl.  The “nose”,  or upright projection (Hey, work with me here!), is the base of the trunk, which starts out a straight grain.

 

Monica Manzanita threaded through Mannequin.  Monica Manzanita threaded through Mannequin.   Soon critters will inhabit the inside vaulted ceilings and come and go through Mannequin’s crevices.   A pole planted next to MMM serves as a handhold while traversing the walk path.

 

Monica manzanita a month after being planted.Monica manzanita a month after being planted.  Looks happy to me!  Not over watering is probably the biggest challenge this manzanita shrub will offer here in California,  where it is a native plant.

 

Monica manzanita 2 months after planting. After two healthy months, the typically very slowly growing shrub looks to be establishing itself.  Grape Overpass is sporting bunches of green grapes that will ripen in a couple of months.

 

Hummingbird sage (Salvia spathacea) planted next to Monica Manzanita Mannequin habitat.Hummingbird sage (Salvia spathacea) planted next to Monica Manzanita Mannequin habitat.   The salvia, like the manzanita, is also a native plant that will thrive in the dry hydrozone garden bed.

 

Both hummingbird sage (Salvia spathacea) next to Monica Manzanita Mannequin habitat.Both hummingbird sage (Salvia spathacea) pose for a photo op next to Monica Manzanita Mannequin habitat.  The critters will be happy!, especially in years to come when the manzanita tree canopies its undergrowth of hummingbird sage.

Happy animal habitat installations.  See you tomorrow.

Tony

 

Nov 252012
 
April 2011. Salamander Castle moved to back garden.

First a video  re “Salamander Castle’s Ant Colony”,  then some  pics of Crossroads Compost (below the video):

Garden Tour (Salamander Castle’s Ant Colony) (video):

Crossroads Compost, a brief history (pics):

January, 2008.  Crossroads Compost was yet to be born.

January, 2008. Crossroads Compost was yet to be born, but the straw bale at the back of the yard, next to the fence, was the seed waiting to be planted. That bale was allowed to age there, providing habitat for soil critters and enriching the soil as it broke down.

 

May 2008.  Straw is stored next to the back fence .

May 2008. By now, we are storing straw next to the back fence (but not touching it) at the junction of our garden paths. There is a bale left intact as a seat, habitat, and future source of old straw. Other bales are pulled apart to create a mat over weeds we wanted to eliminate. Note how low ground level is and how young the plants are: currant (foreground), fig (left, supported by hoops), and the pineapple quava (back right).

 

May 2010.  Trellis vines overhead.

May 2010. The ground level is still fairly low; I have not started to stockpile wood chips in Crossroad Compost yet. The currant is larger and sporting green fruit. Fig and grape vine hover on Kiwi Gondola trellis.

 

April 2011.  Salamander Castle moved to back garden.

April 2011. Salamander Castle moved to back garden. This lucky oak stump was rescued from our nearby bike path, where the massive tree came down. Work crews cut the tree away from the path and left Salamander Castle off to the side, not knowing that its destiny was to become an animal habitat. Note the beginning of the wood chip pile covering the Crossroads, soon to be buried with other chips 3 feet deep – that’s a whole lotta nutrients and moisture for the fig, grape, kiwi, currant, blueberry, pineapple guava, apricot, lemon to enjoy. Salamander Castle was moved next to the currant stand and wood chips were piled against it.

 

Happy dusting ants off yourself (from disturbing their nest) and see you tomorrow.

Tony

 

Nov 242012
 
Earthworm Bin tucked away in the protective shade of a tree.

First a video  re “Garden Tour (Earthworms in Bog)”,  then some  pics of earthworms from our Earthworm Bin (below the video):

Garden Tour (Earthworms in Bog) (video):

Earthworms from our Earthworm Bin (pics):

 

Earthworm bin harvest, rich with red wiggler worms.

Earthworm bin harvest, rich with red wiggler worms, is added to a planting bed.

 

Earthworm Bin tucked away in the protective shade of a tree.

Earthworm Bin tucked away in the protective shade of a tree. Note the brick on top to prevent animals from feasting in the box. Evening primrose flower above; calendula flower below.

Pics and captions from Tony’s new book, Habitat It and They will Come :

Figure 4.143  Earthworm Bin Harvest.  Figure 4.143  Earthworm Bin Harvest.  Worm bin harvest layer over planting mix.  The worms and microbes will continue to feed on the organic matter like the eggshell and rhubarb stalk section shown.  And when all those microbe and crawly critters take a break from eating, they might just breed, or die.  The planting bed has been inoculated with Life — life that translates to nutritious and well-aerated soil for the kiwi vines.

 

Figure 4.190  With A Little Help From My Friends.

Figure 4.190  With A Little Help From My Friends.  Earthworm bin harvest to be placed at the crown of the tree.  These red wiggler worms, a typical compost pile worm, may not stay in the tree mound and surrounding soil on a long-term basis but they will enrich and aerate the soil till they do leave.

 

Happy earthworm harvest and see you tomorrow.

Tony

 

Nov 222012
 
Lemon Pot planted with pac choi.

Day 7 in this 6-day video series (bonus day!): Preparing patio pots for winter veggie planting.

First a video  re “Patio Planting Pots”,  then some pics (below the video):

Patio Veggie Pots 7 of 6 (video):


Patio Planting Pots Sprouting Seedlings  and Ripening Scarlet Runner Bean Seeds (pics):

 

Lemon Pot planted with pac choi.

Lemon Pot planted with pac choi. This is the patio pot that I planted the hugelkultur, a thick layer of weeds and greens, just above the drainage gravel.

 

Carrot seedlings in a large patio pot.

Carrot seedlings in a large patio pot.

 

Scarlet runner beans continue to ripen on the kitchen windowsill.

Scarlet runner beans continue to ripen on the kitchen windowsill. These beans were harvested on day 1 (6 days ago) and seem to be ripening (browning) well.

Happy planting veggies on your patio and see you tomorrow (Happy Thanksgiving!).

Tony

 

Nov 212012
 
Ground level (critter head height) entrance to Leaf Trench Highway.

Day 6 in this 6-day video series: Preparing patio pots for winter veggie planting.

First a video  re “Leaf Layer Added to Leaf Trench Highway”,  then some animal habitat pics (below the video):

Patio Veggie Pots 6 of 6 (video):

Leaf Layer Added to Leaf Trench Highway (pics):

 

Leaf Trench Highway with a fresh layer of tulip magnolia leaves.

Leaf Trench Highway with a fresh layer of tulip magnolia leaves. The trench along the walkway is three feet deep and filled with different organic/yard debris layers. The layers will break down and form rich compost in about 6 months to a year.

 

Leaf Trench Highway extends along the back corner of our yard to Salamander Resort (left).

Leaf Trench Highway extends along the back corner of our yard to Salamander Resort (left). Besides storing organic material (twigs, leaves, straw, manure, pulled weeds), the trench also feeds the fedge (food hedge) along our property line. Pineapple guava, fig, and pomegranate trees, as well as annual veggies, grow in the compost-making veggie bed.

 

Ground level (critter head height) entrance to Leaf Trench Highway.

Critter level, perhaps the head height of a raccoon, skunk, or possum, of the entrance to Leaf Trench Highway. Personally, if I were a salamander, I would crawl under the leaf litter. Lots of tiny tidbit treats (FOOD!) under those moist leaves.

 

Kitchen dishwater ready for the compost pile.

Dishwater ready for the compost pile. Dishwater with soap and food (left bucket) is considered “blackwater”; rinse water is considered “greywater”. We pour blackwater directly into the compost where microbes and micro-critters will process it. The greywater rinse water makes a fine treat for most of the garden, with care not to pour it directly on fruit/vegetables.

 

Happy planting veggies on your patio and see you tomorrow (Happy Thanksgiving!).

Tony

 

Nov 202012
 
Anita dumps a new load of soil critter food.

Day 5 in this 6-day video series: Preparing patio pots for winter veggie planting.

First a video  re “Patio Veggie Pots”,  then some animal habitat pics (below the video):

Patio Veggie Pots 5 of 6 (video):

Soil Making in Leaf Trench Highway (pics):

 

Horse manure ages in leaf Trench Highway.

Horse manure ages in leaf Trench Highway, on top of many layers of garden debris organics.

 

Mushrooms pop out of Leaf Trench Highway’s manure after the first rain.

Mushrooms pop out of Leaf Trench Highway’s manure after the first rain. Good stuff! Having the fungi/mushrooms means the manure will break down faster.

 

Harvesting compost from Leaf Trench Highway.

Later that year, Tony harvests compost/rich soil from the trench.

 

Anita dumps a new load of soil critter food.

Anita dumps a new load of soil critter food. These apples were “debris” for a neighbor that wanted under her tree “cleaned up”. The soil critters and we are sure happy to have the mess!

 

A short retaining wall is added to Leaf Trench Highway.

A short retaining wall is added to Leaf Trench Highway. The short wall of re-used fence boards will allow a higher pile of organics to be heaped into Leaf Trench Highway, yet keep the walkway clear. Note how the block keeps the sledge from splitting the dry fence board.

 

Leaf Trench Highway’s short retaining wall.

Leaf Trench Highway’s short retaining wall in place, holding back tulip magnolia prunings (limbs and twigs). Lichens, mosses, and algae so abundant! Does life get any better?!

 

Pics and captions from Tony’s new book, Habitat It and They will Come :

Potato crop in Leaf Trench Highway.Figure 2.11  White Clover and Leaf Trench Highway.  Leaf Trench Highway is about making soil — the 3 foot deep trench is filled with green mulch (for example, a whole lot of pumpkin vine prunings), then covered over with old (cool) manure and compost. Potato starts are dug in. Harvest, 6-9 months later, yields full-grown potatoes PLUS a long, deep trench of beautiful soil to use elsewhere in the garden. The white clover attracts pollinating insects to the potato flowers, adds nitrogen to green mulching, and is a sheltering go-between for critters to travel from one garden bed to another. Laying the slate pavers on soil, and not on sand or cement, allows soil fungi, microbes, and larger animals to pass through the soil, thereby assisting the growth of the clover cover crop.

 

Salamander Resort, the City of Oz for those critters that have travelled the length of Leaf Trench Highway.Figure 3.37  The After of Salamander Resort.  One year later and the resort is still operating.  Driftwood creatures,  a thriving beet crop, and Salamander Sunny Swimhole hide the goings-on eight feet below.  See Figure 3.36 for “The Before”.  Watering the pond waters the beets waters the compost waters the wood chips waters the oak rounds waters tank cavities waters Salamander Shady Shallows, AND waters the adobe clay earth surrounding Salamander Resort.  Water + Cavities + Microbes + Mollusks (slugs and snails) + Worms + Insects =  Happy Salamanders.  The half wine barrel pond, with a 5’ x 5’ sheet of pond liner, was home this spring to Pacific Tree Frogs (and tadpoles).  Many types of insect on the wing visit the pond.  A salamander must be living somewhere in all that!  Note some habitat features: clover on the slate path links this habitat to the rest of the garden, the pond’s surface rocks provide a critter rest stop, the “fedge” (food hedge of fig, pineapple guava, loquat, and pomegranate) along the fence provides flowers and food, and the compost in Leaf Trench Highway at the base of the fedge attracts its own ecosystem of soil makings and critters.

 

Happy planting veggies on your patio and see you tomorrow.

Tony

 

Jan 112012
 
20120108-LTH-retaining-wall

Garden Log (what I did):

071509 LTH -- soil harvest

071509 Leaf Trench Highway. Soil has been harvested from the trench, between the slate walk path and the planting bed. The trench will be prepped for more soil making, starting with a base of straw from the awaiting bale. Since this picture, lots of organics have been composted onto and into the trench. Those organics include: tree prunings, wheat straw, alfalfa straw, oak leaves, carbon harvest (for example, pumpkin vines), twigs and stout tree limbs, wood chips, and horse manure. Beautiful, rich, high quality tilth soil has been harvested several times from the trench.

1. Constructed a low retaining wall to increase the soil volume of a planting bed, Leaf Trench Highway.  Leaf Treanch Highway got its name back in 2007 when we were installing irrigation supply to our garden’s back corner.  The water supply was trenched along a walk path, buried about three (3) feet and encased in 3″ perforated plastic drainpipe.  The depth and casement were to allow “mistakes” in the garden — a shovel could graze the drainpipe and might not break through and bust the water supply.  Lots of digging since then, and no busted trench pipe, yet.  The trench was called a “highway” because, when filled with leaves, or other organics, it’s a corridor for critters to move about the garden.

So, there we were, in 2007, with a sizeable 3-foot deep trench running along the property line’s planting bed.  We decided to use the trench to make soil; we would use the trench to turn compostable material into planting soil.

20110929-LTH-Apples

"Opps! Did I spill that?" No, Anita, Leaf Trench Highway is getting a rotten apple harvest -- Sebastopol's finest for our dear soil-making critters.

About every six months, the trench is dug up for a soil harvest.  That harvested soil is then used to amend the soil in the gardens.  And yes, sometimes waiting the six months or so is difficult.  But having fresh, new, teeming-with-microbe, alive! soil on hand when we do harvest is all that much more a treat after the wait.

20100604 LTH -- potatoes

Potato (broad-leaved), garlic (along fence), red and white clover grow in Leaf Trench Highway in the summer of 2010. The red and white clover serve as both insectary and nitrogen-fixing plants.

This time around,  in 2012, I want to grow a crop above the composting trench.  I want us to produce a garlic and vegetable crop WHILE the trench is composting.  I have also found that new crop love a good compost under it.  BUT, the compost can not be too hot or the new crop will burn.  For this planting, there is a good base of wood chips, green manure, oak leaves, and a recent magnolia tree pruning.  Especially with the magnolia twigs and limbs, those bulky organics will supply microbes, miosture, and nutrients to the growing crop.  Also, as the crop plants grow, their roots will travel the moist, nutrient-rich paths along the decaying wood.  Great mulch for the coming dryer months.  Throughout the spring, we will harvest salad from the composting trench.  By July, the garlic will be ready to be dug up — harvest garlic, harvet soil.  Garlic for the kitchen, soil for the garden.

20120108-LTH-retaining-wall

Low retaining wall built to increase the soil capacity of Leaf Trench Highway's planting bed. Old redwood fence boards were cut in two-foot lengths and pounded into the gap between the planting bed and the vertical slate border. Using a wood block between the fence board and the sledgehammer kept the fence boards from splitting.

 

 

 

20120108-LTH-retaining-wall, close-up

20120108-LTH-retaining-wall, close-up. Note the beautiful mosses and lichens on the old fence board. Not only is this FREE!!! redwood fence board functional (it will last many years in the soil), it is also beautiful. Moist soil from the planting bed was rubbed into the board cuts to instantly age those fresh-cut surfaces -- we are talking art here! I am interested to see if that soil smear will promote moss growth on the top edges of the boards. Stay tuned.

2. Manure run.  Collected both hot (fresh) and cold (old) horse manure from my secret source (nothing personal).  The hot manure was laid down at the bottom of the fence boards to create a little heat for the wintering crops.  The cold manure, which is pretty much a sandy loam soil because it has broken down for so long, was thrown on top of the bed.  That cold manure was thrown into and on top of the magnolia tree prunings, enough of it to plant the crops in.

20120107-manure-collecting

Collecting horse manure from a neighbor's pile. The bins/barrels help keep the job cleaner and easier. Using the barrels, my truck does not have to be washed afterwards and the manure can sit in the bins until ready for use. Sure is nice to load it once (into the barrels) but not have to clear it out of my truck's bed the same day. Note the looseness of the fresh (hot) pile at the rear of the truck. That pile was moved twice -- once to get it out of the way so the buried old (cold) manure could be harvested, then again to fill up the hole that cold manure harvest left. Perhaps in 6 months, that filled in hole will be cold manure soil itself. Just another example of our wondrous revolving World at work.

20120110-LTH-garlic-planting-2

It's late, but the garlic is in. Come tomorrow, I will throw a thin mulch of rice straw over the veggie seeds and garlic starts. Note how the low retaining wall of recycled (reused) fence board allowed enough soil to be added to the bed to cover most of the magnolia prunings. Will be exciting to see what crops actually do rise out of the straw mulch and to see how well they thrive in this compost, soil-making bed. Oh, did I tell you -- it's an experiment. 🙂

You, the Habitat Gardener (reflections):

1. Leaf Trench Highway is a major no-toll pathway in our garden.  True, there is often construction along this roadway, but the improvements are always worth it.  This year’s road upgrades include last year’s woodchip pile from Santa Rosa’s waterways cleanup (oak and willow), oak leaves from the neighborhood, our ridiculous Jack-in-the-Beanstalk pumpkin patch green manure, the magnolia tree’s prunings, hot manure, and cold manure soil.  Microbes party down!  All insects and amphibians welcomed.  Just add water, as the soon-to-come rains will do, and the entire length of Leaf Trench Highway will be a mess of healthy fungi, vegetables, flowers, microbes, crawly critters, and birds.  And that’s just at ground level.  The length of the trench, along the fence, is a fedge — food hedge, a permaculture term.  That hedge planting includes fig, pineapple quava, loquat, and pomegranate.

2. Our soil gets better every year as we grow more food each year.  And we share — without an atom of pesticide, herbicide, or fungicide, the trench and fedge will take on a natural balance.  The critters will get some of the planted crop, but by far, we will get our fair abundant share.

Happy soil making to you.

                                                            Tony

 

 

The Next Day and Night:

1. More cold manure soil was added to the bed tocover the garlic and to give the veggie seeds more soil to establish themselves in.

20120111-LTH-veggy-planting

Bowl-O-Seeds. Rooting powder was used to help the seeds germinate, a tall task during these wintery days.

2. The vegetable seeds were all mixed together with rooting powder (only because I didn’t have any mycorizzae spore on hand).  Life is good!, especially when I get to open dozens of seed packets that I prepared throughout last growing season.  Round and round, mixed in a large stainless bowl, or bucket, and dusted with a little love (spore or rooting powder).  Then I’ll carefully toss the seeds out onto a prepared planting bed — a dash here, a dash there, some over my right shoulder, some underhanded between my legs.  Most importantly, I get to have fun being ridiculous.  I get to plant way too many seeds.  Yes, I work hard to collect seeds all year long so that I can have a Chia Pet garden.  Too many plants that grow too much means I will eventually get to havest them, in whole or in part, and reap the green manure they are.  I will be harvesting carbon — all that alive, green plant material is merely bottled up sunshine to be poured onto the compost pile.  Sun >>> plants >>> photosynthesis >>> juicy packets of carbon >>> Tony’s compost >>> SOIL MAKING.  And with that carbon-rich soil, we will grow more STUFF, whether it be flowers, food, or fodder.  And we will live happily ever after.

The seeds I grew and collected and mixed together are cilantro, parsley, Queen Anne’s lace, bok choy, gopher plant, impatiens, fennel, round zuccini, calendula, “Primo” danelion, and chard.  Store-bought seeds that also became part of the mix are broccoli, cauliflower, and lettuce.  SOMETHING ought to grow!

3. The seeded bed, also with its garlic starts, was mulched with rice straw to keep critters away from the seeds and to keep the seeds moist for germination.  The mulch will also help the seeds receive waterings and/or rain without being washed out of the planting bed.  Perhaps too heavy a cover of straw to be left on the young sprouts.  BUT, I will keep an eye on the bed and will thin off some of the straw in a week or two.  I will be curious to see what plants actually do come up during these frosty nights and cool days.  Nice to have some ground warm perculating upward toward the seeds from the hot manure below.  Even if nothing were to germinate now, surely some seeds will germinate further down the year when the sun warms the soil and spring rains moisten it.  How fun to wait and see.

20120111-LTH-veggy-planting-mulched

The seeds have been sown and the rice straw mulch is in place. A little water. A lot of waiting. Soon enough, though, a forest of food and flowers.

 

Feb 022011
 
The new Olympic-sized swimming pool at Critter Convention Center.

Garden Log (what I did):

1. Installed an underground watering hole habitat, called Dano’s Great Newt Grotto.

Trellis habitat, House Finch Hideaway.

Trellis habitat, House Finch Hideaway. The subterranean habitat, Dano's Great Newt Habitat, was installed while the Center Pole posthole was being backfilled.

You, the Habitat Gardener (reflections):

Center Post (2 posts) in ground, yet to be backfilled.

Center Post (2 posts) in ground, yet to be backfilled. The posts were dug in on the back side of Captain Cicada's Buried Treasure, a buried wood pile animal habitat. The adobe soil in the foreground is from the posthole digging and covers the small hill's topsoil.

1. The celestial heavens were so kind to me the other day.  Dan and I were on our way to completing an awesome garden project — a 6-post two-tier trellis built to grow food and provide privacy.  We had just lowered the Center Post (which is actually 2 posts; see House Finch Hideaway — Completed ) into its hole when the noontime lunch whistle blew.  Dan was off to follow his stomach’s commands.  Cool!, now I have some time to throw in a habitat up against the center posts before the area is backfilled.  A quick search of material caches and I was back with a toilet tank top, a small piece of flagstone slate, two old kitchen tiles, a water-catching boulder, and a bucket lid.  Habitat here we come!

The habitat's tiolet tank top will catch and hold water.

The habitat's toilet tank top will catch and hold water.

Water.  So often when building a habitat, I include a focus of making water, or at least moisture, available for garden critters.  Perhaps I am so drawn to water because one of my strongest passions in building animal habitats is to increase amphibian populations in residential gardens.  And amphibians LOVE, thrive, and do water well (pun accepted!).  This habitat’s major water feature is a toilet tank top rescued from a dumpster.  “Help, help, please help!”, I faintly heard coming from the bottom of a commercial renovation project’s 10-yard dumpster.  So I took the beautiful uncracked enamel critter swimming pool home with me and vowed to incorporate it in a habitat.  Alas, Toilet Tank Top is delivered to the soil and its critters while Dan is off at lunch.  A little water in the upside down lid helps me install it level (to hold the most amount of water possible).

The new Olympic-sized swimming pool at Critter Convention Center.

The new Olympic-sized swimming pool at Critter Convention Center.

The enamel coated top side of the toilet tank lid seals the pottery and enables it to hold water.  The underside of the lid, which is pictured holding water, will absorb some of that water because it is not enamel coated.  But that’s okay — moisture-loving critters, like insects, snails, slugs, salamanders, frogs and toads, will seek out that cool dampness in the dryer months.

I stand on the upside down lid to press it into the adobe soil at the edge of the posthole and up against the Center Post.  It sets in firmly and gives me confidence that it will hold at least some water, that is, stay level, for a long time.

Flagstone and kitchen tile cover the habitat's grotto.

Flagstone and kitchen tile cover the habitat's grotto.

Now to protect the top of the swimming pool to keep it from completely filling with soil.  Some soil will likely backfill into the swimming pool, and that’s okay, but we would like some of the upside down toilet lid’s volume to be available for water.  Completely sealed off would not be good either — the critters would think the pool is closed.  “Oh man, we always come on the wrong day!”  A small piece of flagstone slate and kitchen tiles are the strong, non-biodegradable materials I come up with to protect the habitat’s pool of water.  Two kitchen tiles are used to add strength and to provide another crevice (between the tiles) that critters can take advantage of.  Sure there’s a gap between the tiles and the slate but we’ll deal with that shortly.  For now, we’re sitting pretty because the swimming pool was just upgraded to a grotto.  How European!  The subterranean pool, or grotto, will shelter and feed many a microbe and larger critter that had never dreamed of travelling to such places.

Water-holding boulder sits above the grotto.

Water-holding boulder sits above the grotto.

Now to cover the small gap between the tiles.  And I just happen to have a bucket lid that will cover that gap.  One good thing about the plastic lid is that it will last a zillion years. Sure, some people would cringe about burying plastic in the garden but I figure that the trade-offs here are worth it.  If it never breaks down, then some critters will have shelter security.  If it does break down, then we are doing our part to return this human-made atrocity to the soil.  Hey, why get out of bed in the morning if your rationalization system is not intact?!  And now back to the plastic bucket lid on top of the kitchen tiles and the flagstone slate.  Yes!, the bucket lid turns out to more helpful than I thought it would be.  Not only will it cover the gap, but also it is a coaster (like a table coaster protecting delicate wood) for the brittle tile and crackable slate.  Now a good-sized rock, AKA boulder, can be stacked on top of the grotto, tiles, and slate.

Leveling the boulder to hold water.  Wood frame protects the tile.

Leveling the boulder to hold water. Wood frame protects the tile.

Multi-tasker boulder will 1) keep the materials below it securely in place because of its heavy weight, 2) provide temperature modulation to the habitat, and 3) hold a smidgen of water in the small indentations on its top surface. That’s pretty much the bulk of the habitat, but now I want to take measures to protect this underground waterhole, this subterranean grotto.  Because it’s underground, or hidden, foot traffic could easily kick it apart by accident. I grab a couple of fireplace logs and frame the exposed tile corner.  That sits pretty but why leave things up to chance?

Firewood log staked with gap awaiting compost fill.

Firewood log staked with gap awaiting compost fill.

I take the extra time to secure the downhill side of a log with a hefty wooden stake pounded into the ground.  The stake is surely very secure BUT I missed my mark. The stake is a couple of inches away from the fireplace log instead of snugly up against it.  Once again, THE PROBLEM IS THE SOLUTION (a permaculture axium).  In other words, there’s good to be found here so why not go with that?  Lucky for me, I sometimes take my own advice.  I snug the firewood log up against the post to expose a gap alongside the habitat.  That gap, or couple of inches “off”, will now allow me to throw in some nutritious compost soil. There will be more good soil for the jasmine vine I will plant above this habitat.

Jasmine vine planted above Dano's Great Newt Grotto.

Jasmine vine planted above Dano's Great Newt Grotto.

Time to plant the jasmine vine that will grow up Center Post and create a thicket on the trellis.  The grotto habitat is nearly complete except for planting and cosmetic issues.  The jasmine vine’s roots will help secure the “hillside” of soil and help tie together the habitat’s elements.  Perhaps those roots will find the grotto and drink its water — hard to say because the roots will not develop in the intended air cavity of the habitat.  In the end, though, I vote that the jasmine will be a happy camper as a result of the grotto habitat.  If nothing else, the poop factor will benefit the jasmine — there will be so much poop (that feeds the soil) from the snails and slugs that come to vacation at the grotto.

Compost soil is strewn over the habitat and surrounding area.  The jasmine vine is wiggled into position next to the boulder and surrounded by as much compost soil as will stay on the little hill of Captain Cicada’s Buried Treasure.  Forget-me-not plants that were moved to the side for protection are returned to the hill, above the habitat.  Some bamboo stakes are pounded into the ground and strung together to make small fences to protect the area from foot traffic.  Lastly, old straw mulch is used to keep the compost soil and plants in place.  Also, the old straw mulch will keep the area moist and humus-rich as it breaks down.  The decaying straw is a habitat unto itself!

Dano's Great Newt Grotto habitat is buried under old straw mulch (left).

Dano's Great Newt Grotto habitat is buried under old straw mulch (left). Grape cuttings at a post's base for the trellis habitat, House Finch Hideaway.

What a great day!   A habitat within a habitat day.  Hard work and looking forward to my vacation.  See you at The Grotto.

……………………………………………………. Tony