Public Service Announcement #2

Scrophularia macrantha

The New Mexico Figwort, recently renamed in the spirit of Leonardo DiCaprio to be more sellable as "Red Birds in a Tree" (more sexy and more dumb at once) spreads gently and slowly underground by rhizome-like tubers.  I gave these eminent domain, citing plans for another rock garden.

Public Service: Index to the Intermountain Flora

Having made one after not finding one, I offer this to the world, (or rather a terribly insignificant minority of humans in the world who own and use this seven-volume-and-hopefully-growing reference to all plants growing in the intermountain region of North America, authored by Holmgrem, Cronquist, Reveal, Holmgren, yet another Holmgren, and  the vetch-spert (a vetch expert, if I may coin a term) Barneby.

My apologies that, even after some adjustments, I did not find a way to ensure that they display together in neat columns. Maybe they will if you copy/paste them out.

Enjoy.

Intermountain Flora Family Index

Family       Vol. Pg.

Aceraceae 3a 308

Anacardiaceae 3a 313

Apocynaceae 4 24

Apiaceae 3a 340

Aquifoliaceae 3a 256

Araliaceae 3a 339

Asclepiadaceae 4 31

Asteraceae 5

Boraginaceae 4 207

Brassicaceae 2b 174

Caesalpinaceae 3b 7

Callitrichaceae 4 331

Celastraceae 3a 256

Cleomaceae 2b 160

Convolvulaceae 4 74

Cornaceae 3a 245

Crassulaceae 3a 28

Crossosomataceae 3a 158

Cucurbitaceae 2b 76

Cupressaceae 1 237

Cuscutaceae 4 77

Ebenaceae 2b 446

Elatinaceae 2b 11

Eleagnaceae 3a 161

Ephedraceae 1 244

Equisetaceae 1 185

Ericaceae 2b 422

Euphorbiaceae 3a 260

Fabaceae 3b 12

Frankeniaceae 2b 72

Garryaceae 3a 246

Gentianaceae 4 4

Geraniaceae 3a 330

Grossulariaceae 3a 12

Haloragaceae 3a 164

Hippocastanaceae 3a 307

Hippuridaceae 4 331

Hydrangeaceae 3a 5

Hydrophyllaceae 4 155

Hypericaceae 2b 14

Krameriaceae 3a 302

Lamiaceae 4 298

Limnanathaceae 3a 338

Linaceae 3a 293

Loasaceae 2b 81

Lythraceae 3a 167

Malvaceae 2b 19

Marsileaceae 1 220

Meliaceae 3a 318

Menyanthaceae 4 84

Mimosaceae 3b 3

(All Monocotyledon Families) 6

Onagraceae 3a 172

Ophioglossaceae 1 189

Oxalidaceae 3a 329

Paeoniaceae 2b 10

Parnassiaceae 3a 360

Pineaceae 1 223

Plantaginaceae 4 333

Polemoiaceae 4 86

Polygalaceae 3a 300

Polygonaceae Nope

Polypodaceae 1 192

Portulacaceae Nope

Primulaceae 2b 448

Punicaceae 3a 170

Resedaceae 2b 418

Rhamnaceae 3a 284

Rosaceae 3a 64

Rutaceae 3a 320

Salicaceae 2b 118

Salviniaceae 1 221

Santalaceae 3a 248

Sapindaceae 3a 306

Saxifragaceae 3a 33

Scrophulariaceae 4 344

Selanginellaceae 1 178

Simaroubaceae 3a 318

Simmondsiaceae 3a 260

Solanaceae 4 52

Tamaricaceae 2b 68

Thymelaeaceae 3a 167

Tiliaceae 2b 18

Tropaeolaceae 3a 328

Verbenaceae 4 293

Violaceae 2b 53

Viscaceae 3a 248

Vitaceae 3a 290

Zygophyllaceae 3a 322

Reruns/Repeats

"Repeat rebloomers" is a term generally reserved for a certain handful of border-perennials who will do just that, or have that capacity.  Not often do rock-garden plants get to own that title, often hailing from places so seasonal that they are inextricably tied to a speciific flash-in-the-pan bloom season(and a glorious one worth every ephemeral penny).

Until the temperature hit 100F (38C), and starting in March or April, this extra-cute Carnation has been in bloom.  It is not a desert plant, but is small enough that its water consumption is worth each draindrop-splash of pink.

Dianthus microlepis ssp. degenii

Hope

Despite the heat, the wind, the intermittent humidity, a trooper Gentiana (septemfida ssp.) grossheimii blooms today in its seed pot.

(Added later: -And continued to bloom {in the form of a single flower} for eight days.  I am humbled.)

FAIL

(Castilleja integra, Agave ovatifolia, the latter being a speicies discovered in Mexico within the past 30 years.)

Yes, I'm going to follow the post "Done" with "Fail."  An epic fail, as we youngsters like to say while we watch videos of skateboarders waving at the camera only to wrap themselves under prior-unseen wires or fences in comical ways.  Done and Fail: Two consecutive evaluations of the same thing- this Desert Crevice Garden.

There were certain mistakes I knew I was making, and decided for one bad reason or another justification, to execute them anyway. Now, I will admit them and regret them as well as document prior-unforeseen problems.

Don't get me wrong- I still like this heap of rocks enough to keep it,  but I don't think it is a shining example of a job well done; it is a shining lesson.

I still feel it looks good form this angle; the rocks agree and seem to be cohesive.

Fail #1 But gah!  from this angle, from the South, angles are not terribly in agreement, and that pale medium-sized rock in the middle has a terrible forty-five degree angle that is the most dissonant of them all.  Rocks in outcroppings in nature were once the same rock, so fissures make lines that repeat, and repeat, and repeat...

Fail #1.5: the above rocks also do not quite harmonise due to the fact that, despite my menteally labelling them all as "sandstone" and assuming they would thus be good bedfellows, they are different kinds of sandstone and are different colours, which immediately proves they did not erode from the same stone.  Epic fail!

(clockwise from top left: Echinocereus trigloch. inermis, Penstemon caespitosus ex Rio Blanco Co, Lepidium nanum, Leptodactylon watsonii, and Echinocereus morricalli x scheeri) 

 Now, the plants don't seem to mind, in fact, I am shocked how well they are thriving and already growing amid days upon days over 100 F (37C), with wind, even.  They are being watered lightly once or twice a week between natural baking cycles. The soil is unamended (no organics added) sandy-loam soil with bits of gravel mixed in here-and-there accidentally.  The surface inch, two, or three become completely dry, while moisture down deep seems to remain solidly.  Having no potting soil near the roots of these new plants seem to remove interference of the passage of this moisture up to the plants.  In driest times, they will wilt rather than outright flash-die like the average recently-planted flower.  This part has been one of the most persuasive observations that has convinced me of the miracles of the bare-root-planting technique. Amen!

Fail #2. And this section- what was I thinking?  I was on a roll to use up all stone I had nearby.  But tho middle section of the garden, with its paver-style sharp-edged stones, looks completely wrong between great moundy wind-scoured looking features and stones that are the rest of the garden.  It might have been fine alone, or within a whole garden with this more sliced-style.

Fail #3 Along the incredibly classy vinyl fence in the picture, the viewer will also see turf.  This is not a good thing.  A running perennial sod-grass with long rhizomes: it invades under the fence from the neighbor's turf. I thought about this problem early on, but all reason was subsumed by my impatience and that foolish tendency to do the fun bits and pretend that the less-fun bits (like installing edging to prevent the delicate and petite garden from being overtaken by horrendous brute hordes) can be conveniently forgotten.

WRONG!

Worse yet, I conveniently forgot there was a colony of bindweed, too.  Nice.

Thank goodness these neighbours are kind folk- for I have permission to install that much-needed edging on their side of the fence. (Since where the edging ought to be is completely inaccessible under tons of rock!)  I shall also have to spray or dig-pull-dig-pull remaining rhizomes that are already at home among the sandstone boulders.

Fail #4.  Washout!  Simple physics.  Certain areas (bear with me now, for verbose conceptualities) that see water-drainage from large rock surfaces get enough water flowing over them to wash the soil away.  It is usually crevices- cracks between rocks- that I see as prime plant real-estate and water sees as fair game to wash away.  Severity of washout exaserbates with the increase in size of "watershed" areas and decrease in size of soil-patch (relative to a soul-patch, and equally awkward) that must endure this tiny flash flood.  Indeed, rain or irrigation will accumulate on these spaces, funneling more water to special plants growing here (while they still enjoy perfect crown drainage keeping their little necks quite dry and free from rot), but before said hypothetical plant's roots can hold the soil, it seems to wash away.

Solutions: 

A. Don't forget smaller stones graduating down form the big ones.  Slivers that fit in to cover more of the ever-shrinking surface area in these crannies. 

B. Gravel mixed into the soil- more on the surface and less down deeper- seems to work.  I don't quite know why.  But in a tiny crack, I can see why: a stone will wedge itself with the steady help of good old gravity, and it is quite like a strong person who pushes his arms out to brace himself in a door jamb and tuhs keeps his followers from passing.

C.  Water tediously slowly.  This is what I did.  Shove a plant, like an 8-year-old-boy into full-sized knight's armour, in a crack and charge it with growing roots and leaf that will physically hold the soil in and physically slow down the passing water rivulet.  Then, water-in said plant with a drip-drip-drip speed.  A slow slow soaking will allow the soil time to soak in the water before it can form sheets which will roll over it and carry things off.  This is mostly what I did, and much to my surprise, steep inclines of loose soil got themselves settled in (the particles must become more locked together, I reckon) and appear to be resisting surface washout.  Perhaps the loam component of the sandy-loam is gluing together a soil "crust," which I have noticed when digging about lately.

What does nature have going on in her washout-prone crevices?  Lots of things, and they all seem to work.  Sometimes nature has permanent washouts.  But observe this one- nature can, in fact, fill up crevices.  Even ones taller than surrounding area.  Usually it is wind that accumulated this debris, and things that can get wedged will get wedged, and gypsy debris finds another spot.  But one fitting pebble stops another pebble, which in turn stops a pinch of sand... Also: Plants, attracted to the moisture or protection of a crevice whose soil has obeyed gravity (has leveled or washed away), will grow there, die there, accumulating particles in life and death. Their wedged-in carcasses will build up the crevice's substrate, whiel dead roots will hold in what is there already to accommodate yet more life down the road.

 This is already happening in  the garden.  The "carcass' part, too.