Tuesday, June 25, 2013

My personal ongoing fascination with anything Sycamore

Restoration Puzzle ?

Not!
There are so many logical common sense reasons for replication of Nature in the practical applications department of Human needs. Unfortunately, in our present 'critical times hard to deal with'  world, if something doesn't make some Corporation a $ or put some Politician into positions of power, no amount of responsible Earth Stewardship is going to get done. Sadly, even things like Rich Folks Legacy building like Philanthropy and/or other personal Foundations named after themselves, often come with a price. Often they don't address what's really needed in terms of environmental improvement  The good news is, the average person doesn't have to wait or depend on any of these legal entities to change things for the better, you can do so yourself. Even if it's little by little. If your numbers are large enough, you just might accomplish far more than any of those insisting they be put in charge of such responsibilities. Evidence for ideas from Nature are all around us, but often times ignored. For example, I'm sure people with busy commuting lives rushing along Highway Route 52 from Santee to San Diego have missed this remarkable Sycamore tree seen in the photo below. Actually there are several, but I took this opportunity to stop and photo this one while on my trip over there this past Spring. It's not a very tall tree, but nevertheless survives in a hot dry location where you wouldn't expect it to be. In reality, if you are perceptive enough, you will notice this tree is in a dry Chaparral Plant Community location which are throughout Southern California and not in the usual water rich bottom land locations where you expect to find them.

Photo: Mine
This is along side the west bound lanes of Route 52 almost to the Junction of Interstate 15. The Miramar Naval Air Military Reservation fence is to the right and you can see the evidence still visible of the 2003 Cedar Fire. If you remember, everything in that fire's pathway was completely destroyed. So at the very least, the growth here is 10 years old. There are a number of educational things here of personal note here which can be observed, though no doubt never thought of before by most passers by. First, this tree is not in a riparian habitat and there are no Road Department Irrigation infrastructure here. I know because I looked. So what's keeping this otherwise water loving tree alive ? Look at the plants in the fore ground. Chaparral - Lemonade Berry and Laurel Sumac. Both are deep rooted into moister subsoil layers and through the process of Hydraulic Lift & Redistribution have created a natural hydrating system which supports other plants which would otherwise fail.


Photo: Mine 
Now with the above example in mind, take a look at this next photo. This is my mum's backyard after I've started some tree trimming activity and general cleanup the second week there in April 2013. Notice the spreading green plant under the Canary Island Pines and Tecate Cypress ? This is Catalina Island Currant or Evergreen Currant (Ribes viburnifolium). Without the cover of the trees above, this plant would fry. Yet in the shade, it does great AND it is never watered. It's actually originally a single plant, but it's spread out around the ground under the shade canopy. But notice over on the right hand side of this photo another plant. Actually it was a surprise to me as I never expected to find a young California Sycamore seedling. But low and behold, there it was. I know the six mature Sycamores to the right of this photo which are out of the picture were already producing heavy seed balls, but I never gave it a thought that any seedlings would ever germinate in her yard. 


Photo: Mine
Here is a close up shot of that small Sycamore from the above photo. While I thought the whole thing was kool, I also knew I couldn't keep the plant where it was and I didn't want anymore California Sycamore in that yard. But I knew my sister in Lakeside had a large piece of land off of Moreno on San Vicente Road. In fact, her property line runs right at the old creek bottom which was dammed upstream almost a century ago. San Vicente Reservoir. So I took a five gallon orange Home Depot plastic pail and hauled it over from El Cajon to her property while she was evidently at the Colorado River. Interestingly many Sycamores have volunteered on my mum's property since this time.


Photo: Mine
This particular Friday I chose to plant it I also went up to visit my brother's place in Ranchita. That exact day the high temperature was 99 degrees Fahrenheit (37.2 Celsius). I know, you're not supposed to transplant during outrageous unfavourable conditions. You'll fail. Yes in the past I did regularly, but that was when I did things conventionally. You know, Science-Based & Peer Reviewed habitat restoration techniques approved by various government agencies under the guiding hand of the USDA ? 

Okay, here is what I did and didn't do. In the old days I'd use some type of Vitamin B-1 transplant shock magical elixir sold at most local Landscape and home garden centers. My favourite which said it had rooting hormones and vitamin B-1 which roots supposedly loved was called - Super Thrive  Actually it truly does work in some applications IF you follow instructions of just a couple drops to a gallon. But like most folks, the flawed thinking of "If a little works, more must be better". No it doesn't, not that it necessarily hurts anything, it's just that the plant does simply nothing as far as growth. In fact sometimes I'd notice the plant would stay stuck in neutral and go nowhere until the next growing season. My favourite choice now is MycoApply from Mycorrhizal Applications Inc. You may remember I wrote about this earlier with my Mum's volunteer Pecan Tree which was going nowhere until I inoculated it with Ecto-Mycorrhizal spores. I've never had a failure and I no longer have spent money on commercial chemical transplant Shock prevention liquids. One of the other things I did after planting and inoculation was to place the Home Deport five gallon pail over the plant after I left the well water run in the planting basin for a good thirty minutes, to create a humid atmosphere and prevent direct sunlight which I thought would most certainly desiccate the leaves.


Photo: Mine
Okay, so planting was on Friday in that intense heat and when I came back through Lakeside on my way back home, I stopped by on Tuesday to check on the health of the plant. Actually, I was pleasantly surprised to find only two top leases burned or dried out. The leaves under those were still healthy and green and the hard stem was in great shape. I knew that the plant would revive in no time at all. After all, it's a riparian plant and with enough water, anything is possible. 


Photo: Mine
This shot was taken a week after the above photo and clearly the little tree is in full recovery mode with new bud growth and leaf production. At this point deep watering is still once a week which replicates a heavy rainfall pattern cycle for Riparian establishment. This technique actually works well with most differing ecosystem groups in the wild as well.

Photo: Mine
This shot here was taken the day before I left on June 3rd. The two top leaves are almost completely shed now and though the other older leaves were also set back a bit, but look at that brand new healthy and rich bud growth. So apparently all was well after all. I couldn't have hoped for more, but now I was leaving and a key was to keep deep watering this tree at least once a week for the first year or two and then tapering off allowing the tree to grow up and mature on it's own. In fact, this technique for me anyway was the inspiration from my experiences which Bajada or Alluvial Fan observations during those late 1970s to middle 1980s heavy rainfall flooding years which proved how floodplains establish large tracts of riparian forests in cycles.


Photo: Mine
So now, here is the photo of the same little tree which volunteered over at my Mum's place, transplanted on an extreme heat wave weekend, which goes against all known Landscaping rules and it's more than flourishing. Again, I never even seriously expected this much. It really made my day when my sister posted this pic. One of my other biggest fears were all the gophers on this river bottom soil. This soil is so soft and delicate. It's a very soft fine sandy-loam. Water would percolate in that planting hole all day long if you allowed it to. It's just that porous. Sparklets Water Company is just the next property over across her street. They've been pumping water from this area for decades now, so there is definitely a wealth of water under here. Knowing that bit of info helps. That tree like many of the native large Cottonwoods on here property and others along that Creek, will no doubt reach the water table and then as far as height, the sky is the limit as to what this tree is capable of.


Pinterest Image

Musings from the Roost
Sycamores are amazing wildlife trees, especially for nesting. Take these hummingbird nests made of Sycamore leaf fuzz. Not only do they build nests within small twigs, but they commonly build on top of the seed balls. Tall majestic old growth sycamores are great for soaring birds like Eagles and Hawks which prefer to be well above everything else. Restoration projects of riparian woodlands should take adding Sycamores into restoration instead of always narrowly focussing on Cottonwood and willows. I have also previously written about the downstream issues of the San Diego River and the chocking Tamarisks which are clogging it and strangling the native vegetation. They are also a very real fire hazard as I have seen fires race through many thick and dense Tamarisk Bosques. Fortunately for Lakeside and Santee beyond, that 2003 Cedar Fire front had not reached the El Monte Valley floor along the San Diego River bottom where large dense stands of mature Tamarisk Bosque are just on the east side of Wildcat Canyon Road. Once in that dry river bottom among those nonnative invasives, it would have been like a Fire Freeway all the way towards Santee. The Hwy 67 would have been no real barrier as the fire would have blown under it. At that point even southern end of Eucalyptus Hills would have been in danger. And I'm still amazed they halted it from that area. River bottom clean up and eradication would be the toughest job, but the replanting of Native Riparian Woodlands would be the easy part and the quick returns or rewards wouldn't have to be necessarily decades away as I've shown at this post of my mother's yard transformation in 7+ years -
Wildlife Habitat transformation in my Mum's front and backyards 
Lessons Learned from the Bajadas (Alluvial Fans)  
Restoring Southern California Riparian Ecosystems
Best wishes on Your restoration projects!

Wednesday, June 12, 2013

Restoring Southern California Riparian Ecosystems


I do follow the work being done by the San Diego River Park Foundation and other groups, but perhaps I can offer some personal experience in restoration techniques for which I have done before in Riparian restoration. This sign below is where I have on example seen my trip the chocking of invasive plants like Tamarisk in places like the San Diego River in Lakeside California. Although I must say that I have neither heard nor read about any programs to eradicate this riparian habitat menace. I've previously written about this plant Here , but I in no way blame it for the problems facing southwestern ecosystems problems. I put it squarely on the shoulders of those responsible for the present fiasco, humankind.

Photo: Mine
On my stay for two months in Southern California, almost every single riparian area I crossed over on a bridge somewhere  whether it was the San Diego River, Sweetwater River, Santa Ysabel Creek, San Luis Rey River, etc,etc, etc & almost every single waterway period, had areas choked by the invasive North African/Middle-Eastern tree we call Tamarisk (Salt Cedar) which was the unfortunate & ignorantly brought over as a Desert Windbreak tree and not just one variety, but several which now have infested just about everywhere in all the southwestern United States. What I should have done is include all these pictures in with my post on Climate Change, Warming, Shifting ????  which dealt with the native tree Palo Verde's movement into coastal chaparral plant community and California Sycamore tree successes at higher elevations where they formerly had remained stunted at best as a result of late cold snaps, but clearly have started to succeed with the climate changes. The two trees are native and I have no issues with these improvements, but Tamarisk successes where I had not seen them as prolific before, although present in the past, do pose a more serious problem. Below are some photos which expose the real problem of this invasive plant which crowds out Cottonwoods, Sycamores, Willows, Velvet Ash, Mexican Elderberry and possible Oaks along the outer fringes of riverside bordering. I actually have seen from even Satellite photo imagery these invasive trees all along the entire San Diego River. Another major invasive in many hydrological channels in coastal San Diego County and even with the city limits where rain run-off channels utilize existing washes are the Baja Native, Mexican Fan Palm (Washingtomia robusta). Maybe I wouldn't be so sensitive against these had the been California Fan Palm (Washingtonia filifera).

photo: Mine

photo: Mine

Both of the above photos are of the view from the Hwy 67 bridge in Lakeside California looking eastward towards El Capitan High School and the El Monte Valley beyond. The Tamarisks are very heavily growing even on the the east side of Ashwood St where it crosses the San Diego River and before it turns into Wildcat Canyon Road.

photo: Mine

Looking west towards the direction of Santee California from the Hwy 67 bridge in Lakeside California.  Mostly we are looking towards Cowles Mountain way off i the distance, but also the backside of Rattlesnake Mountain over on the left side of the photo.

photo: Mine

photo: Mine
The two photos above & left not only exposed the problem of Tamarisk, but also the increasing intrusion of Red River Gum Eucalyptus which is an Australian Native tree. Sadly, both Africa & Australia do battle with one of our southwest natives, the Mesquite Tree. Eradication and continued prevention of Tamarisk would involve many challenges. First and foremost like anything that is a natural problem disaster issue, it has a human cause component. It would almost become necessary to outlaw Tamarisks to be planted in either city municipalities or in County Rural areas. I say challenge because in our world's modern day culture there is this obsession  with freedom on the brain and rights. The problem with most Rights Activism is that often times some of those rights demanded by whatever rights movements often times infringe upon the rights of others or in this case the natural world. Single tree Tamarisk tree specimens will always be a source of ongoing seed origination  which will easily blow in the wind and be a constant menace or threat to reintroduction. But again, the mentality of modern humans is to resent authority and fight against any restrictions no matter how beneficial they would be for everyone in the long term. The prevailing attitude is, "Don't tell me what I can and cannot do" (or plant in my garden)

Also, timing of eradication would have to coincide with Seed dispersal which fortunately has only a small window of viability for germination to be successful. (I believe no more than 30 days) This could actually be an advantage. The other problem I see with Tamarisk woodland thickets which crowd out riparian natives is that from what I have observed, they are a greater mega-fire risk  than pure riparian species which often act as a fire barrier and if nothing else at least slow an advancing fire down as far as it's rapid progress. Anyone who has ever witnessed a Tamarisk woodland burn knows that it burns with an intensity generally associated with Chaparral. This makes for another reason it needs to be completely eradicated. Mechanical removal and possibly burning the stumps out through a charcoal method in wintertime when they are dormant may be the only way. But you cannot leave any live roots which will re-sprout. I would definitely forbid the use of chemical treatments with products like Roundup which already contain  warnings for usage in and around Riparian areas anyway. The root systems easily sprout back as they do when fire pushes through an area, so it is imperative to destroy as much of that infrastructure as possible. Other trees like removal of Eucalyptus and Fan Palms would be a no brainer. However, once removal is completed, there must be a rapid rush towards replacement with native species and quickly. This is where proper planning and acquisition of 1000s of various plants would have to be on the ready.  Now take a look below at some places where specimens could be obtained.

Photo Credit: Mine

These aggressive suckering sprouts are California Sycamores on the north side of California State Route 74 leaving Hemet towards Idyllwild. The Power Utility Edison has been battling with these poor trees for decades. In the early days, these two specific trees still had large trunks and were topped off just under the power lines, but passing by a few weeks back I noticed they were aggressively dealt a heavier blow all the way to the ground. So every year thereafter, the maintenance crews come along and butcher these poor trees in the Chop Shop (Asplundh) fashion of many a commercial Tree Butchering company who are subcontracted to do nothing more than remove living vegetation away from anything concerning utility right-of-way. There is no care given to aesthetics, it's strictly a what's necessary only for business. I could name the well known companies, but you folks out there already know who they are.

Photo: Mine
There is a chain link fence next to these trees with a Utility Maintenance gate. This location along the Route 74 is where the North Fork  of the San Jacinto River merges with the main channel of the San Jacinto River canyon. The South Fork canyon and branch is further east up the road. The first time I saw the utility company severely top the original trees, I remember months later while passing along this spot and seeing the luxuriant growth fighting to come back with a vengeance, what great cane pole specimens they would make for transplantation out directly into an area for rapid riparian recovery. Well now it looks as if this task  just got a lot easier.


Photo: Mine
Look at all those prized cane pole examples. Are you taking notes Robert Hutsel and Jim Platel ? Most likely not. Oh well. Remember that location on Hwy 74 east of Hemet CA ?  Hey, I'm serious! 
Cutting inch to two inch poles for planting which is merely harvesting extremely cane long poles, can be a major head start of sorts if done correctly and babied with care that first year or two. Sycamores, like Willows and Cottonwoods have an amazing rooting propagation adaptation which allows a branch to be broken off during high flood periods and become buried way down stream only to re-sprout a new tree somewhere else. They have a high growth hormonal content within their tissues. Some folks even make a tincture of willow bark as a natural rooting hormone for other unrelated plant cuttings for their gardens. While excessively large cane poles which may even require a boring agar with tractor may seem extreme overkill, I believe such techniques will become more and more necessary as time and deterioration of various ecosystems picks up the pace. If the present failed System of Things persists for very long, Mankind will become more and more forced into desperate & dire circumstances where such major forcing techniques will become necessary to accomplish things they should have done decades ago. One such rapid riparian establishment technique is being used in Arizona with both the Fremont Cottonwood  (Populus fremontii) and Arizona Sycamore (Platanus wrightii) where surface water is 7 to 15 foot below the surface in dry washes,  but which have a moist subsoil layer.  They do recommend to cutting 20 foot cane poles, pre-soaking in water and planting at least two thirds of the pole in the deep drilled planting holes. Again, this may sound extreme, but the extreme countermeasures must be forced for a rapid repair of long ago destroyed former riparian habitats. Here's a link to some of the recommendations given by some government agencies.

Source: Cooperative National Park Resources Studies Unit Arizona
PROPAGATION 

"Plants may be propagated either by seed germination (see section on Germination Requirements) or by cuttings. The greatest results for cuttings are from one year old vigorously growing seedlings, for which there is a 66-80% success rate (Fowells 1965). Fowells (1965) suggests fall plantings of cuttings made close to the root collar that are 20 inches (50.8 cm) long, buried 15 inches (38.1 cm) into the ground. For areas in Arizona where groundwater is 7-12 feet (2-4 meters) below the surface, a new method of propagation has been tried that might be successful with Arizona Sycamore. Twenty foot (6 meter) long poles were planted in drilled holes with 4-6 feet (1.2-1.8 meters) extending above the ground, leaving 14-16 feet (4.3-4.8 meters) below ground and penetrating into the groundwater. Poles were 2-3 inches (5-8 centimeters) in diameter. They showed a greater chance of survival if a portion of the poles were in saturated soils year around (Swenson and Mullins 1985)". 
Prime Examples of large Cane Pole  harvesting and outplanting for faster start

https://riversedgewest.org/services/native-plant-materials-development

These one or two year old Cottonwood poles above can be planted as a cane cutting), and later have as many as five main individual roots that were each over 25 foot long if conditions are right. It shows the possibilities of aggressive root structural growing under the ideal conditions if large pole cuttings are properly installed and cared for the first two years and then left on their own. Isn't this a fortunate beautiful illustration of potential root infrastructure ? Here are some links below here showing the Colorado River Delta restoration going on and their pre-soaking cane pole techniques and seedling plantation & nursery in Mexico:
Collecting bundles of Cottonwood poles 
Pre-soaking Cottonwood poles utilizing an abandoned irrigation ditch 
Condensed planting fields which later can be thinned
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Other Resource Material:
Riparian Restoration in the Southwest – Species Selection, Propagation, Planting Methods, and Case Studies
Some of the studies recommend applying a slow release fertilizer, but there is no way on earth now that I would recommend such a measure. Riparian habitats for the most part are extremely nutrient rich anyway as a result of flooding and silting from upstream higher elevation runoffs every year for 1000s of years, so nutrients are not an issue. However, I would definitely inoculate the pole cuttings at time of planting with a good blended mycorrhizal mix containing both Endo & Ecto mycorrhizal fungi. Many people still don't realize that riparian species like willows, alders and cottonwoods are actually both endo & ecto mycorrhizal. Sycamores are strictly endo mycorrhizal as I believe. Root growth potential no doubt will be rapid and healthy as long as plenty of water is maintained to replicate wild heavy rainfall cycling periods which are foremost in major establishment of riparian woodlands, especially those in areas which will later be dry with no surface running water other than underground water flow movement. 
These trees below here are two years old California Sycamores first planted in 2005 and this photo is 2007. They were planted from one gallon nursery pots purchased from Las Pilitas Native Plant Nursery and also inoculated with the proper mycorrhizal mix (MycoApply) from Mycorrhizal Applications Inc. I never leave anything to chance by making the blind faith mistaken assumption that the fungal spores are just out there everywhere present in the air. I don't take that chance and neither should you landscapers or habitat restorationists. 
photo: Mine (2007)
Photo: Mine

Same are those same California Sycamore trees in May 2011 four years later. No further watering was required after 2007 and today they are monstrous. Watering is still absent, other than yearly seasonal rainfall. However you should know that my mother's property is location on an ancient alluvial fan at the foot of Rattlesnake Mountain in El Cajon and has a water table with good moisture availability about perhaps six meters down or about 15' to 20' down which is easily accessable to deep rooting Sycamores, The soil is beautiful sandy loam all the way down.

Photo: Mine

And these are the same trees viewing from behind the small house on the left which was viewed from the front in the top two photos. This was taken on April 2013 this year. It illustrates the potential for dry barren riparian woodland habitats which have underground water close to the surface. These no longer receive water other than season rainfall.

RiverPartners.org
With all the Cal-Fire money being loaded into worthless prescribed burning programs which scientifically offer no real lasting solutions and only exacerbates the problem along with habitat destruction for both plants and wildlife, one would think these funds could be more constructively utilized in worthwhile lasting ventures like Tamarisk Removal and Native Riparian Tree Species being reintroduced into formerly healthy hydrological systems. Even a labor force of Folks on Government assistance (welfare) who unfortunately having been on such programs for years or even decades and have no feeling of purpose or self-worth, could be greatly benefited and be paid for it. Nothing gives purpose more than worthwhile healthy surroundings like restoring things in the Natural world. And I'm not talking forced menial labor. Such attitude about physical work is merely flawed thinking. As I've stated in the past in establishing landscapes in cities or in the wild, a welfare system of handouts is a failed program. Offering a healthy hand up is entirely different and helps establish an independence in both humans and Nature. Same goes with plant establishment, don't welfare your yard on a permanent irrigation system. Wean them off the initial life-support irrigation system handout and allow them to grow & search for themselves with only minimal offering during harsh times until fully established. Works every single time. Only time will tell if the present human leadership will actually get a clue, but their window of opportunity at proving mankind does indeed have the answers towards proper Earth custodianship is rapidly disappearing. 
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Here is yesterday's link on how I've personally learned & benefited much by observing Bajadas or Alluvial Fan Habitats:
Lessons Learned from the Bajadas (Alluvial Fans)
Other great references:
http://www.riverpartners.org/
https://www.nrcs.usda.gov/Internet/FSE_PLANTMATERIALS/publications/idpmctn7064.pdf
RiversEdge West

Tuesday, June 11, 2013

Lessons Learned from the Bajadas (Alluvial Fans)

What is a Bajada (or Alluvial Fan) ? 😏
Image by Walter Meayers Edwards, NationalGeographic

Image - Wing-Chi Poon
You've seen them everywhere, especially if you've traveled throughout the deserts in the southwest. This one above is from the Death Valley area. But if not, then somewhere you have observed mini bajadas or alluvial fans like the one here on the right taken by photographer, Wing-Chi Poon. You can tell it's a miniature alluvial fan because some unknown visitor who didn't appreciate the sediment as an alluvial fan left their footprints there. Ever wonder how certain physical phenomena happen when they don't happen anywhere else ? Generally in the past when I was younger and more curious about natural phenomena I'd stumble upon, I was usually by myself alone with my own thoughts. I generally would be curious about how things in nature worked and replicating those observations for a beneficial purpose. Take clouds for example.

Image - GS Land Survey

Image - Steve Coder
Ever look up into a clear blue perfect sky on a calm day and see that one whisp of cloud and ask yourself, "What's making that one tiny cloud appear and nowhere else?" "Why right exactly there?" Then that leads to what makes clouds form in general ??? Then you start looking around at the ground or landscape under4 the cloud looking for physical objects that would or could influence it's formation, but you just can't identify anything. Although plants were my main interest early on, my interest later involved a fascination with countless anomalous properties involving water. Obviously cloud formation & rainfall, but also things like percolation, capillary action (upwards movement) in soil, and the list was endless. But this same fascination lead to wondering about Bajadas and water and certain specific unusual plant anomalies within Bajadas or alluvial fans and floodplains. BTW, I'm not the only one who has asked question to myself in wonderment over something observed like a single cloud in blue sky. This comes from the U.S. Geological Survey website. The title of the page is:
USGA: "The Little Cloud That Could ... But Why?"

Alluvial Fan in Taklimakan Desert, XinJiang Province, China by NASA, ASTER

The photo above is a vast alluvial fan blossoms across the desolate landscape between the Kunlun and Altun mountain ranges that form the southern border of the Taklimakan Desert in China’s XinJiang Province. Take note of the right side is the active part of the alluvial fan or bajada, and the clue is what appears to be the blue reflection from water currently flowing in the many small branching streams. This beautiful illustrates and answers another question of mine. Ever see a massive boulder strewn dry expansive floodplain in SoCal up in San Bernadino or riverside county and wonder how a giant specimen of water loving tree like California Sycamore or Fremont Cottonwood got there when they are a mile or more from a main river or creek channel ? Me too. A lot has to do with wetter rainy season patterns in facilitating establishment and root infrastructure development to the water table. Alluvial Fans orBajadas are also known for their changing meandering back and forth stream flow. It is during these times seed germination and establishment can take place. Amazingly this rare phenomena can be replicated in any restoration project and urban landscapes where water is rare, precious and expensive. And done during any year. That's what I did at my mother's place with six  6 inch high California Sycamore seedings from gallon containers which were planted in September 2005 which grew over 20' tall by June 2007. Let's take a real quick short lesson here, shall we ??? Look below.


Most of us in dry areas of the Southwestern United States picture the water loving Sycamore in a habitat where was can be permanently seen when visited or even if streambed is dry, it's a perennial stream and Sycamores generally line it's banks. But this is not the only place you'll find the picturesque California or even Arizona Sycamore.  There's just something about the way sycamores in the southwest grow in Alluvial Fans, the seemingly inhospital places in which they thrive anyway, the way the Santa Ana wind moves, shapes and contorts them, the filtered quality of their shade. For me, all of this has moved my imagination for several decades. 

Image of I-215 freeway in Devore - Google Earth


Here is a photo taken from Google Earth along the Interstate 215 freeway in Devore California. This is a normal dry hot and often times exposed windy area north of San Bernadino. The grographical habitat is an expansive alluvial floodplain with temps in summer almost always over 110+ Fahrenheit or 40 celsius. Most of the vegtation type is low growing sage scrub or chaparral and grasses with annual wildflowers. But did you notice the small sycamore right smack in the middle of all this ??? Have you ever wondered, how did such a water loving tree get here and how does it still survive now ??? A further question is how does such a sapling eventually turn into a giant multi-trunked specimen like the one here above in an alluvial woodland ??? If you figure out the how and why, you'll be able to establish anything in a restoration project or urban landscape layout. 
Great Definition Source: http://en.wikipedia.org
"An alluvial fan is a fan- or cone-shaped deposit of sediment crossed and built up by streams. If a fan is built up by debris flows it is properly called a debris cone or colluvial fan. These flows come from a single point source at the apex of the fan, and over time move to occupy many positions on the fan surface. Fans are typically found where a canyon draining from mountainous terrain emerges out onto a flatter plain, and especially along fault-bounded mountain fronts. A convergence of neighboring alluvial fans into a single apron of deposits against a slope is called a bajada, or compound alluvial fan."
The above definition by Wiki aptly describes what most around the world, but especially those in drier locations have observed at one time or another with regards geologic features which emerge from most mountain canyons. But it's this interesting habit of main channel can oscillating back and forth like a slow moving pendulum depending on heavier flow patterns brought about by a wetter than normal rainy period which creates these interesting plant neighbours. But there have always been a number of questions that plagued my mind over the years. For the purpose of simplicity (my wife says I write too much text), let's restrict this post to Southern California and in particular Riverside County (although San Bernardino Co fits in nicely as well). There are several Bajada land formations which define most of the inland empire cities from San Bernardino to Los Angeles. Most people don't even realize they are living on many of these alluvial fans or flood plains. Many while commuting never give them any thought or second look. Most river or stream beds have been straightened and channelized for commercial convenience sake. But there are several tree establishment puzzles that took place decades ago which question beg. How did such large examples of old growth Sycamores and Cottonwoods become so well established when they appear to be so far away from the stream bed channel ? From what I always knew of such riparian species, they need generous amounts of water to survive the early years of their life, so what gives with these examples on dry locations ? Cyclic wet periods are extremely key to establishment and should be studied as such and remember not for their destructive potential, but for habitat establishments in the wild.

This next photo below is of a Bajada or Alluvial Fan which emerges from what I thought was once labeled as Portrero Wash or Creek at the bridge on Gilman Hot Springs Rd, but the sign is now removed. It's source is the city regions of Beaumont and Banning CA and in particular the Sun Lakes Country Club and Golf Course. As you may see from this Google Satellite map link Here , the Alluvial Fan was at one time much wider than now. It is restricted by an eastern Earthen barrier or Levee on the east which protects the Scientology Military Compound and the raised easement of Hwy 79 on the western edge. What is left can be seen with several lines of stream channels which fan out at massive flood stages which are characteristic of most alluvial fans, and hence the name. 

Photo Credit: Mine
This photo is looking directly north on Hwy 79 leaving the Hemet/San Jacinto Valley heading north through Lamb's Canyon to it's destination at city of Beaumont. You can see the canyon at top center where the force of water over the years has created this massive Bajada. Not sure why the name of this Portrero creek in the Canyon was removed, but it once had a name on the bridge which crosses over it on Gilman Springs Rd which is actually the old original Hwy 79 before the political realignment. While this alluvial fan is fairly dry looking now, it always wasn't so, especially between the wet years of 1987 thru 1983. Take a look below at some surround city and town historical rain totals. Keep this in mind as it is important.

Image - hvrc.com
Hemet & San Jacinto Valley looking north towards the foothills of the San Bernadino Mountains. Porptrero Creek and the alluvial fan which ran all year would be over on the far right of the photo. 
Hemet California

Historical Annual Rain Totals of a wetter period

1978  -  26.60 inches
1979  -  13.47 inches
1980  -  18.86 inches
1981  -  08.29 inches
1982  -  16.90 inches
1983  -  21.03 inches


Riverside California
Historical Annual Rainfall Totals Same Period
1978  -  12.92 inches
1979  -  12.87 inches
1980  -  15.77 inches
1981  -  08.10 inches
1982  -  15.07 inches
1983  -  22.91 inches


Idyllwild Calfornia

Historical annual Rainfall same period as above

1978  -  46.99 inches
1979  -  29.62 inches
1980  -  45.65 inches
1981  -  15.81 inches
1982  -  49.47 inches
1983  -  56.87 inches
All these figures above are of the rainfall averages for the wetter "El Nino" years. That was an amazing time period of wet. Too bad the officials didn't take advantage of it to rebuild several important ecosystems.
Credit: Riverside Flood Control 
"Flooding in the vicinity of State Street (Highway 74) and Ramona Expressway,  February 21, 1980, as a result of the breach of the San Jacinto River Levee." 
Again, keep in mind please and burn into your memory if you can, this six year heavier than normal time frame which has valuable learning potential aside from destructive forces which often are the result of human poor planning anyway.

Photo Mine

Major construction of San Jacinto River
bridge on Hwy 79 in Riverside County 1994
I've given some averages here of three locations which give an average perspective of the overall rainfall to western Riverside County. For those folks who remember this wetter rainy period of time, this was during a significant "El Nino" event. For many, it was the first time the term really came to life and had meaning. It was a major time of bridge washouts and road closures. As you can see, the closer to mountains and foothills, rainfall amounts are far more significant, than the interior valleys. Even still, rainfall for all of southern California everywhere was greater than in times past or for that matter ever since. Because of the greater rainfall during these six winters, ground water saturation was at it's greatest and summer monsoonal thunderstorm build up was vastly improved during this period as a result of greater electrical conductivity between the negatively charged ground and positive charged atmosphere. Previously in a couple of earlier posts, I have alluded to the anomalous weather pattern of isolated thunder storm build up in and around Anza which is incredibly easy to spot and observe during periods of less winter rainfall which creates less ground surface conductivity with the exception of specific heavy old growth vegetated areas where good healthy hydraulic lift and redistribution takes place bringing moisture up to the surface from deeper soil layers and for which cloud formation and/or Thunderstorm development is much greater as a result. During these wetter winter periods, because the ground water table is very high and saturation is so complete, such storm development was never an isolated incident. In fact it was so complete that development was common in those days from the deserts all the way to the Ortega Mountains above Lake Elsinore. Now this is where noticeable heavy vegetation increase could be observed in most alluvial fans, but I'll focus here only on the one originating from the mouth of that Portrero Creek for which the drainage came from the higher elevations of Banning and Beaumont California. There were several times when the Gilman Hot Springs Rd had closures. During this heavy rainfall period, water ran completely over the entire alluvial fan all year long in the wettest of these years. Thousands of Willows, Cottonwoods and Sycamore trees created a triangular carpet of bright green all the way to the San Jacinto River main channel to the south from the Gilman Springs Rd bridge.

Photo: Mine
This photograph is a closer view of the Portreo Creek Alluvial Fan which emerges from the mouth of that canyon straight ahead gradually fanning out all the way down to the San Jacinto River from the Hwy 79 Bridge over the San Jacinto River. Prior to this greener look above which resulted from this heavier rainfall period, there were only a couple of large Cottonwoods and a single large California Sycamore specimen for which seemed always somehow out of place to me back then because all the rest of the alluvial material was like dry desert wash, there was no riparian green as you see it presently. At the end period of theEl Niño Event, the entire alluvial fan or Bajada was a complete mass of green as 1000s and 1000s of young riparian seedlings competed for space. Water flowed over this entire area for a few years thereafter. Now as you see, natural forces of the drier hotter climate have allowed only the most successful to have made a permanent place in this newer riparian ecosystem. Again, before the rains, only a dozen large old growth California Sycamores and Fremont existed on this otherwise dry rocky almost barren Desert Bajada. This greener scenario was more like it was when Juan Bautista de Anza  journeyed through Hemet Valley and wrote about it's flora and fauna, but on a much grander scale than this example which is still greatly restricted as compared to times prior to European settlement.

photo: Mine
This is looking directly to the east on the Hwy 79 bridge looking east towards the actual town of San Jacinto and the mountains beyond which bare the same name. This concrete barrier was created when the Hwy 79 bridge over the San Jacinto River was built in 1994. Traffic was diverted east towards the city of San Jacinto via the Ramona Expressway to State Street and north across a now replaced Iron Truss Bridge to Gilman Hot Springs Rd and then back west again to Hwy 79. In those early days Hwy 79 wash nothing more than a giant flood plain wash and when flooded, closures were common.

Photo: Mine
This shot is on the complete opposite side from the one above it looking west towards a normally dry lake bed called Mystic Lake, so named because of it's often times appearance and then disappearance depending on the amount of water flowing down the San Jacinto River which drains off the San Jacinto Mountains on the eastern side of Hemet Valley. The river itself runs through Lakeview and Nuevo making it's end at Lake Elsinore which also filled completely during this flooding rainfall period between 1978 to 1983. Even Lakeview itself had numerous shallow lakes giving viewers an historical perspective of what this region was as a massive riparian wetlands for which Juan Bautista de Anza first wrote about in his journal or diary. I first encountered this diary from the Riverside County Library as it was recommended to me by a Forester up in Idyllwild in 1981. One passage Anza wrote about was when ascending Bautista Canyon from Anza Valley to the Hemet Valley. He saw a massive bright colouration on the valley floor of solid white and thought it was snow. Mind you, he and his troops had spent all winter in and around Anza before hitting Valle Vista east of Hemet in March the same year. When he arrived on the valley floor at what is now the city of San Jacinto and west to the area of Mystic Lake, he found that the white colour he saw up in the higher elevations were nothing  more than masses of wetland habitat birds of various kinds. Mostly white Snow Geese. Almost hard to believe such great quantities of wildlife once existed. 

Photo: Mine
This shot is on the same north end of the bridge looking south, not just at traffic, but down into the River bottom. The river itself is channeled as usual, but the bridge extends a mile further south above the flat bottom landscape. This is because when at full flood stage, the earthen channel levees often disintegrate and those fields south of here turn into massive shallow lakes, the type that would have supported huge vast Riparian Cottonwood and Sycamore Forest woodlands which would have successfully even withstood drier periods as the water table here has always been close to the surface. I'll have later posts on that.

Photo: Mine
View looking in the direction of the Scientology Compound and the mature Cottonwood trees well established which had not existed prior to the flooding period. 
Photo Credit: Mine
This view of the Bajada from Hwy 79 eastward is near the Jct of Hwy 79 & Gilman Springs Road. During the massive flooding stages pouring out from points north in Beaumont which has records of over 30+ inches of annual rainfall at times, the mass of water fanned out completely all across the triangular bajada like some giant river delta. Even curving around this direction here. The Trees never really sprouted much on this side away from the main channel, but those that did, didn't linger long, a few years at best and dwarfed or stunted. A small lake did form at the left of this photo, but dried up or percolated into the porous ground in little less than a year. Prior to Hwy 79, water spread out over the entire plain to the west. Such land of course has been consumed by Agricultural Ventures, so any original riparian forests would have been eliminated in favour of what seemed at the time more profitable usage of such valuable nutrient rich landscape. 

Photo Credit: Mine


Photo Credit: Mine

photo: Mine
The top photo here is taken from the Gilman Springs Rd bridge looking north up the throat of the Canyon and Portrero Creek. During the yearly rushing of water through here for a few years, cars were always parked here during the hot summer months and hikers and bathers would make their way up this canyon to pristine water holes and waterfalls. The region was leased up stream by a private country club who always had Security Guards kicking people out or arresting them. There was always controversy about this in the Press Enterprise which is the official Riverside Co newspaper. The bottom photo is of a small tree-like shrub called False Indigo Bush (Amorpha californica), which previously I personally had only seen from Santa Rosa Indian Reservation eastwards through the Santa Rosa Mountain range. The last photo is simply a close up of the compound leaf which is similar to Black & New Mexico  Locust which I have written about before. The flowers that I have seen are almost like an upright lupine flower stalk and dark purple.


Photo Credit: Mine
And finally we have a direct south facing view from the bridge over Portrero Creek on the Gilman Springs Road. It's strange as to why they removed the sign at the bridge identifying the name of the waterway, but here is a link which removes all mystery as to it's historical identity.  The only thing that I can come up with is they wanted to disguise it's identity to hikers and other Nature explorers out from a sensitive area.
http://bridgehunter.com/ca/riverside/56C0523
For the moment, this is what I have and my personal account of what physically took place at this geographical location called Portrero Creek & it's Bajada particularly during the 1980s. This was of course a major part of my work route in commuting for many years. But I did promise to discuss what lessons could be learned from this, so what are they ? Well I always had personal questions in my mind about isolated tree establishments of large solitary trees which existed on dry locations for no apparent logical reasons, especially water loving riparian tree species. Numerous areas like Waterman Canyon in San Bernardino or Cable Wash in Devore or Lytle Creek, all have similar riparian tree establishment puzzles which have clear explanations for their presence if time, observation and experience are taken into account over a period a couple decades. My good fortune was to have seen the Portrero Creek Bajada (alluvial fan) when it was at it's driest barren state and to be observant when the transformation took place especially towards the middle 1980s. 

From such observation, one can glean from such experience that not only riparian, but even several other plant community ecosystems can become establish anew when these cyclical wetter periods emerge. Although with climate change it is doubtful that such periods will reveal themselves any longer. Still, much can be learned and practical application be created artificially in an urban landscape setting, or habitat restoration project, or with simple home gardening projects. During such unique wetter periods, plants are babied and nurtured during these times of plenty, then gradually the system tapers off in it's generous abundance and allows the earlier established plants to fend for themselves. The stronger plants/trees with the deeper root systems will become the winners, while the weaker ones fail and naturally thin out as the natural program demands. I have used this technique in replication, not only in urban landscape establishment, but in remote habitat restoration and it does indeed prove successful over time. Of course for me, I always inoculate with a good blend of mycorrhizal mix at time of planting. I found myself the last week before I left to come back to Sweden in a disagreement with this inoculating at planting time with a Native Plant nursery person who said that the micro-biological activity is everywhere floating in the atmosphere and it was not necessary. Why yes, there are spores everywhere in the air. But there is also more and more damning evidence that microbiological ecosystems in the ground are suffering some decline just as everything else above the ground. Toxic acid rains and many more chemical and GMO Plant contamination are having an effect on mycorrhizae. I've actually inoculated trees in wild out-plantings and had surrounding Chaparral like Scrub Oak and other trees make drastic improvement through the interconnections, which indicates to me all is not well in the wild. As time goes on, more and more researchers will come to the conclusions that Nature alone cannot function as it normally once did and that some major artificial assistance to speed things up will become necessary. I not only do not like hearing this, but hate having to say it as well. One more important side note about Bajada Basins and Alluvial Plains. Throughout the western North America, they have been huge storage components for water. Many streams or rivers that emerge from mountain canyons will often be seen disappearing deep into the alluvial fan. This is not the result of evaporation, but the looseness of the course rock and sand which allows water to easily filter and percolate deeply into the earth inside these geological forms. The best place to store water is underground, not behind dams or any other surface lake. It's also the best place for the plant world to access water during lean times. (See footnote @ bottom)

Now as far as the urban landscape goes, most ecosystems or plant communities you install should only have surface drip irrigation for the first few years at most. I'm not exactly a fan anymore of drip irrigation both for the expense and ongoing maintenance. But irrigating the landscape for the first few years, mainly supplementing the winter rainfall by deep soaking replicates the cyclic flooding events that in times past made their appearance and created the wild landscapes centuries ago. You really only need two or three good years of heavy irrigation, then taper off. Do not keep your yard's landscape welfared on a life-support system or the plants will never mature properly on their own. 

Now unfortunately while visiting here, I also had the opportunity to observe several public and professional landscape systems installed by the Sky Ranch development utilizing Native plant settings or themes, but employing a method of irrigation that used a massive un-necessary rainbird sprinkling systems which created large surface soil coverage over vast areas which facilitated massive amounts of weeds to grow to 3 or more foot of height and often times out competing the native plants.  The goal here should have been to merely establish the plants ay the beginning with just enough regular water for root development and later as I have written about before, installing a method of Deep Irrigation Methods for Training Deeper Rooting networks  and then later updating this with IRRIGATION ISSUES: Why Isn't Nature Replicated more often ? The Deep-Pipe irrigation would only have been necessary in just a few key location for the benefit of the entire plant community and kept off a regular timer and used only when necessary. The bottom line is that people just don't get the gist of allowing plants to maintain health and vigor without forcing new growth during hotter months through excessive watering and fertilizing which not only encourages weeds, but attracts all manner of insect pests and fungal diseases and/or other blight. Go out into the wild and you don't see this. This is because they are in maintenance mode by means of sustenance from a deeper underground hydrological system which works well when properly established.
Hwy 52 and 67 Interchange @ El Cajon & Santee California
Photograph is from July 2014

A prime bad example of Government mandates is this photo above of a Cal-Trans Landscaping Project under and around the Interchange on and off ramps of Hwy 52 & Hwy 67 between El Cajon and Santee employing the wrong irrigation techniques which again employ massive Industrial Strength Rainbird arrays. But I was happy to see Native California Plants being used. The idea of using native pants was a good one, but planning and irrigation infrastructure wasn't well thought out ahead of time. Also, I highly doubt any thought to mycorrhizal inoculation of the plants and heavy mulching was done. They'll eventually kill off everything they had set out to accomplish with the Native Plants theme by their excessive watering and overhead sprinklers which only encourage weeds. This area is already overwhelm with not only the annual type weeds, but also invasive Tamarisk everywhere which will outcompete the natives. Here's a link to a post I did on reclaimed water used in municipal projects with this one abve included.
Reclaimed Water: Municipal Projects, CalTrans Landscaping & Pompous Grass Resorts

In the Rattlesnake Mountain chain far above this Freeway Interchange where the Sky Ranch Development was established, they have followed the same identical flawed pattern as that of the Cal-Trans Native Plant Landscaping Project.  We're talking Mega-Overkill with regards another industrial sized Rainbird Irrigation System which has a double daily watering regimen which has not been changed since the initial installation. The photo to the left here is on the top ridge of the development which buffers between the neighbourhood housing and the wild Conservation No Trespassing protected area. While I applaud the use of Coast Live Oak and other ornamental chaparral shrubs, there are weeds overwhelming the system everywhere, especially in the lower valley near Pepper Drive Elementary School. If they were worried about some naturalized Torrey Pines (see: Southern California: Engineering an Urban Landscape patterned after the blueprint found in Nature) potentially causing brushfires and insisted they had to be chopped down, then they have almost guaranteed fire disaster by the multiple hectares of weed infested landscape which now encircles this entire Private Rich Folk Community Habitat. The really sad part is when Government, which everyone assumes knows better, pulls blunders like this terrible landscape layout, then to be followed by a large commercial Landscaping firms, what chance is there that your average home and/or land owner will ever get the message ? I'm telling you, this simple basic fundamental stuff about nature needs to be taught long before College or even High School level learning. It should be elementary School teaching.

Photo Credit: Mine
While it is commendable they have established some Coastal Live Oak trees and other native chaparral plants, they will ruin it all if they don't change a flawed irrigation system that has existed for over 8 years now. The irrigation here is simply overkill and a huge waste of money.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Further Interesting Reading:
Juan Bautista de Anza National Historic Trail Historic Resource Study
I'll have a series of posts dealing with Juan Bautista de Anza's Journal and Natural World documentation experiences and divide them into three or four parts. They are seriously important to what nature once was and how it functioned. They were also detailed in such a way as to report on the local Natural resources which were present and potential money making Ventures for the Empires for who these expeditions were funded for in the first place. Anza's description was almost dead on accurate for the region I'll be relating to between Western Arizona all the way to Riverside California. Keep close watch.
Side note on Alluvial Basin Water Storage: Arizona Geology Blog
Aquifer depletion, Arizona alluvial and Black Mesa basins