Felix parked along the Old Spanish Trail route, south central Colorado
With no defined route or objective, we decided it was high time we hitch up the trailer (Felix) and tote it north just to see what’s going on in south central Colorado this time of year. As we made our way through the San Luis Valley, we found acres of lush greenery topping almost-ready-to-harvest potatoes. Alfalfa was nearing its second cutting. Carrots had already been shipped to market. The wildlife refuges were patiently awaiting the arrival of migratory birds. And the last of the summer tourists were excitedly boarding the Cumbres and Toltec Scenic Railroad in Antonito, for the 64 mile steam engine journey to Chama, NM.
Day 1. Our first stop was in northern New Mexico, just south of Tres Piedras, Carson NF. An unlikely dispersed camping spot that I nicknamed “Puffball Meadow.” A nice level spot adjacent to a dry stock pond. The meadow was full of fist sized puffball fungi, and a coyote paid us a visit during the night.
We enjoy boondocking on our public lands managed by the US Forest Service and Bureau of Land Management. Having a trailer that’s self-contained, we can easily find lovely off-the-grid areas to set up camp. And thanks to our solar panels (and lots of sunny days) and large water tank, we can stay out for up to 5 days without needing refills. This allows us to explore lesser visited areas, which suits our tastes beautifully!
Day 2. Made it to the San Luis Valley, Colorado. Wandered around until we found a wide open area of dispersed camping in the vicinity of the Old Spanish Trail. Lots of wildflowers blooming, and plenty of hiking opportunities.
But I think one of the best things about random travel is the spare time …… we drive for 3-4 hours, find a place to camp ….. then the rest of the day involves hiking, wildlife watching, nature journaling, collecting drawable items, photography, more sketching, identifying the unknowns, reading, napping, and a bit of ukulele strumming! Perfection!
Day 3. We enjoyed the area so much, Roy suggested we stay for another day! And then he found this weathered mule deer jaw bone. Day 3, continued. Magpies! Can’t understand why these gorgeous birds don’t come south at least as far as Albuquerque and East Mountains.
Although the 6-day trip wasn’t remarkable, it was good to get away. Scattered about this post are my journal pages highlighting Days 1 to 5.
Day 4. Our travel route as we made our way to a campground to charge our battery and top off our water tank. An inconvenient, unplanned for detour led to future camping possibilities.
On Day 4, we decided to make our way up and over Slumgullion Pass (11,530 ft) on our way towards Gunnison Country. Not having been this way in years, we really enjoyed the crisp mountain air and spectacular views up and over the Pass. The villages of Creede and Lake City have grown swollen with tourist amenities and summer cabins dotting the once open meadows. As we got closer and closer to Lake City, we couldn’t help recall the story of Colorado’s notorious cannibal, Alferd Packer. Wanting to reread the tale as we passed near Cannibal Plateau and Deadman’s Gulch, the crime scenes, here’s what I found:
BriefBackground: Alfred Packer (newspaper misspelling as “Alferd” Packer, which stuck) (1842-1909) was a prospector who set out for Colorado gold fields in 1873. By the winter of 1874, he reached the rugged San Juan Mountains with a party of five men where they became lost and stranded during one of the worst winters on record. The men, with only had 3-4 days provisions quickly consumed and no firearms, were forced to cook their rawhide moccasins. Places where “snow had blown away from patches of wild rose bushes,” ….. they “were gathering buds from these bushes, stewing them and eating them.”
When the snow finally crusted over, Packer, the only man to survive the ill-fated trip, walked out of the mountains after 60 days. He told a story about the demise of his fellow prospectors, and how he managed to survive by eating them. His story involving cannibalism became legend, and continues to be passed down to today! (Whether the story is true or not will never be known, but it makes for colorful history.)
Based on historical records and news reports, Alferd Packer was tried several times for murder and cannibalism (even though the act of cannibalism wasn’t considered illegal in the US). Convicted of these heinous crimes, Judge M.B. Gerry supposedly uttered this famous quote while handing down the sentence in Packer’s first trial ……
“Stand up yah voracious man-eatin’ sonofabitch and receive yir sintince. When yah came to Hinsdale County, there was siven Dimmycrats. But you, yah et five of ’em, goddam yah. I sintince yah t’ be hanged by th’ neck ontil yer dead, dead, dead, as a warnin’ in reducin’ th’ Dimmycratic populayshun of this county. Packer, you Republican cannibal, I would sintince ya ta hell but the statutes forbid it.”
This is the quote I’d grown up hearing many times, over and over and over! It makes for good reporting, but is a ways from the actual sentence and what Judge Gerry sounded like while reading it (nope, he didn’t talk like Yosemite Sam!). Here’s what the record shows:
“Alfred Packer, the judgment of this court is that you be removed from hence to the jail of Hinsdale County and there confined until the 19th day of May, A.D. 1883, and that on said 19th day of May, 1883, you be taken from thence by the sheriff of Hinsdale County to a place of execution prepared for this purpose, at some point within the corporate limits of the town of Lake City, in the said country of Hinsdale, and between the hours of 10 A.M. and 3 P.M. of said day, you, then and there, by said sheriff, be hung by the neck until you are dead, dead, dead, and may God have mercy upon your soul.”
Alfred Packer tombstone in Littleton Cemetery where he was originally buried in 1909. Today, he now lies back in Hinsdale County, near Lake City.
Alferd Packer never did hang. It’s quite a detailed story following his first trial, including a jail escape, nine years on-the-lam, and recapture. There was a second trial in 1885 where he was charged for only one murder; after serving only 16 years of his 40-year sentence, he was released and died peacefully one year later at the age of 60. He was buried in Littleton, Colorado where his tombstone properly reads Alfred Packer.
Day 4. Supplemental information about that strange name “Slumgullion.” Is it a stew? Is it a drink? Is it the sludge that puddles below an 1870 sluice box? Day 5, on our way back to Old Spanish Trail (because we liked it so much). Discovered a new-to-me plant; after a bit of checking with iNaturalist, learned it was Black Henbane, but not before handling all parts of this very poisonous noxious weed!
A short comment on the KG Baking Powder tin lid we found near our trailer. It was old and rusted, but very readable. The tin and its contents were probably long gone. Tried to find any information on the KG brand; sure curious about the age of the lid. If you’ve heard of this brand, please let me know.
KG Baking Powder tin lid we found near Old Spanish Trail.
Day 6. Headed for home. Hope you enjoyed my travel journal.
San Juan Mountains …… up and over Slumgullion Pass. The view of the 700 year old earth flow.
Webster’s had it “right on” when describing the Ubiquitous Plant Gall!
gall /ga:l/ 1. something irritating; rude. 2. not able to understand a behavior is unacceptable.
—-the boldness of these guys; the sheer gall and effrontery; the chutzpah; the unmitigated gall; What gall!
“Yeah ….. What Gall is This?!”
That was the question uppermost on my mind when a slight breeze wafting down the trail lifted a fresh oak leaf revealing four slightly wonky vase-shaped growths. One was squatty and pale; three were colored with alternating bands of cadmium yellow and deep vermillion. All four galls were attached to the underside of the leaf, hanging upside down, so whatever might’ve been inside is out.
After 5 minutes of inspection ….. poking and prodding, and peering inside the tiny vases ….. I took some photos to post on iNaturalist to figure out this little mystery. It didn’t take long before my discovery was identified! These are galls of the parasitic cynipid wasp called Feroncaepula, formedthis Spring on a new leaf of Shrub Live Oak (Quercusturbinella).
Originally identified in a 1926 field report as a new species, Diplolepisundulata, this species’ name was reestablished as Feron caepula in a report published in 2023. Ordinarily I choose to only cite a field report, but decided to make an exception in this case for several reasons…… the description of this new species was helpful in better understanding my specimens, and……. one of the paratypes used to describe the new species came from Tijeras, NM (which happens to be my home!). So the entire 1926 field report* (surprisingly short) by LH Weld is added below.
Supplement to the Nature Journal Pages
A Curiosity of Oak Galls, Revisited …… Part III
Curious about plant galls for decades, I finally began reading and experimenting to learn a bit about the inner world of oak galls. Throughout the winter of 2020-2021, I enlisted Roy’s help to collect about 100 nickel diameter, reddish-brown galls hanging on oak leaves like holiday decorations. Not knowing what to expect, I cut into a bunch of these galls and found tiny squirming grubs (larvae) – one/gall. The grubs seemed to be suspended by a complex network of stringy plant tissue radiating from each larva at the center to the inner gall shell. It reminded me of a snow globe frozen in time! Of course I had to know what these guys would become. So I placed about half of the galls into glass jars, and the other half went into jars without their protective gall home. In a few weeks the jars were full of the smallest wasps ever! Wasps! Little parasitic cynipid gall wasps active and ready to be released back into the wild to do what these wasps do! (Rest assured, they were releases in the same area where the galls were collected.)
A few years later, I was once again smitten by these tiny wasps and their galls, and learned more about their life cycle and other facts about galls in general. You can read all about my earlier experiences (and my efforts with experiments) in 2021 and 2023 at this post “No Small Galls this Fall! Oak galls, then and now, the sequel”.
Back to the Present
Here it is 2024, and while hiking the Albuquerque foothills, a new (to me) and colorful gall form appeared hanging beneath an oak leaf. My curiosity piqued. It was high time I gained some insight about the life cycle of cynipid gall wasps. Paraphrasing numerous expert sources, my attempt to interpret and understand what has been described the one of the most complicated life cycles known in the animal kingdom, still seems confusing. Maybe it’s been hard to wrap my mind around Parthenogenesis (asexual reproduction)***….. a key component of a cynipid gall wasp’s life cycle. By taking my time (over a month), and after many written and diagrammatic iterations, I stitched together a description that works. If you’re curious, read on!
One of the oak galls collected late 2020 …. On Shrub Live Oak (aka Sonoran Live Oak)
Where do Oak Galls Come From, and Why?
Every year in late-Spring and through early Summer our shrub live oaks (Quercusturbinella) are a-buzz with a cloud of nearly microscopic cynipid gall wasps that have emerged from a hundreds and hundreds of leaf galls. These often weird looking abnormalities begin forming during an oaks’ accelerated growth period in the Spring. “But where do galls come from and why?”
It’s Complicated!
In the case of cynipid gall wasps, the majority of more than 1400 known species* parasitize oaks, while a much smaller number favor rose and chestnut as host plants. Where and how a gall forms on a host plant, along with the gall’s size, shape and coloring is vector-specific. This gall uniqueness makes it possible to identify what species of insect, such as a cynipid gall wasp (or other external vector like a mite or virus or nematode or fungus or virus or bacteria) was responsible for each gall.
The life cycle of cynipid gall wasps alternate between asexual and sexual generations. This process, called Cyclical Parthenogenesis, is both fascinating and baffling. Typically, the gall formed by the females of the sexual generation (sexgen) shows itself in late winter/early spring, and is on a different part of the oak (such as a twig or stem) than the later asexual (or agamic) generation (agamic galls usually appear on actively growing plant tissues). The following is what appears to happen during the ………………
Photo of Cynipid gall wasp (courtesy Pixabay)
Lifecycle of a Cynipid Gall Wasp
The Asexual (Agamic) Generation
When the weather warms in late winter, an all-female generation of cynipid gall wasps emerge from galls which developed and became dormant the previous year, well before the cold and snow set in. This asexual generation of wasps initiates late Spring/early Summer gall development by inserting (with its ovipositor) an egg along with a maternal secretion from the venom gland, into a swollen leaf bud of the host oak. Egg laying takes place as the growing (meristematic) tissues inside the bud rapidly develop. The egg quickly hatches, and the larva begins feeding, all the while exuding specialized growth hormones that stimulate exaggerated tissue growth resulting in structures (the galls) that are visibly different from normal plant tissues. It’s during the Spring/Summer that developing galls are readily seen, often on the undersides of new leaves.
Portion of journal page from 2021
The safely hidden larva continues to eat the nutrient-rich plant tissues forming inside the gall and grows quickly until it develops into a pupa. After a few weeks in this pupal stage, an adult cynipid gall wasp has formed. Still tucked away, the adult (which is either a male or female) chews a small hole in the gall and emerges to mate.
Another journal page from 2021
The Sexual Generation (aka “Sexgen”)
With the business of mating taken care of, and with no mouth parts to eat, the males quickly die, followed soon by the females. However, before the females die, they deposit one or more eggs on a leaf or within a twig or stem of the host plant. Before the plant’s growing season concludes, the eggs have hatched, larvae have eaten and grown within their individual galls, and have pupated in preparation for over-wintering. Depending on the length and/or severity of winter where these cynipid gall wasps live (and they can live nearly anywhere worldwide), the dormancy period may last from three-five months.
And now …. back to the emergence of the Asexual or agamic generation (the females), in an on-going cyclic loop that is the life cycle of the cynipid gall wasp.
A Supplement to the Supplement!
Types of Galls
Leaf galls
Form on leaf blades or petioles (leaf stems)
Most common galls appear on the upper or lower leaf surface, on or between leaf veins.
Galls may look like leaf curls, blisters, nipples or hairy, felt-like growths.
Oak galls on Gambel Oak
Stem and Twig Galls
Deformed growth on stems and twigs.
Range from slight swelling to large knot-like growth.
When seen, may be peppered with many tiny holes where the adult gall wasps have emerged.
Bud or Flower Galls
Deformed size and shape of buds or flowers.
Fun Facts
Galls are growing plant parts and require nutrients just like other plant parts.
A gall keeps growing as the gall former feeds and grows inside the gall.
Once galls start to form, they continue to grow even if larvae die.
Most galls remain on plants for more than one season.
Galls are usually not numerous enough to harm the plant and control is not warranted.
Gall numbers vary from season to season.
Typically, plant galls become noticeable only after they are fully formed.
The asexual generation (agamic) galls are reported more often because they are larger and persist longer than the sexual generation (sexgen) galls.
Mature plant tissues are usually not affected by gall-inducing organisms.
Iron gall ink, which was the most common ink used from the Middle Ages to the 19th century, was used in line drawings by DaVinci, Van Gogh, and Rembrandt, and in the writing of many historical documents like the US Declaration of Independence.
It’s been so helpful to study the life cycle of these tiny parasitic cynipid wasps, if for no other reason than to admit my understanding remains basically rudimentary, and I must keep my Curiosity alive!
As always, thanks for stopping by!
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*Field report from 1926 by LH Weld
Diplolepis caepula, new species
Host. — Quercus undulata [Wavyleaf oak, Quercus x undulata]
Gall. — Shaped like a small onion, tan-colored, single or scattered in small numbers on under side of leaf in the fall, persisting on the leaf through the winter. The basal third of the sessile gall is beset with long straight single-celled hairs which are mostly reflexed toward the leaf surface. The conical apex is often lop sided and an opening at the end leads into a thin-walled cavity in which are a few scattered hairs and in the base of which is the transversely placed thin-walled larval cell in the very base of the gall. Inside the larval cell at the pedicel is a thin white disk.
Habitat. — The type is selected from a series from galls collected November 14, 1921, near Hillsboro, N. Mex., the flies emerging April 5-25, 1922. Paratypes are from Tijeras, N. Mex., and of the adults cut out of the galls on November 1 some lived in a pill box until December 28. Other paratypes are from Blue Canyon west of Socorro, adults being cut out of the galls on January 2. ….. Similar galls were seen on Q. grisea at Magdalena, N. Mex.
LH Weld: (1926) Field notes on gall-inhabiting cynipid wasps with descriptions of new species”
**The 1400 known species of cynipid gall wasps have been identified worldwide, with an estimated total of more than 6,000 species. In the U.S. there are over 2,000 known species of gall-inducing insects, including 750+ cynipid wasps (500 of which are found in just the West). Worldwide, entomologists have estimated that there are over 210,000 gall-inducing insects yet to be identified!
*** Parthenogenesis is a form of asexual reproduction where an egg develops into a complete individual without being fertilized. The resulting offspring can be either haploid or diploid, depending on the process and the species. Parthenogenesis occurs in invertebrates such as water fleas, rotifers, aphids, stick insects, some ants, wasps, and bees. Bees use parthenogenesis to produce haploid males (drones) and diploid females (workers).
Some vertebrate animals, such as certain reptiles, amphibians, and fish, also reproduce through parthenogenesis. Although more common in plants, parthenogenesis has been observed in animal species that were segregated by sex in terrestrial or marine zoos. Two Komodo dragons, a bonnethead shark, and a blacktip shark have produced parthenogenic young when the females have been isolated from males.
On July 30th, six of us Albuquerque (ABQ) Urban Sketchers gathered for an impromptu morning of exploring and sketching at the ABQ Biopark/Botanic Gardens. It’s always so much fun seeing what’s blooming any time of the year, even during the heat of summer. Despite the morning’s toasty hot temperatures, the plentiful shade and water features provided many “cool” locations for sketching and exploring.
Since the Japanese Gardens section of the park was new to me, I decided to make my way there to sketch, while enjoying summer flowers and many interesting seed pods from what must’ve been an outrageous, overly abundant Spring bloom. After a slow 15 minute stroll, I had arrived at the 4-acre Japanese Gardens, complete with a waterfall, koi pond, pagodas, wooden bridges, many stone statues, and many many ducks.
Walking bridge over the koi pond
My first sketch was of a pretty pagoda that served as a shady spot for one of the ABQ Plein Air members to paint the scene behind me.
Then, wandering deeper into the garden, past the waterfall, I found the koi pond with a few interesting features ….. a walking bridge bisecting the pond where parents brought their children to feed the ducks. Adjacent to the walking bridge was a weathered wooden bridge which crossed the inlet to the pond. As I sketched and painted while sitting on a large flat rock a foot back from the pond’s edge, many large dragonflies hovered nearby, several koi rolled in the water, mallards paddled about, and a bullfrog sounded his loud and low stuttering ru-ru-ruuuuummmmmmm. A few park visitors even stopped behind me to watch my sketches develop!
Small weathered, wooden bridge and rolling koi
It was so calming and peaceful sketching in the gardens, and before I knew it the morning had flown by. Quickly I packed up my supplies and scurried back towards the entrance to the Biopark where I met up with my small group for our “throw down” and photos.
Such a great morning!
As always, thanks for stopping by!
Supplies: Faber-Castell Pitt Artist Pen fineliner 0.3 (black) was used first to create quick sketches; Derwent watercolor pencils and Pentel waterbrush were used for the color
One of our early morning landscaping projects has been keeping us busy shoveling our way through 14 tons of pea gravel, one wheelbarrow load at a time. As each backbreaking load is hauled into our back yard and dumped on miles of weed barrier fabric, we keep reminding ourselves how nice it will be when Luna no longer returns home with muddy paws.
What began as a daunting pile of millions and millions of tiny little stones, by morning #3 the pile still looked impossibly huge, while the only thing diminishing was our enthusiasm. So it wasn’t a big surprise when, after only 15 minutes of scooping, a very large and shiny black beetle was welcome excuse for a break! After all, she was charging across our travel path, and without rescuing would’ve surely been squished flat under a careless wheelbarrow tire!
And we paused …… for nearly 45 minutes ….. as we ooohed and aaaahed over such a magnificent beetle, wondering what she could be. Well over an inch long, we noticed her blue-black head, thorax (pronotum) and hard wing covers (elytra) as shiny as freshly polished paten leather shoes, were ringed by a dense fringe of rusty orange hairs. When she went belly-up, we could see those hairs all over the ventral (lower) side of her head and thorax.
Not enjoying exposing her undersides to the world, those six flailing, long and powerful, many-segmented claw-tipped legs flipped her body over and she quickly resumed charging across the ground. Roy kept her in sight while I ran for the camera, determined to take lots of photos to get an ID. About a dozen poses later, and with the help of iNaturalist, I learned that our visitor appeared to be a female Western Rhinoceros Beetle (WRB)!
Yes, apparently there are Rhinos in New Mexico! How cool it would be to find a male or two, and watch how they use their horns (which are as tall or taller than their steeply pitched and somewhat concave pronotums) in battle to win a hornless female.
Wonderings! Why was our female WRB in such a hurry? Was she running from a male? Two battling males? Had she mated already and was in search of a Velvet Ash Tree (a NM native species and likely her preferred food source) where she could lay her more than 100 eggs in the soil beneath the tree? How does she find these ash trees, because I’ve never seen one on our 2 acres or along any of our neighborhood hiking trails?
So many unanswered questions! But you can bet I’ll be on the lookout for the next WRB to trek on by. Maybe I’ll drop everything I’m doing (like scooping pea gravel) and follow her or him just to answer a few questions! Do you think Roy will mind being left behind holding the shovel?
Hiking and rehiking familiar areas always turns up new discoveries. This may be because my eyes skim over the most commonly seen phenomena, allowing me to actively search for anything new or anything out of place. Rarely am I disappointed.
A few days ago, we explored one of our favorite hiking areas. Because birds tend to be more secretive this time of year, the best surprise was to hear a black-throated sparrow sweetly singing from his perch atop a cholla skeleton.
Because it’s monsoon season, many plants that bloomed late spring are making a comeback, and are happily spreading throughout the area. So to keep track of how ranges are expanding, I made note of their locations and transferred this information to a simple trail map. I also noted that the most commonly seen flowers were from the composite family …. the sunflowers.
Oh! Couldn’t resist capturing the silhouette of Wile E. Coyote glued to the back end of a dented vehicle in the parking area. That’s was a perfect discovery for the resident roadrunners!
Do you enjoy exploring familiar areas? What surprises have you discovered?
While my mind is on the subject of local wildlife residents (see my long-tailed weasel post just a few days ago), I’ve been wondering a bit about the black-tailed jackrabbit (Lepus californicus). Fairly common in our area (and throughout most of New Mexico and the West), it’s always exciting to see one of these swift, long-legged desert “Jacks” bolt and run when spooked. To escape a predator, at the very last moment before discovery, the jackrabbit uses the element of surprise by leaping from his hiding place in the tall grass. The predator, now in hot pursuit, is usually left in the dust as the jackrabbit continues to leap, then leaps/runs until the “Jack” reaches top running speed all the while zig-zagging in an unpredictable manner. And poof! Gone! The predator, now completely baffled, gives up the chase, while the clever jackrabbit lives another day.
So back to my wonderings. Just how fast can a “Jack” actually run? How far can he leap? Doesn’t the jackrabbit get its genus name, Lepus, because they “leap?”
What I learned is the top running speed for a jackrabbit is 35-40 mph (Zoom!) and they can leap 15-20 feet in a single bound (super Jack!). Their top speed + their leaping nature allows them to easily escape most predators. But the name Lepus has nothing to do with leaping. Lepus, as translated from the Latin, means rabbit/hare. And one other thing that was news to me …… a jackrabbit is actually a hare, not a rabbit as the common name would imply! Of course this sparked another wondering. What’s the difference between a hare and a rabbit?
Various sources cleared up the hare vs rabbit conundrum …..
Hares are usually larger than rabbits, have longer ears and black markings on their fur. Hares have 48 chromosomes; rabbits have 44. Hares haven’t been domesticated; rabbits have. Hares live and give birth in shallow depressions in the grass; the young are born fully furred with eyes wide open, able to fend for themselves soon after birth (precocial). Rabbits usually live and give birth in burrows; the young are born blind and hairless and totally dependent on mom (altricial). Hares usually live alone; rabbits live in large communities called warrens.
There’s so much more to learn, but this will have to do to satisfy my curiosity for now. If you have hares living near you, or perhaps you have a pet rabbit, share your experiences and observations of one or both species.
P.S. I had fun drawing this jackrabbit (jackhare???), and did so as a gift for a dear friend who happens to love hares/rabbits. Wonder which one is her favorite? I’ll have to ask!
Such a surprise and total delight to find a long-tailed weasel hunting on our property! Busy probing numerous rodent burrows for an easy meal, he was too occupied to notice us staring in awe. What a beautiful little guy ……. from the white mask markings on his head, to his luxurious sable-colored fur draped over creamy buff-colored underparts; from his ground hugging, long, thin and sleek body, to his equally long or longer tail with a dashing black tip ……. the long-tailed weasel is a sight to behold!
long-tailed weasel tracks
Although their range includes southwest Canada, all of the lower “48,”Mexico, Central America and parts of northwest and southwest South America, seeing a long-tailed weasel is rare. Only one animal occupies a territory roughly 40 acres in size, which boundaries are aggressively maintained by frequent scent marking.
Even though the neighborhood pack rat, mole, squirrel and mice populations might suffer within a long-tailed weasel’s territory, we would enjoy and appreciate seeing more of this ferocious, pint-sized carnivore around our home!
Have you ever seen this or any weasel species? If you’ve seen this weasel (aka ermine) during winter, fully cloaked in brilliant white except for a black-tipped tail, ooooooooo! How lucky! Share your weasel observations please.
Just when I was feeling confident about the morphology of the milkweed family of plants, a new twist on the familiar leaps out shoutin’ “ Hey, lookie here!” Expecting to see a common vine gracefully twirling its way up a desert shrub, I paused ……. searching for the crimson red trumpet-shaped flowers of Ipomoeacristulata (Trans-Pecos morning glory). But instead there was an umbrella of 5 flowers, each with 5 widely spreading greenish-brownish-mauve colored petals crowned in the center of an unmistakable floral corona, a sure fire characteristic of a milkweed! Could it be?
Trans-Pecos Morning glory
Oh Yes!
This unexpected, undeniable discovery had me puzzled though. It’s been two years since I created a detailed post about the Asclepias genus of milkweed (see Summer Botany: Meet the Milkweeds). At that time and throughout the decades prior, my knowledge of milkweeds was limited to Asclepias, and the specific characteristics of that genus.
Spreading petals of Wavyleaf Twinevine
But here was something new-to-me; so worthy of whatever time it might take to learn all about this find in the dogbane family (Apocynaceae), aka the Milkweeds. I quickly confirmed this vine does not belong with the Asclepias species of milkweeds, but is of the genus Funastrum, which is Latin for rope (funis) with twining stems (astrum), commonly referred to as the “twinevines.” And the full name of this plant is Funastrum crispum, commonly called Wavyleaf Twinevine.
Most of what I uncovered about Wavyleaf Twinevine is included on my 2 journal pages, along with some confusing taxonomy involving family and subfamily names, tribe and subtribe names, and how until 2012, this plant was known as Sarcostemmacrispum. Curiosity about the taxonomic history will undoubtedly tempt me to sort through the confusion ……. maybe someday soon!
Have you discovered anything new-to-you in nature lately? What was it, and did it lease to more discoveries?
When trying to pin down exactly what’s so special about Herbs, a deliciously aromatic group of plants, I was stumped. Well, maybe not stumped, exactly. There are so many reasons to fall in love with Herbs, and picking one feature or even one Herb that’s especially special is nearly impossible. Best known for their culinary flavor enhancements, can you imagine pickles without Dill, pesto without Basil, salsa without Cilantro? What’s a dark chocolate circular pattie without Peppermint, or a cookie cutter man without Ginger?
Herbs excite memories, calm the mind, reduce inflammation. Does the aroma of sage conjur thoughts of Thanksgiving? Does a sprig of lavender make you sleepy? Does bold yellow turmeric soothe arthritic joints?
And many Herbs are decorative and lovely to look at, form beautiful shrubs, have gorgeous flowers.
But I keep coming back to the aroma. It’s hard to resist crushing the leaves of herbs like thyme or mint between my fingers. The essential oils released into the air and lingering on my fingers causes me to take a deep breath, inhaling the fragrance, embedding the aroma in my brain, resulting in a memory I can recall over and over again.
Herbs are Special!
The Rosemary plant (actually a mini shrub) in my yard always invites my attention, and just this week it welcomed spring by coming into full bloom!
Who remembers this?! Now I can’t get it out of my head!
Do you have a favorite Herb? Why is it special? How do you use it? Please share! And thanks for stopping by!
After years of on-line and email chats, I was delighted when my friend Robin Atkins decided it was finally time we met in person! Bravo!
Robin and her travel buddy Lunnette, drove over 1,800 miles to Tucson to teach a Spirit Doll class to a local beading group. Then after spending 5+ days exploring Tucson and before driving home to Friday Harbor on San Juan Island, WA, they took a “short” scenic 450 mile detour …… to Tijeras, NM. This out-of-the way drive would bring them to our doorstep, and our first face-to-face meeting! While in Tijeras, we were able to spend an evening and full day getting to know each other and spent time hiking, nature sketching, and sharing each other’s art.
Robin snapped this photo of me sketching out at Golden Open Space. The beautiful wind sculpted juniper trees growing along the precipices of the windy observation areas are absolutely captivating (and tough). Luna thinks they’re tasty!
Meet Robin
Robin, whom I’ve always thought of as an “extreme creative,” is a fascinating, energetic, curious, passionate and bright-eyed adventurer in her early 80s. Her many interests and skills, in addition to creating uniquely designed, hand sewn and beaded Spirit Dolls, include: quilting (many with bead embellishments), thread embroidery, book making, watercolor painting, Zentangle art, nature journaling, making decorative papers, poetry, weaving, collage, crochet, felting and book author. And she shares her skills and techniques by teaching.
This isn’t an exhaustive list by any means! As someone who seems to thrive on learning and developing new skills, Robin never stops seeking artistic challenges to take on.
Check out Robin’s beautiful webpage and blog (http://robinatkins.com) where you can find photos and posts highlighting her current and past creative projects.
A Short-but-Sweet Visit
We had a wonderful time getting to know each other, and what a delight to have also met Robin’s long-time friend and travel buddy, Lunnette. A retired firefighter in her mid 70s, Lunnette is also a nature journaler, calligrapher, quilter, and according to Robin, “she’s a terrific navigator, who always uses her keen sense of direction and map reading skills to keep us on the “right road,” (in both the literal and figurative sense).”
This is my finished graphite drawing of the twisted juniper I spent 5 minutes sketching.
Parting company was hard, but Robin and Lunnette needed to return home. Along their route they visited both Mesa Verde National Park and Arches National Park, soaking in more of the desert southwest sun and culture before taking on the 1,200 mile journey for Friday Harbor.
a curious nature 