East Mountain – a curious nature

Red Barberry – An Unforgettable Encounter

July 23, 2025

When you think of ‘Barberry,’ does a shrubby knee-high landscaping bush that transforms to flame red in the fall, come to mind? If so, you may have seen hedge rows of the plant known as Japanese barberry ……

Japanese barberry (Berberis thunbergii) is a non-native shrub that was introduced from Japan in 1875 as an ornamental that’s planted for erosion control and as a living fence. But this invasive shrub outcompetes and displaces native plants, alters ecosystems, and is a host species of black-legged ticks that carry Lyme disease.

When you think of ‘Holly,’ does a plant with boughs of prickly green leathery leaves naturally ‘decorated’ for the holidays with red berries, come to mind? If so, you’re likely familiar with the iconic American holly ……

American holly (Ilex opaca) is a native shrub of eastern and south-central U.S. that grows well in both dry and swampy soils. The plant, which is also cultivated as an ornamental, forms thick a canopy cover for birds and other wildlife, and the female plants produce an abundance of shocking red berries, loved by birds but poisonous to dogs, cats and humans. Regardless of the risk, bountiful quantities of leafy boughs and clusters of red berries are harvested each fall and brought indoors to create holiday wreaths and other seasonal decorations.

Now imagine you’re hiking in a pinyon-juniper forest of the American Southwest. You decide to bushwhack to a connecting trail and all of a sudden find yourself hopelessly stuck in a 10 foot high shrub covered in juicy red berries and very prickly holly-like leaves. This large (somewhat familiar) shrub is a surprisingly effective barricade; a formidable fence. You’ve become entangled in thousands of armed leaves preventing your forward or backwards movement without getting seriously poked and stabbed!

Is this the desert variety of American holly? Maybe it’s the giant living fence of a Japanese barberry gone rogue?

Nope! It’s neither. You’ve stumbled upon (into) a hardy specimen of the desert Southwest native Red Barberry (Berberis haematocarpa). But no wonder you were confused. This shrub, which can grow to 13 feet tall and nearly as wide, has an abundance of holly-shaped leaflets armed by a sharp spine on each lobe tip. And if birds haven’t devoured all of the red berries, you may find an ample supply of a refreshing (albeit tart) snack while you carefully and oh-so-slowly free yourself from the shrub’s embrace.

Red Barberry leaves – each lobe tip is armed with a needle-like spine

By now you’ve created lasting memories of Red Barberry, and have promised to always be alert for surprise encounters when visiting the desert island Southwest.

The hiking scenario above conjured up one of my hard-learned lessons from 8 years ago. Having just moved to New Mexico, Roy & I began avidly hiking local trails. Wishing to master the native flora as quickly as possible, one day I discovered clusters of red berries hanging inside the leafy canopy of a 5 foot shrub. What could they be?! Only having eyes for those juicy berries and an irresistible urge to gather a bunch for closer inspection, I plunged my open hand through several layers of small leaflets and successfully clutched a cluster. It was then I realized those spiny leaflets had poked, scratched and even penetrated my bare skin, as evidenced by tiny trickles of blood dripping from my hand and arm! Now that I had captured those pretty berries, it was obvious they had to be released to permit me the delicate maneuvers required to free my arm and minimize further injury. It was that day that I learned all about Red Barberry; lessons that will likely stick with me always!

Red Barberry berries amid armored leaves

Since that close encounter 8 years ago, it’s no surprise I’ve never been a big Red Barberry fan, until ……

…… this past May a 13 foot tall plant in front of our home burst out in the most spectacular display of sunshine yellow flowers, literally covering the entire shrub front to back; top to bottom! The fragrance was overwhelming for the entire 2+ weeks the flowers were in bloom. And not only our Barberry was in full bloom, but about a dozen more barberries in our neighborhood and surrounding area were also covered in vibrant yellow. It was an amazing sight, causing me to figuratively re-embrace the native Red Barberry!

For more tidbits about Red Barberry, browse the text and illustrations displayed on my journal pages. Hope you enjoyed this post.

As always, thanks for stopping by!

P.S. In case you’d like to know about the etymology of the name Berberis haematocarpa…… ‘Berberis’ is a Latinized form of the Arabian name ‘barbaris, for barberry. “Haematocarpa” means ‘blood-red fruit’ referring to the bright red berries produced by this shrub. The word is derived from the Greek words “haima” (blood) and “karpos” (fruit).

Mexican Hat

July 11, 2025

A few years ago I stumbled across this plant while walking around our neighborhood. Being immediately awed by its richly-colored petals skirting an upright cylinder or cone, I knew it would be a perfect addition to our high elevation (7,300 feet) landscape. My idea was to wait until the flowers on the cone faded and collect some seed to scatter in our yard. After repeated trips hoping to find evidence of seed, I was skunked. Either I missed the dispersal event, or this plant was 100% sterile. On the outside chance there were microscopic seeds embedded in the cone, I resorted to cone collection. Fast forward to the next spring …… every spot I’d planted those cones was barren; nothing had sprouted; zero; zip.

Fast forward again to early July 2025. This wildly blooming plant was growing vigorously in many of the dry disturbed openings and roadside areas throughout our new neighborhood! Time to learn more about such a charming member of the sunflower family called Mexican Hat.

Mexican Hat (Ratibida columnifera), also commonly known as rocketflower, and both upright and longhead prairie coneflower, is a native perennial found across the Lower “48” (U.S.), southern Canada and northern Mexico at elevations ranging from 5,000-7,500 feet. Its Ray flowers come in a dazzling sunshine yellow, along with a soft velvety royal purple-brown, an intensely deep rust-red brown, and rusty oranges – all with some measure of sunshine yellow marginal accents. Each Disc flower (those tiny spots that spiral, Fibonacci fashion, around the upright cone) has 5 fused pale-green petals (the Corolla). The Corolla surrounds 5 fused purple/red oxide-colored Anthers (the pollen structures of the Stamens). The Anthers are shoved up through the Corolla by the developing Style (the stalk of the Pistil) where they burst into 5 sunshine yellow pollen “strands” resembling a hairdo of long, twisted, windblown dreadlocks! The shockingly beautiful colors unfailingly lure many insects hungry for pollen and/or nectar.

The entire Capitulum (the densely packed flowerhead of a composite “flower”) continually waves in the slightest of breezes as it perches atop the long stiff and naked stem (the Peduncle) of the flowerhead. Below the Peduncle are the many branched feathery-like, deeply lobed leaves. These leaves seem to be the primary source of a curiously fascinating fragrance. After handling the plants for several days, I began thinking of the aroma as being cautiously sweet-scented with subtle hints of slow roasted tomato + red pepper-infused homemade shortbread cookies! I’m looking for a recipe!

All “said and done,” Mexican Hat can grow from 8 inches tall to over 3 feet!

Benefits of and Curiosities About Mexican Hat

Special Value to Native Bees – According to The Xerces Society for Invertebrate Conservation, Mexican Hat is recognized by pollination ecologists as attracting large numbers of native bees.

Food Source for Wildlife Species – In addition to being an important source of pollen and nectar for native bees, Mexican Hat also attracts many other insects like butterflies and moths, and hummingbirds sip its sweet nectar. Wildlife that feast on its seeds include small song birds, wild turkey and rodents. Even white-tailed deer will eat the foliage, despite its reported deer-resistant qualities.

Supports Native Pollinators, Attracts Beneficial Insects, and Promotes Biological Diversity – Mexican Hat is a adaptable and resilient wildflower species, able to endure extended periods of drought, hot and cold temperatures, and diverse habitat and soil conditions. Because of these characteristics, and because the species is a self-seeder, Mexican Hat provides food and cover for wildlife, is a reliable source of pollen for at-risk native bees, and makes an excellent choice for sustainable gardening, habitat and soil restoration, and prairie conservation efforts. And not to be overlooked, Mexican Hat attracts beneficial insects like lady beetles and lacewings that help control garden pests like aphids and caterpillars, and makes a valuable contribution to natural pest management strategies.

Many Uses; the Ethnobotany of Mexican Hat – North American indigenous peoples prepared the leaves, stems, flowers and/or the cones in certain ways to treat specific ailments suffered by people and animals. By creating washes, by boiling, physically rubbing and crushing, decoctions, concoctions and infusions were used to treat chest pains, wounds, stomach aches, fevers, headaches, urinary problems, rattlesnake bites and to induce vomiting. Mothers wishing to wean their babies had crushed leaves rubbed on their breasts. Horses with urinary problems were hand fed the entire plant as a cure, and sheep that are “out of their minds” are given a cold infusion.

The cones were used as baby nipples. Leaves and flowerheads were boiled to make a pleasant tasting tea.

A Symbolic Meaning and Familiar Visual of Mexican Hat – In Mexican culture, this wildflower is often associated with traditional celebrations, ceremonies and festivals. Mexican Hat is a symbol of joy, abundance and cultural heritage. The common name “Mexican Hat” was given to this wildflower because it reminds many of the shape of a traditional Mexican sombrero.

Origin of the Scientific Name Ratibida columnifera – The Etymology of the genus name Ratibida was published in 1818 by Constantine Samuel Rafinesque-Schmaltz (1783–1840). Even to this day, the meaning of Ratibida is a mystery. It’s well known that Rafinesque-Schmaltz often assigned unexplained names to plants. Oh, and be aware that around 60 sites online use the spelling “Ratidiba” rather than Ratibida. So if poking around the internet for more information about Mexican Hat or any of the other prairie coneflowers, don’t be fooled by the typo!

The species epithet columnifera is a Latin name meaning “bearing columns.” This refers the tall cylindrical or cone-shaped flowerhead (Capitulum) which is the support structure (the Receptacle) for the numerous Disc flowers, the 7 Ray flowers, and the 7 small leafy bracts (Phyllaries).

Loving My Mexican Hat!

Early this spring I purchased 2 Mexican Hat plants for our garden. I’m happy to report they are doing great and loaded with 10-20 yet-to-mature pale green cones. Wonder what color the Ray petals will be?

I’m also planning to collect seed again this year, after learning the best time is early Fall when the cones look like they’re withering. Wish me luck!

Hope you enjoyed my exploration of this marvelous native perennial member of the sunflower family. Even though in a previous post I made a thorough plunge into the sunflower family, I learned even more putting this post together.

As always, thanks for stopping by!

A Rosette by any other name …….

April 23, 2025

A selection of basal rosettes that popped out of the ground this Spring.

Have you ever noticed a dandelion? Oh sure …… you’ve seen hundreds, probably thousands of those ubiquitous sunburst yellow flowers blanketing a lawn or brightening an abandoned field. But before all that brilliance magically appears, have you ever looked below all those flower stalks? Have you ever noticed a dandelion before it blooms?

It’s early Spring in the mountainous areas of central New Mexico, and it seems like the high desert is slow to bloom this year. Anxious to spot even a hint of green during this transition time is always challenging, but if you look closely …….. Tucked beneath dry grasses and piled-high tumbleweed skeletons wedged next to swelling cholla you’ll find the green. Clusters of new leaves hugging the ground no more than an inch high, are beautifully arranged in a circular pattern like the unfolding petals of a rose.

Rosettes!

Rosette arrangements are found throughout nature,¹ but in the flowering plants they are particularly common in the following families: Asteraceae (like dandelions), Brassicaceae (like cabbage), and Bromeliaceae (like pineapple). Many other families display the rosette morphology too. The needle sharp leaves of yucca and the bayonet-shaped leaves of century plant (in the Agave family) form tall rosettes. The intricate leaves of wild spring parsley (a tiny member of the Parsley family) and the petite red-stemmed stork’s bill (Geranium family) both form ground-hugging rosettes.

A century plant displaying a beautiful basal rosette.

Where Rosettes Form

Basal Rosettes grow close to the soil at or near the plant’s crown (the thick part of the stem where the roots attach). Their structure is an example of a modified stem in which the internode gaps between the leaves do not expand, ensuring all the leaves stay tightly bunched together and at a similar height. A protective function of a basal rosette makes it hard to pull from the ground; the leaves come away easily while the taproot is left intact (have you ever tried to pull a dandelion without snapping off the root?). Generally speaking, basal rosettes improve a plant’s odds at survival. For example, overwintering rosettes, like the basal leafy growth produced in year #1 of the 2-year life span of giant mullein, protect the plant and its roots from extreme cold temperatures. Emerging Spring rosettes, like those found in long-stemmed poppy, also protect the plant from late winter frosts. Basal rosettes are also more protected from changes in microclimate, gravity, wind, browsing, and mechanical damage if they are closer to the ground than tall leafy stems would be. help in water balance and conservation, especially important during periods of drought.

Lichen that has form small rosettes on rock.

But don’t only look down. Another form of rosette occurs when the internodes (those areas between leaves) along a stem are shortened, bringing leaves closer together as in lettuce and some succulents.^2.And although not as common as basal rosettes, some plants form rosettes at the terminal or top end of their often naked stems, branches, or even trunks. One plant that does this is the native sedum called wild stonecrop. The top of the plant stems usually terminate in whorls or three fleshy leaves. Another example is the Hawaiian screwpine, which has a terminal rosette of sword-shaped leaves which sits atop an erect trunk, often supported by prop roots.

Know Your Local Rosettes

A number of desirable and undesirable (weedy) plant species produce rosettes, particularly basal rosettes. Being able to identify a species that pops up in the Spring by its rosette is so helpful in preventing a removal mistake by inadvertently digging them up. Many weedy, non-native plants gaze first at their world through rosette “eyes.” But not all plants with rosettes are undesirable. Do you know your local rosettes by their other names?

………………………………………………………………

¹ Rosettes are found throughout nature, not just in the flowering plants. Here’s some examples you may have seen or heard of:

In bryophytes and algae, a rosette results from the repeated branching of the thallusas grown by plant, resulting in a circular outline. Lichens also grow rosettes.

Tiny wasps and midges can induce the development of galls that become leafy rosettes.

Jaguars, leopards and other feline species display rose-like markings on their fur, referred to as rosettes.

Malaria parasites are known to form spontaneous rosettes in uninfected red blood cells.

Neural rosettes in the human brain are being studied to learn how new cells are born.

It is unknown why the Rosette-Nosed Pygmy chameleon, at home in the mountains of Tanzania, has evolved a distinctive, rosette-shaped, fleshy protrusion on the end of its nose.

The Rosette nebula, named for its rosette-like appearance, is a beautiful collection of gas and dust 5,200 light-years from Earth in the constellation Monoceros the Unicorn, and stretches about 130 light-years across.

A gorgeous lichen decorated rock from Colorado. Note the rosette patterns of growth (the thallus)

² The horticultural definition of a succulent describes a drought-resistant plant where the leaves, stems, or roots have become fleshy and their tissues are able to store water. Succulents include aloe, euphorbia, sedum, the garden favorite hen-and-chicks, and bromeliads. But horticulturalists do not include cacti in the succulent group. huh? Even though cacti are frequently found in books describing succulents based the definition of a succulent, succulents are not cacti. In agreement with that last statement are many botanical and other scientific experts. (Can this get any more confusing?). So basically some experts are lumpers, while other are splitters. Which are you?

Basal rosette of a yucca in the NM foothills.

P.S. Cacti have stems that are thickened fleshy water-storing structures, and are considered to be a stem-succulent group of plants. Are there any cacti species that develop leafy rosettes? Because the spines are the leaves, greatly modified, in all my rabbit-trailing thru the internet and perusal of my collection of botanical references I’ve yet to see any spines forming whorled/rosette-like patterns. If you have, please contact me immediately!

……………………..……………..😂…………………………………………

Are you ready to explore the wide diversity of rosette forming plants in your neighborhood? Get on out there before those circularly-arranged leaves become disguised by an overabundance of gorgeous wildflowers!

As always, thanks for stopping by! And Happy Earth Day (week)!

A Honey of a Prize!

Meet the Honeydew Gall-Wasp Gall

April 4, 2025

It’s Spring!

When the urge to nature journal is too hard to resist, but everything around you is still brown, crispy and covered in dust, I begin looking for any curious phenomena suitable for rabbit trailing (even rabbit tracks work!). The other day while hiking a steep hill, I was looking for sign the oaks were close to breaking bud. Spotting a string of little dark red beady objects lining many of the mostly leafless stems of am oak was certainly encouraging. From a distance they appeared to be swelling leaf buds; at least their color seemed right. But an up-close inspection revealed my hopeful find as last December’s vacated “homes” occupied by oak gall wasp larvae. Having never seen this species of stem gall before, naturally this would be a perfect most curious phenomenon to tackle. And that’s just what I did!

The Honeydew Gall-Wasp Gall

Arriving back home with a small collection of oak stems crowded with tightly packed galls (resembling miniature bread loaves), my work began. Assuming the host oak was a Gambel’s (Quercus gambelii), I began my search of stems galls on that species. Carefully scouring the literature the genus appeared to be Disholcaspis, but none of the species seemed a good match. So after many days in quandary, I consulted my favorite oak gall ID specialist, firing off a lot of questions, written descriptions and photos. Patiently awaiting his reply, I continued to find more resources to review. Gall wasps have a complex life cycle, and their galls are a challenge to identify.

After 2 weeks a welcome reply arrived from the specialist. Boy did I feel silly, knowing I should’ve known better! The oak host was not a Gambel’s but a cross between Gambel’s and Shrub Live Oak (Q. turbinella) which produces a hybrid called Wavyleaf oak (Quercus x undulata). Correcting my mistake was key to identifying the stem gall! Picky little wasps, huh? Happy the specialist agreed the genus is Disholcaspis, the obvious species responsible for the gall was turned out to be D. spissa; the Honeydew Gall-Wasp ….. making my discovery the Honeydew Gall-Wasp Gall!

Lesson Relearned

When nature journaling, despite how excited you may be to find answers, it’s always, always best to slow down, breathe, carefully observe, ponder, question, make connections, and enjoy the journey ahead of the destination!

Some Gall Descriptions and A Prize!

Outside appearance: Young galls of this wasp are yellowish and hairy. Mature galls have beige-brown to weathered grey sides, are black on top, and have a dull matte surface. They can have a round to ovoid to a rectangular ‘bread-loaf’ like shape. Texture appears mealy-granular. Galls sit snugly directly on the stems (sessile), and singly or in clusters of long compact chains that form all around the stems of host oak species.

Inside the gall and back outside again: Each gall has one thin walled cell or chamber (known as monothalamous) that sits above the bottom of the gall. This is the larval chamber and is imbedded in dense cellular tissue that becomes a pulpy flesh with age. While the larvae are actively feeding and growing, they produce a copious amount of sticky-sweet honeydew that accumulates on the top of the gall. All of this honeydew attracts hordes of hungry ants and yellowjackets. The ecological importance of these secretions is unmistakeable; it provides a high energy food source for the insects. And while the ants and yellowjackets feed, they inadvertently protect the gall, like little bodyguards, from parasites and predators intent on infecting or eating the growing larvae inside. And another interesting ecological thing ….. the reason the tops of the galls are black and not the same color as their sides, has to do with a fungus called black sooty mold. The sugary secretions produced by the larvae accumulate in quantities too irresistible to the sooty mold. Colonies of the fungus develop rapidly on the honeydew giving the gall tops a dusty or powdery black color. So honeydew is the perfect medium for black sooty mold to complete its life cycle.

What about that Prize? Read on to learn more! Close-up inspection of the galls I collected, and there were about 25, revealed all but one had a single exit hole in a side just below its crusty red-black top. I learned the adult wasps emerge from these stem galls by late December; sometimes waiting for warmish temps until mid January. What happened to the adult wasps in the one gall without an exit hole? Because the gall had a sooty top, implying the larvae had been eating, growing and secreting honeydew, maybe the larvae died at some point or failed to develop into an adult? Had to know! Cutting the gall to find out wasn’t easy. The outer crust fell away first, then using steady knife pressure on the punky innards, the gall popped open, like a box of ‘Cracker Jacks!’ And there, near the bottom of the package, was a single sealed chamber. Carefully I was able to tease out the contents with fine pointed tweezers until out blurped the Prize! An intact cream colored gooey looking larvae, followed by a small puddle of viscous liquid. Even though the larvae filled up most of the chamber, there wasn’t any sign it was alive. And after an hour, when there still wasn’t any movement …. well, darn, I felt he must’ve died sometime before morphing into adult form. But peeking inside the gall did answer the question about the absence of an exterior exit hole.

And now an interesting note about these types of cynipid oak gall wasps: On my diagram, I used the term ‘agamic’ which is a formal label included with the genus/species name (i.e. Disholcaspis spissa ‘agamic’). This means these wasps have an asexual all female population that emerges from galls in late fall/early winter to lay fertilized eggs without needing to mate with males. Then a bisexual generation follows where adults emerge from galls in late winter/spring/early summer. This is the typical 2 generation annual life cycle of cynipid gall wasps, where the galls developed from each generation usually look very different and even occur on different parts of the host plant (on stems vs leaves). It’s interesting that nothing is known about the bisexual generation of D. spissa, but the asexual generation is common, well documented and abundant.

Known host oak species for D. spissa: Look for these galls on Shrub live oak (Quercus turbinella), Wavyleaf oak (Quercus x undulata), Mexican blue oak (Q. oblongifolia), Arizona white oak (Q. arizonica), and Shinnery oak (Q. havardi).

******************************************************************************************

Hope you found my post interesting. Have you ever been curious enough about plant galls to look inside? Recalling the first time I saw a gall, I had no clue what it was and why it was precariously clinging to a plant leaf. It was round and hard, and reminded me of a tiny rusty red ping-pong ball. Was there something inside? Would it be squishy, alive, have teeth and bite, or perhaps whatever it was was dead and oh so smelly? Maybe it was some weird kind of flower bud, or a fruit lost under the leaf? Despite being a bit nervous, I needed to know what, if anything was inside. So I cut it in half, and in the center of the ball, suspended on hundreds of delicate threads, was a tiny, wormy creature twisting and turning and wriggling to music only it could hear! That was over 45 years ago, and to this day I still find galls irresistible!

As always, thanks for stopping by!

A Few References

Russo, Ronald A.: (2021) Plant Galls of the Western United States, section on tree galls; oak galls of the SW, page 173.

Weld, LH: (1957) New American Cynipid Wasps From Oak Galls https://www.gallformers.org/gall/948

Up Close and Conversational .. ‘Glorieta’ Southwestern Orangetip Butterfly

April 2, 2025

New Mexico Orangetip butterflies

The ‘Glorieta’ Southwestern Orangetip (Anthocharis thoosa ssp coriande), are only known to occur in the central and north central counties of New Mexico. This recently recognized form of A. thoosa was described by M. Fisher and Scott in 2008, from specimens collected near Glorieta Pass southeast of Santa Fe¹ (which just northeast of our home).

The Orangetips are classified in the Family Pieridae/Subfamily Pierinae ….. commonly called the Whites. In NM there are 16 known species of Whites, including the non-native European Cabbage White. After a wet winter, plentiful males compete for hilltop display locations while females search surrounding areas for the choicest of native plants in the mustard family (Brassicaceae) on which to lay their eggs. When the eggs hatch, the larvae (caterpillars) voraciously devour the leaves of their host mustard plants, until they’ve grown to over 1,000 times in size! Because this family of butterflies is common in desert habitats, to withstand drought conditions some species have the ability to suspend development during their pupal stage (when they are in their chrysalis), a mechanism called pupal diapause. And if winter rains do not cause favorable conditions for their larval hosts (the mustard plants), they can remain in pupal diapause for several years.

The White’s preference for mustard plants may not be about taste. It’s thought that chemicals contained in these host plants make butterflies in this group unpalatable. Entomologist, “Mike Toliver has witnessed only one attack by a bird on members of this group in more than 60 years of observation.”¹

¹https://peecnature.org/butterflies-of-new-mexico/whites-pieridae-pierinae/

A Very Close Encounter

Early one morning (a few days ago), Roy discovered a miniature butterfly afloat, upside down, in a water bucket left outside overnight. Looking very drowned, Roy scooped him up with the tip of his index finger and brought him inside the house for my inspection. Excited and sad all at once, I snapped a few photos, having never seen this species before. Because this little guy had such striking marks and color, finding him in the online New Mexico butterfly field guide was easy. This beauty was a ‘Glorieta’ Southwestern Orangetip (Anthocharis thoosa ssp coriande)!

Roy was about to turn him over to take a look at the flip side when one of the wings fluttered a bit. Not believing our eyes, I gently prodded him, and sure enough! He seemed alive! But just how much alive we didn’t know.

Rushing this tiny guy outside where his wings might dry, he slowly became more active. Unfortunately the tip of a still damp forewing folded over and stuck like glue making it impossible to synchronize those wings …. he didn’t seem remotely interested in taking flight. Not to be defeated, he then crawled up to the tip of my pinky finger, looked me in the eyes, raised one of his six legs politely asking for help. Gathering my courage and willing any clumsiness ‘be gone’ from my fingers, I held my breath while using the edge of my longest fingernail to slowly and carefully separate the fold. Taking my time to tease up the delicate tip millimeter by millimeter, this butterfly never moved a muscle (do butterflies have muscles?). After what seemed like hours the wing unfolded, popping back into alignment without any apparent damage!

He didn’t fly tho, so I sat with him for about 20 minutes as he perched on my finger. During my ultra close inspection of his eyes (you know I love eyes, and his were sultry grey and gorgeous), punk-rock style hairdo, and brilliant orange tipped wings, he seemed content while I carried on a lengthy one-sided conversation warning him of the world’s dangers.

Somewhat convinced he believed and would abide by my every word, I walked him over to a large mullein stalk, where he walked off my finger to enjoy a sunbath (hopefully to prepare to take wing). He wasn’t in much of a hurry tho. About an hour later and checking to see if the coast was clear, off he flew. That beautiful Glorieta Southwestern Orangetip butterfly was free!

All-in-all, it was an exciting encounter!

What exciting encounters are you experiencing during this change of seasons?

As always, thanks for stopping by!

On the Cusp ….. Fall Equinox in the East Mountains

October 28, 2024

September 22nd was a morning full of new-to-me discoveries in nature. That was more than a month ago; a time when temperatures were still in the upper 80’s and flowers in full bloom.

But plenty of hints of what was to come ….. the inevitable change in seasons ….. existed. There were seeds of spring and summer bloomers blowing in the wind; squirrels stockpiling pine nuts from recently shed cones; darkling beetles mating and laying eggs in the ground to hatch next year’s population; caterpillars feasting on energy-packed flower petals needed to spin their cocoons; the chortling chatter of sandhill cranes high overhead migrating to Bosque del Apache for the winter.

Still it is hard to believe that today, a little more than a month later, everything has turned brown, and our first hard frost is forecasted for tomorrow morning!

In an effort to cling to a not-so-long ago summer, this small selection of the botanical and entomological happenings on the cusp of Fall, is now a part of my nature journal. Enjoy!

As always, thanks for stopping by!

Once Upon a Tyme, there were Four Snowy Days Before Spring

March 19, 2024

Seems like we’ve had tons and tons of snow this winter. And the closer we got to the official date of Spring (the equinox falls on March 19th this year), the more intense the storms became.

So when the forecast called for four straight days of snowstorms and piles of snow, I had an idea. ……. build a Jolly Snow Glob and journal his Life and Tymes.

Friday, March 15h was the birth day of the “Glob.” Constructed of freshly fallen snow that was the perfect combination of wet and fluffy, he seemed to hold together beautifully. If the weather forecast was accurate, he might even hold together long enough to witness the arrival of Spring.

Did he? See for yourself!

All four snow days and the 1st day of Spring …… from the beginning to the end of a Jolly Snow Glob

The (Untimely) End

Welcome Spring!

Williamson’s Sapsucker …………. A Life-List Species!

March 19, 2024

There are a number of different woodpecker and closely related species (sapsuckers and flickers) that frequent our Piñon-Juniper woodlands in the East Mountains of central New Mexico. These include the downy, hairy, Lewis’s, red-naped, Northern flicker, and Williamson’s sapsucker. They are always such a joy to observe, unless they’re drilling a hole in the side of the house. Their stiff tails allow them to ‘walk’ up and down tree trunks and other vertical surfaces that house insects or exude sticky sap. Their sharp bills are ideal for creating nest holes and sapwells in tree trunks. Their sharp calls, drumming, and stiff-winged flight make them easy to recognize as a member of the woodpecker group of birds.

Until mid-March we’ve never seen a Williamson’s sapsucker. Then one morning Roy was trying to catch a glimpse of a strange woodpecker on one of our old growth piñon pines. Immediately recognizing the markings of this bird were unlike any we’ve seen before, he excitedly fetched me from my studio to have a look.

Sure enough! Realizing this was likely a life list sighting for us both, the markings looked just like those illustrated in our numerous field guides. Indubitably, dear Watson! This was a Williamson’s Sapsucker (Sphyrapicus thyroideus) and he was treating us to a visit. We watched him (definitely a male, as females look completely different than the males, which is unusual for woodpecker species) working his way up and down the tree trunk. As he walked and hopped up and down the tree, he would circle the trunk and pause to lick up actively flowing tree sap from rows and rows of sapwells! Why had we never noticed so many sapwells on this tree before?
Did this or other Williamson’s sapsuckers drill these shallow sapwells? Maybe another woodpecker species created them and the Williamson’s was stealing the nutritious sap? Are these new sapwells or have woodpeckers been drilling this tree for many years? Countless questions, but this handsome fellow wasn’t giving up his secrets. So we enjoyed his antics for about 30 minutes until he flew off, maybe to another piñon to lap its sap?

The next day, as we were about to pull into the garage, we spotted the Williamson’s again …… again working the sapwells up and down the piñon tree. We sat in the car and watched him while mulling over new questions, like “isn’t this the same time he was here yesterday?” “Why yes!” We closely observed his feeding pattern, beginning at about 5 feet above the ground, walking and hopping up the tree while circling the trunk, and when he reached the needled branches about 25 feet high, he would make a diving flight back down to the 5 foot height and again work his way up. This went on repeatedly for about 5 times before he flew away. Hmmmm! Why did he stop when he did? Had he licked up all the available sap for the day, and had to wait until the sap began flowing again? (I showed up later to see if he returned ….. he didn’t. Maybe my timing was off? Maybe the sap flow still wasn’t worth his trip?).Day 3, and same time/same place. This hungry bird was back lapping sap! Same up and down behaviors; same departure time.

Day 3, and same time/same place. This hungry bird was back lapping sap! Same up and down behaviors; same departure time.

Day 4, ditto

Day 5, ditto

Day 6 ……. We arrived at the same mid-morning time, and waited. And waited. And waited. The Williamson’s sapsucker was a no show. And we haven’t seen him since.

Was he only migrating through, just long enough to stock up on high energy meals? Apparently this species is widespread and fairly common throughout the Rocky Mountain West, but their breeding range begins just north of us and extends into Canada. However, we are well within the Williamson’s sapsucker’s winter range. Hope he returns again next year!

Meanwhile we’ll be watching that old growth piñon to see if the sapwells draw in other hungry birds!

Now, a few fun facts about the Williamson’s sapsucker and sapsuckers in general.

While the male Williamson’s sapsucker is silky black with a cherry-red throat, a brilliant lemon-yellow belly and bright white wing patches, the female looks totally different. This is very unusual for birds in the woodpecker group. The female has a mousy brown head, banded back and small patches of black and yellow on the belly.

The difference is so striking between the male and female, they were originally thought to be different species entirely. It wasn’t until 1873 that ornithologists realized they were the same species. Naturalist Henry Henshaw located a pair at their nest in Colorado and published his observations, thus putting an end to the confusion.

Sapsuckers get their name from their habit of drilling rows of shallow holes in tree bark. The birds come back to these holes to lick the sap that flows from these holes and to eat insects that have become caught in the sticky residue.

Early ornithologists in the West reported seeing Williamson’s Sapsuckers at sapwells in aspen trees; however, in the past 100 years, observers have seen their sapwells only in conifers, never in deciduous trees. The early reports might have been of Williamson’s stealing sap from wells made by Red-naped Sapsuckers.

Here’s a few progress shots I remembered to capture while creating the Williamson’s clinging to the tree

Earliest coloring stages …. Laying down base colors to build up to the Williamson’s silky black back

Adding more base colors, sapwell and tree bark furrowing details

Close to final image. The black was achieved by using purples, browns, blues and greens to achieve the iridescence of his black coloring.

The Circle of Life

March 17, 2024

It’s been a few days now, and the scene continues to replay over and over in my mind’s eye. Somehow my sketch of these two birds …. one the victor, the other the victim ….. came easily and quickly, much like the time it took for the event to unfold.

Returning to our house after photographing snow scenes created by an overnight winter storm, I paused at the door, turning to admire the beautiful white landscape. Faster than an eye blink and just as quiet, a sharp-shinned hawk soared by at top speed, obviously intent on capturing one of our feeder birds!

I’ve seen this small hawk fly by a few times over the past several weeks, but the smaller juncos, finches and titmice always managed to duck for cover in the nick of time, foiling the “sharpy’s” chances of a meal. But the hawk, perhaps better skilled in his timing and approach after some practice runs, wasn’t about to miss on this day.

The spotted towhee must’ve been so focused on scratching for buried seeds that all obvious warning calls eluded him. Out in the open eating seed under one of our feeders, the towhee must’ve been too hard to resist for the sharp-shinned hawk, and fell victim to the expert predator.

Having camera already in hand, I was able to take a half dozen photos after the sharpy snatched the towhee with his long piercing talons, pinning him securely to our brick patio. As sad as it was to watch the towhee struggle against the hawk’s sure grip, it was all over for the towhee in 30-45 seconds. Then as fast as the sharp-shinned hawk had attacked, he regripped the lifeless towhee, lifting him effortlessly and flew away into the trees.

The circle of life.

“You can’t imagine anything like nature as we know it without predators.”

-Dale Jamieson

“Every living creature, big or small, plays such an important role in our ecosystem.”

-Mufasa’s memorable speech to Simba (from The Lion King)

Late Bloomers …. Fall’s Flowery Foothills

September 26 & 27, 2023

It’s hard now to imagine how extremely hot and dry the summer was this year. Without even a spittle of rain, the 100+ degree temps for weeks effectively suppressed the usual mid-season bloomers in and around the Albuquerque foothills/East Mountains. Even invasive plants, like goathead and tumbleweed, remained dormant or failed to germinate all together. It looked like winter browns had arrived early.

Then in less than a week, a small rain followed by several long downpours flooded the parched landscape, transforming browns to greens. You’ve heard this from me in a few earlier posts, but it was magical, and a reminder about the resiliency of desert vegetation.

Here’s a few pages highlighting a handful of the Late Bloomers I recorded in only 2 days. More than 2 dozen species had sprung back to life, setting flowers at all stages of accelerated vegetative growth. The landscape seemed wide awake. If plants could talk, I imagined them laughing while excitedly chanting, “hurry, hurry, hurry!” Only their roots prevented them from dancing!

In addition to the species on these journal pages, there are many (more) composites, native grasses, shrubs and sub shrubs, small forbs from Spring and early Summer actively growing and blooming right now, and (of course) the weedy invasives are growing and blooming with wild abandon.

Random thoughts and wonderings ….. are pollinators still hanging around …… or ….. how many of today’s bloomers are self fertile …… are local birds, insects, reptiles and mammals that depend on earlier summer pollen and/or fruit and seed production stressed with this timing change/availability of food sources … will there be noticeable shifts in species composition, including plants, insects, reptiles and animals (including birds) ….. what species can and will adapt to changes, and how quickly ….. etc. The answers to these and many more questions are probably best answered in coming years, if it’s even possible to answer them at all.

Have you observed vegetation anomalies that may be influenced by changes in climate? If so, please share your observations and where these changes are taking place. Meanwhile, keep your eyes wide open.

“Closing your eyes isn’t going to change anything. Nothing’s going to disappear just because you can’t see what’s going on. ……….. Closing your eyes and plugging up your ears won’t make time stand still.” – Haruki Murakami.

published October 2, 2023