Readers’ wildlife photos

February 25, 2026 • 8:20 am

Plant lovers and botanists will be especially pleased by today’s selection of lovely photos from Thomas Webber. Thomas’s captions and IDs are indented, and you can enlarge the photos by clicking on them (recommended).

The theme for today’s installment is Gone to Seed. Here are a few north-Florida flowers shown in their prime and afterward, when their glamor parts had been replaced by seed enclosures, bare seeds, or merely the dried remains of the flower bases. All of them grew within Gainesville’s city limits, at sites from semi-pruned to semi-wild. I think I’ve identified them all correctly to species this time, but I invite corrections.

Frostweed, Verbesina virginica. Individual flowers 1 cm. Native:

These bracts, called phyllaries, surround the bases of the flowers. In late February a few of their papery remnants are still aloft on their brittle four-foot stalks:

Low rattlebox, Crotalaria pumila. 2.5 cm across. Native. The map in the article linked here is incomplete and does not reflect the herbarium records for Alachua County, where I took this picture.

Showy rattlebox. C. spectabilis. 3.5 cm across. Native to southern and southeast Asia, now widely naturalized in southeastern North America:

C. spectabilis seed pods. 4 cm long. The pods of C. pumila look similar but are smaller. Crotalaria, and especially their seeds, are laden with toxic alkaloids. Larvae of the rattlebox moth, Utetheisa ornatrix, bore through the walls of the pods and feed on the seeds. Somehow the caterpillars manage to detoxify the alkaloids enough so they aren’t poisoned, while remaining poisonous enough to deter most animals that might try to eat them. The larvae retain the toxins into the flying-moth stage, and at both stages their distinctive vivid color pattern warns predators to leave them alone.

A rattlebox-moth caterpillar. About 3 cm. I doubt that I could have found any of these if I’d gone looking for them, but this one crawled right in front of me while I tried to get a picture of the low rattlebox. It held fairly steady for a few seconds, letting me capture enough detail to identify it. I didn’t have my choice of background:

Tropical sage, Salvia coccinea. 3 cm. Native. At this latitude these remain at their peak through late December:

All that’s left in late February are these cones called calyces, which are fused sepals:

Spanish needles, Bidens alba. 2.5 cm. Native. This is the king weed of these parts, growing everywhere and sometimes in great masses; one dense bunch covers an acre of a low damp lot in the middle of Gainesville:

Seeds of Spanish needles. 1 cm long. The name of the genus, meaning two-teeth, derives from the forks at the tips of the seeds. The barbs on these projections are part of an impressive example of convergent biological and cultural evolution, and have turned out to be just the thing for attaching the seeds to socks and shoelaces:

Dotted horsemint, Monarda punctata. Whole flower head 2.5 cm wide. Native. The most complicated flowers I find around here:

All of that elaborate presentation goes to produce seeds 1 mm in diameter, too small to show well with my basic macro gear. At this stage you can still shake a few of them from the calyces. Thanks to Mark Frank of the Florida Museum of Natural History herbarium for a remedial lesson in the difference between calyces and phyllaries:

Beggarweed, Desmodium incanum. 1 cm across. Native to Central- and South America, naturalized in the southeastern U.S. This year, by means unknown, a few of them showed up for the first time in what passes for my lawn:

Beggarweed pea-pods, 3 cm long:

Scarlet morning glory, Ipomoea hederifolia. 4 cm long. Native:

Morning-glory seed pods, 7 mm. The hard little capsules cleave along their sutures and split open to release black seeds the shape of orange sections, exposing the translucent porcelain-like septa that divided them:

Readers’ wildlife photos

February 16, 2026 • 8:15 am

Dean Graetz has come through with a set of images from the outback of Australia. His notes and IDs are indented, and you can enlarge his photos by clicking on them. Dean has added links to two videos, one of them his.

And send in your wildlife photos! Once again, this is the last batch I have.

Australian Landscape Images

Being geo-patriots, we frequently travelled and camped in the remote Australian Outback, aka ‘The Bush’, which is about 70% of the continental area.  Our interest was landscapes – their vista, and the living and fossil lifeforms they contained.  Here is a series of landscape photos chosen by their appeal summarised as one word.

Bliss

Dusk: Site chosen on extensive plain – see horizon.  A table set for two, one-saucepan meal on gas burner, and swags (bedroll) to be positioned and occupied last.  A near cloudless sky with dry airmass promises a dome of stars all night.  Bliss!:

Beginning

It is always entrancing to witness the silent illumination and transient colours of a landscape as our world turns to the Sun.  Always, you see detail and colours that you didn’t appreciate during the previous dusk.  This is a sandy bed of a large but ephemeral creek – a great campsite.  The stark, dead (Eucalypt) trees germinated with the 1974 floods only to be killed by a wildfire some 20 years later.  Such is life:

Reboot

A ‘Spinifex’ (actually Triodia) grassland wildfire: hot and lethal, reducing all in its path to ashes.  This hummock grassland type covers about 25% of the continent.  Ignited by lightning or people, such fires are frequent.  With the first rain post-fire, the Triodia regenerates from seed and roots, faster than competing woody plants.  So, repeated fires – burning your neighbours – is a sustainable way to persist:

Success

Heavy rains in 2009 triggered a massed pelican breeding.  Thousands of birds gathered at one location, mated and successfully bred.  More details are here.  Success in this time-dependent gamble is shown by the chicks (darker heads) are now as large as the parent birds.  All life is a Game: If you win , you stay in the Game:

Bugger

A feral camel (Dromedary [Camelus dromedarius] single hump) enjoying an uncommonly lush grassland.  Imported in the mid-1800s, camels facilitated the exploration and settlement of Outback Australia.  Displaced by motorized vehicles in the1920s, instead of a bullet, they were abandoned to die out.  But they didn’t.  Then a couple of hundred camels is now a large feral population of at least 600,000 damaging pests – a significant multi-million dollar problem.  In the Southern Hemisphere, a well-intentioned action resulting in a disastrous outcome is widely known as a Bugger, made famous by this Toyota video:

Mute

A rock engraving, a graphic message from a pre-literate time, meticulously pitted on a vertical rock face.  What can be inferred from it?  In order of certainty, it was done by a male, likely over a working period of 3-5 days, at least 10,000 years ago.  In spite of much speculation, we cannot ever really know the message or the audience, a realization that sometimes evokes a puzzling tinge of sadness:

Harsh

The Pilbara region is Australia’s harshest landscape.  It is hot –(recorded 160 consecutive days of above 100°F (38°C)), and essentially water- and treeless, and rendered unfriendly by the swarm of small spiny hummocks of Spinifex (Triodia).  Yet prospectors and geologists continue to search here for mineral riches.  After we found the rocks containing a fossil stromatolite, dated at 3.4 billion years, and then thinking about Deep Time, we forgot about the current temperature and Spinifex spines:

Serenity

Why do we find a slow-flowing river so timeless, relaxing and peaceful?  In 1925, two men, Jerome Kern and Oscar Hammerstein, wrote their explanation as the words of the song ‘Old Man River’.  A truly timeless contribution to our culture that you are probably silently singing right now:

Awe

This image captures a mind-stretching contrast in ages between the biological world and the geological world.  In the foreground are several species of ephemeral  plants – bright, colourful, with a life spans of months to a year or so.  In the background, the blood red rocks looking sharp edged and resistant, are dated at more than 2.5 billion years.  The smallest units of geological dating, millions of years, are beyond the reckoning of biologists, yet life was present on earth when those background rocks were being formed.  The Deep Time of Life is right up there with the Rocks:

Me

A densely painted gallery in Arnhem Land, northern Australia.  The gallery contains older figures – devil-devil figures (LHS), a python and several crocodiles (Middle) – all overpainted by numerous, modern (less than 100 years) ‘hands’.  The ‘hands’ are not stencils or imprints.  They are deliberate drawings infilled with colour.  The overall impression of the modern ‘hands’ layer is just exuberant happiness celebrating ‘Me’, ‘Look at Me’, by the many painters who contributed.  No deep cultural significance just an expression of the ‘joy of life’ in vivid colour.  The longer you scan this image, the more surely you will smile:

Renewal

It was a hurried camp selected in falling light with the best site option being a desert track in the sea of (flowering) Spinifex.  All that is forgotten now as you slowly wake in the golden light of a quiet and calm dawn, along with the smell of dew-dampened sand.  Life is good!:

Readers’ wildlife photos: Darwin Day edition

February 12, 2026 • 8:15 am

Today we have a Darwin-themed text-and-photo contribution by Athayde Tonhasca Júnior, and on his favorite topic: pollination (and my favorite topic, speciation). Athayde’s IDs and narrative are indented, and you can enlarge his photos by clicking on them.

Parting ways

As superlatives go, it would be difficult to beat the South African Platland Baobab [Adansonia digitata]. Its 10.6-m diameter trunk was large enough to accommodate a bar inside its hollow trunk. The massive tree, now deceased, was also old – it had been on this Earth for about a millennia.

There aren’t many places where you can order a pint inside a tree like the Platland or Sunland Baobab © South African Tourism, Wikimedia Commons:

Leaving aside its connection to thirsty pilgrims, the Platland Baobab was not exceptional: other specimens belonging to the same African baobab (Adansonia digitata) species are similarly big and old. The African baobab’s size, age and the somewhat bizarre shape (the ‘upside-down tree’) inspired many legends and superstitions. Beyond the mythical, baobabs have practical uses to some rural communities in parts of Africa: fruits and leaves are rich in vitamin C, the bark can be used for making rope, and tree hollows serve as water reservoirs. Wildlife also feed on baobab’s parts, sometimes in excess: elephants eat baobab bark during the dry season, resulting in significant tree mortality when elephant numbers are high.

One African titan squaring up to another © Ferdinand Reus, Wikimedia Commons:

Like the vast majority of flowering plants, the African baobab is a hermaphrodite:  its flowers have male and female reproductive organs. And like most hermaphrodite plants, baobab flowers are self-incompatible; they can’t fertilise themselves. Therefore, pollinators have to come to their reproductive aid. That’s particularly important for African baobabs, which often grow in isolation, with an average of 2 trees/ha.

When researchers started investigating baobab reproduction in West and East Africa in the 1930s and 40s, bats were soon singled out as their likely pollinating agents. It made sense: the white, large (up to 200 mm in diameter) pendulous flowers open at night and release a musty smell, all signs of chiropterophily, or pollination by bats. But things are a bit more complex. Flowers in west and east Africa are mostly visited by the straw-coloured fruit bat Eidolon helvum (Eidolon helvum) and the smaller Egyptian fruit bat (Rousettus aegyptiacus), respectively. However in southern Africa, baobab flowers have no appeal to bats, but do attract hawk-moths. These regional differences are linked to floral features such as shape, scent and nectar volume. In west Africa, flowers are larger, have longer peduncles, longer styles and more nectar than flowers in east and southern Africa. East African flowers are smaller and sturdier, with less nectar but enough to encourage visits by the Egyptian fruit bat. Flowers in southern Africa are smaller still and produce nectar in volumes just enough for moths (Venter et al., 2025).  And while baobabs flowers from the three regions release bat-attracting sulphur compounds, southern African flowers also produce β-caryophyllene, a chemical known to lure moths (Karimi et al., 2021).

Below:  A) A straw-coloured fruit bat in west Africa feeding on a baobab flower while a hawk-moth thieves, that is, it takes nectar but does not pollinate. B): an Egyptian fruit bat in east Africa landing briefly to lick nectar. C:) a long-tongued and a short-tongued hawk-moths feeding in southern Africa © Venter et al., 2025:

The African baobab is by no means unique; many other species comprise populations of diversified floral traits that suit particular pollinators and local environmental conditions. Ecologists refer to each of these populations as pollination ecotypes, species complexes, geographical races or ecological races. Pollination ecotypes have one possible outcome of exceptional importance: given enough time, they may drift further apart in their morphological and physiological traits to the point of becoming reproductively incompatible with each other.

Examples of pollination ecotypes. Long-spurred Platanthera bifolia pollinated by the hawk-moth Sphinx ligustri (a) and a shorter-spurred form pollinated by the hawk-moth Hyloicus pinastri (b); short-tubed Gladiolus longicollis pollinated by hawk-moths with short probosces (c) and a long-tubed form pollinated by hawk-moths with long probosces (d). © Johnson, 2025:

It’s worth emphasising the meaning of such an outcome. Different forms – or morphs – in each ecotype associated with their own pollinators will eventually become different species, a process that has become widely acknowledged (Johnson, 2025). Speciation via ecotypes supports Darwin’s view that species and infraspecies taxa (varieties, subspecies, forms, morphs, etc.) represent a continuum: In short, we shall have to treat species in the same manner as those naturalists treat genera, who admit that genera are merely artificial combinations made for convenience. This may not be a cheering prospect; but we shall at least be freed from the vain search for the undiscovered and undiscoverable essence of the term species (Darwin, 1859). Such a continuum implies that speciation is much more common and frequent than one may expect (Mallet, 2008).

The roles of insect pollinators as safeguards of biodiversity, crop production and human health are well known and celebrated. But the tale of African baobab pollination ecotypes reminds us of another fundamental aspect: pollinators greatly contribute to the radiation and diversification of angiosperms, the largest and most diverse group in the plant kingdom and largely responsible for the functioning of all terrestrial ecosystems. It’s a hefty responsibility upon tiny shoulders.

Accumulated diversification of insect families through time. Dotted lines indicate the Permian–Triassic (P–T), Triassic–Jurassic (T–J), and the Cretaceous–Paleogene (K–Pg) mass extinctions © Peris & Condamine, 2024:

References

Darwin, C.R. 1859. On the Origin of Species by Means of Natural Selection. John Murray.
Johnson, S.D. 2025. Pollination ecotypes and the origin of plant species. Proceedings of the Royal Society B 292: 20242787.
Karimi, N. et al. 2021. Evidence for hawkmoth pollination in the chiropterophilous African baobab (Adansonia digitata). Biotropica 54: 10.1111/btp.13033.
Mallet, J. 2008. Hybridization, ecological races and the nature of species: Empirical evidence for the ease of speciation. Philosophical Transactions of the Royal Society of London B 363: 2971-2986.
Peris, D. & Condamine, F.L. 2024. The angiosperm radiation played a dual role in the diversification of insects and insect pollinators. Nature Communications 15: 552.
Venter, S.M. et al. 2025. Regional flower visitor assemblages and divergence of floral traits of the baobab Adansonia digitata (Malvaceae) across Africa. Botanical Journal of the Linnean Society boaf085.

Readers’ wildlife photos

February 6, 2026 • 8:15 am

Today we have some flower photos from reader MichaelC.  His captions and IDs are indented, and you can enlarge the photos by clicking on them.

Sri Lanka Flora!

 

Recently I sent WEIT some photos from the Dambulla cave temples in Sri Lanka. My wife and I took a “pre-honeymoon” there (we took our honeymoon before the wedding; we’re olde so rules don’t apply to us!) and I have a large number of photos of Sri Lankan flora.  [Today we have the flora.]

I hope some of the ones I’ve selected are new to readers. I have tried to identify them, some I’m sure of, others not so much, and some I don’t know at all. The countryside in Sri Lanka is bursting with color; there are flowers everywhere. And birdsong! If you don’t like singing birds, Sri Lankan is not a place for you. Most of the flowers are probably familiar to people – I’ve seen many myself. These were mostly taken at the Royal Botanical Gardens or on the estate of the Dilmah Tea Plantation.

A Vanda orchid, possibly Vanda suksamran?

Black Bat flower (Tacca chantrieri). I know some Goth friends of my son who I bet would like this plant!:

Some type of rose. St. Nicholas’ Damask, maybe?:

Scarlet Sage (Salvia splendens):

Bachelor’s buttons (Centratherum punctatum or Centratherum intermedium?):

The familiar Hanging Lobster Claw (Heliconia rostrata):

There were a large variety of Angels trumpets (Brugmansia spp.) in parks, gardens, and jungles all over Sri Lanka. Here are a few;

Some kind of orchid (my notes say it’s a Dendrobium orchid):

Egyptian Starcluster (Pentas lanceolata):

Star of Bethlehem (Hippobroma longiflora):

Readers’ wildlife photos

February 3, 2026 • 8:15 am

This is my last batch of photos, so please help us (i.e., me) out and send your good wildlife photos.

Today’s photos of sunflowers come from Pratyaydipta Rudra, a statistics professor at Oklahoma State University. Pratyay’s captions and IDs are indented, and you can enlarge the photos by clicking on them. Pratyay and his wife Sreemala have a big bird-and-butterfly website called Wingmates.

I have shared some stories about our Maximilian Sunflowers before. This batch is a set of images of the sunflowers in bloom from the fall. They bloom for a relatively shorter time (a couple of weeks), but it creates a wonderful sunny vibe at that time and the pollinators, especially the migrating ones, definitely appreciate the buffet. Here are some insect photos on or near the sunflowers.

The Maximilian Sunflower (Helianthus maximiliani) plants bordering our property. They are not just low maintenance (no water required even during hot Oklahoma summers), but also kind of hard to kill if one wants that! We had them accidentally mowed down to the ground by a neighbor during the first year, and they grew back up just fine:

A leafcutter bee (Megachile, not sure about the exact species) flying over:

Painted lady (Vanessa cardui) butterfly taking off:

The bloom coincides with Monarch (Danaus plexippus) migration as we see plenty of Monarchs stopping by:

I called this image “The flame and the bee”. It’s the same leafcutter bee from the other image:

A close view of the bee nectaring on the sunflower:

A Spotted Cucumber Beetle (Diabrotica undecimpunctata). These are considered pests, but we see a good number of them every fall and they had never caused any trouble in our vegetable garden:

I think these are Goldenrod Soldier Beetles (Chauliognathus pensylvanicus), or something closely related to them:

Some kind of Meadow Katydid (Orchelimum). I love these with long antennae. They keep us entertained all fall and the garden suddenly sounds so quiet after the frost sets in:

Another Painted Lady. Note how it does not have the typical white spot of the American Ladies (Vanessa virginiensis) on the orange patch. The smaller one is likely a Fiery Skipper (Hylephila phyleus):

The skippers are often overlooked but they have a lot of character! I can spend hours watching them interact with each other. I find them quite hard to properly identify sometimes even with a field guide. This one is probably a Sachem (Atalopedes campestris):

The skippers are fast, but they can still fall prey to these efficient hunters: Goldenrod Crab Spider (Misumena vatia). These spiders can change their color (during molts) to match their surroundings. It’s not a surprise that this one was yellow, efficiently camouflaged among the sunflowers:

I like playing with the backlight through the leaves of these plants. I was happy to capture this little Eastern Amberwing (Perithemis tenera) dragonfly coming back to its favorite perch:

Another backlit image of a sunflower plant with some nice bokeh of out-of-focus mosquitoes/gnats:

Readers’ wildlife photos

January 25, 2026 • 9:00 am

Fortunately, some kind readers have come through with a few batches of photos. But the tank is still low.

Today’s photos of birds (and one flower) come from Pratyaydipta Rudra, a statistics professor at Oklahoma State University. Pratyay’s captions and IDs are indented, and you can enlarge the photos by clicking on them. Pratyay and his wife Sreemala have a big bird-and-butterfly website called Wingmates.

It’s bitter cold outside as the winter storm is here in Oklahoma. So, I decided to share some more photos from the warmer days – A series of backyard bird images from the fall. While we mostly have native plants on our property, most of the images here involve some non-natives that we already had around our property when we moved in. But they do show some nice colors in the fall. We have a raised deck in the backyard which results in some nice eye-level views of the birds.

Female Eastern Bluebird (Sialia sialis) and fall foliage.=:

Male Northern Cardinal (Cardinalis cardinalis):

Female Northern Cardinal working on some berries:

Yellow-rumped Warbler (Setophaga coronata) in light drizzle. It always makes me smile when these little guys show up every fall:

Another Yellow-rumped Warbler from the same day:

Tufted Titmouse (Baeolophus bicolor) on our pecan tree with some seed that it grabbed from the bird feeder. Titmice and Chickadees don’t spend too much time on the feeder. They like to grab a seed and take it to a nice perch on a tree where they can break it and enjoy it at its own pace:

Our yard has some larger birds too! This Red-shouldered Hawk (Buteo lineatus) has been a regular visitor for a while, and by now we kind of know some of its unique personalities:

Red-bellied Woodpecker (Melanerpes carolinus). At this time of the year, these woodpeckers are usually busy hiding seeds with the goal of storing them for the winter. I don’t know how many they actually find again:

This is not a bird image, but it has a connection with birds. These low maintenance native Maximilian Sunflowers (Helianthus maximiliani) put on an amazing show every fall, albeit for a short duration. However, during this time, they attract a huge number of pollinators including all kinds of butterflies, moths, and bees. We keep the dried plants after they are done blooming since the seed-loving birds have a feast on them:

House Finches (Haemorhous mexicanus) are one of them. Here is a male and a female House Finch on the dry sunflowers:

American Goldfinches (Spinus tristis) also enjoy the seeds. They are usually much duller by this time compared to their bright breeding plumage:

Couple of goldfinches from the same scene – a wider view:

One more goldfinch from a warm day:

A male Eastern Bluebird (Sialia sialis) on the sunflower stalks:

Readers’ wildlife photos

January 24, 2026 • 8:15 am

Today Friend of the Website Greg Mayer contributes some photos from Britain.

by Greg Mayer

Since we’re awaiting a recharge of the tank of Readers’ Wildlife Photos, I thought I’d add a few wildlife photos from a recent trip to England. I did not bring my good camera with a telephoto lens, since the visit was focused on museums in London, and the photos reflect this constraint.

The only mammal we saw in London was the introduced Gray Squirrel, but in Oxfordshire we saw molehills (made by the European MoleTalpa europea) in and near the churchyard of St. Margaret of Antioch in Binsey. American moles most prominently make much less elevated runs or tracks, not distinct hillocks like these, so the phrase “making a mountain out of a molehill” makes more sense to me now.

Part of Oxford University, Wytham Woods (a famed area for ecological studies) had some Sheep (Ovis aries) in an enclosure. These are domesticated, and the species was brought to Britain thousands of years ago.

In London, we encountered two more corvids. The Carrion Crow (Corvus corone corone) is the most like what is, to an American, a “normal” crow. (During a brief stop in Copenhagen on the way to England, we also saw a Hooded Crow, Corvus corone cornix, which has a gray body, and has a long hybrid zone with the Carrion Crow, )

The other corvid was the Eurasian Magpie (Pica pica), which is much more “crow-y” looking than the jays in America (which are also corvids). We also saw Rooks (Corvus fragileus) on the trip, but got no photos.

Note the blue on the wings of this Magpie.

Like the Carrion Crow above, also on the Victoria Embankment was a Black-headed Gull (Chroicocephalus ribundus); this is an adult in winter plumage. We saw quite a few gulls all around London. Most were larger than this (Larus sp. or spp.), but we could not ID them.

On the way to Greenwich by boat on the Thames, we saw Mute Swans (Cygnus olor), which I include here to show the great tidal range of the Thames, ca. 7 m, evident from the algal growth on the bulkhead behind the pair of swans.

Also on the Thames we saw Great Cormorants (Phalacrocorax carbo), including a pale-bellied juvenile.

We were struck by how the apartments along the south bank of the Thames resembled scenes from movies, for example A Fish Called Wanda, and sure enough, the building at the left of the photo above is indeed where the Cleese-Curtis “canoodling” rendezvous took place!

The bird we saw more of than any other in England was the pigeon. Not the Common Wood Pigeon (Columba palumbus), like this one in Greenwich, which we saw a fair number of. . .

. . . but the Feral Pigeon or “rock dove” (Columba livia), which was everywhere, both city and country.  There were many of the highly variable domestic color forms, such as this one

. . . . and some of the “wild type”, which is the color pattern of the ancestral wild Rock Doves.

Wild Rock Doves persist in Scotland and western Ireland; all the pigeons we saw in London and Oxfordshire were feral.