*Whimpers*
This is the jumping spider Neobrettus tibialis photographed in Indonesia by wildsumatra on iNaturalist.
Dorsal view by the same photographer:
And from the side:
art blog(derogatory)

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blake kathryn
Sade Olutola
let's talk about Bridgerton tea, my ask is open
we're not kids anymore.

izzy's playlists!

Janaina Medeiros
DEAR READER

Origami Around
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tannertan36
Acquired Stardust
Misplaced Lens Cap
AnasAbdin

@theartofmadeline
Stranger Things
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NASA
seen from United States

seen from Malaysia
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@jenfoundabug
*Whimpers*
This is the jumping spider Neobrettus tibialis photographed in Indonesia by wildsumatra on iNaturalist.
Dorsal view by the same photographer:
And from the side:
Beetle Fly (Celyphus sp.), family Celyphidae, Malaysia
Yes, this is actually a true fly! (order Diptera)
photographs by Jack K H Loo
Female White-Marked Tussock Moths: these moths are essentially wingless, and they have plump, grub-like bodies covered in fuzz
Orgyia leucostigma, commonly known as the white-marked tussock moth, is one of the few known examples of a flightless moth. The females of this species are brachypterous, which means that they have tiny, vestigial wings that are completely non-functional; in fact, their wings are barely even visible at all.
Above: close-up of a female white-marked tussock moth
As this article describes:
The adult form of Orgyia leucostigma exhibits strong sexual dimorphism. The males are small, grayish-brown moths with a wingspan of about 25-35 mm. They have feathered antennae that they use to detect pheromones released by females from a considerable distance.
In contrast, the females are wingless and remain on or near their cocoons after emerging. They are larger than the males and have a plump, cylindrical body covered with dense hairs. Since they are flightless, females rely on releasing pheromones to attract males for mating.
Above: the photo at the top depicts a female white-marked tussock moth, while the photo on the bottom shows a male of the same species
After mating, the females lay their eggs atop the remnants of their own cocoons, then cover them with a frothy substance that quickly hardens to form a protective barrier around the eggs.
Above: Orgyia leucostigma in the process of laying its eggs
According to this article:
The white-marked tussock moth is native to eastern North America and parts of Canada. This species of tussock moth overwinters in the egg stage. Eggs are laid by females in groups of approximately 300 in a white frothy mass on the cocoon from which the female moth emerges.
Above: Orgyia leucostigma
Flightlessness occurs in several other tussock moths of the genus Orgyia; it can also be found in some species of bagworm moth (family Psychidae) and footman moth (subfamily Arctiinae).
Above: these photos show female clouded footman moths, Anestia ombrophanes, which are also flightless/wingless
Sources & More Info:
North Carolina State University: White-Marked Tussock Moth Factsheet
UMass Amherst: Orgyia leucostigma
iNaturalist: Photos of White-Marked Tussock Moths
Ohio State University: Sneaky White-Marked Tussock Moth Caterpillars
Ozark Bill: Orgyia leucostigma
Natural Resources Canada: White-Marked Tussock Moth
Carpenter bees are so cute 🥰
Valley carpenter bee female (Xylocopa sonorina)
Northern California, US
"That's enough *gestures at everything* for today." - desert tarantula (Aphonopelma iodius) in Northern California
What are these? /genuine question
Those are spinnerets, used for making and manipulating silk! Tarantulas don’t make webs, but they do use silk to line their burrows and for reproductive purposes.
Eastern dobsonfly (Corydalus cornutus) larva I found while hanging out in the river in Northeastern Pennsylvania (US) last year. Dobsonfly larvae, also known as hellgrammites, are one of the top invertebrate predators in fast-moving streams. They tend to hide under rocks and use their sharp mandibles to capture and eat prey. These mandibles can also deliver a painful (but harmless) bite, so definitely be careful handling them! Larvae can get up to 3.5 inches (9 cm) long. Since they're large and relatively common, many of the local fishermen like to use them as bait (which may or may not be problematic).
These insects spend 1-3 years as larvae and pupate outside of the stream under a rock or log. The adults are huge. The male can be up to 5.5 inches (14 cm) long and has massive mandibles that are intimidating but harmless. Adults aren't known to feed, and they only live for about a week, just enough time to mate and lay eggs.
Yay! I’ve finally found an adult dobsonfly and she’s beautiful 😍
I know this is a female because of her mouthparts. Males of this species have huge mandibles, but despite their intimidating appearance, they can’t really bite. Females, however, can deliver a painful bite in self-defense.
Dobsonflies can get rather large. For scale, her body is 2.5 inches (6.35 cm) long!
Their larvae (aka hellgrammites) are vicious aquatic predators. Adults are not thought to eat and only live for about a week.
Corydalus cornutus, North Carolina, US
I found some Pokémon
Giant leaf-footed bug (Acanthocephala declivis) nymphs and eggs, North Carolina, US
my good friend Pycnogaster cucullata - mouse-sized beast, maker of high-pitched hums, and lumberer extraordinaire - very clearly prefers to hang out hidden in dense, spiky bushes like gorse in my experience. this one, though, was wandering around on fennel for some reason, which is the exact opposite of a dense plant, allowing me to get a pretty good look at him
i considered handling him for better photos, and easily could have, but even small katydids are famously bitey so i didn't really feel like testing my luck against something of such hippopotamus-like proportions
(May 19th, 2025)
Omfg my swamp milkweed has monarchs 🥺
Danaus plexippus, North Carolina, US
Assorted cute bumbles <3
Yellow-faced bumblebee (Bombus vosnesenskii): upper row and bottom right California bumblebee (Bombus californicus): center row and bottom left
Northern California, US
Unknown species of water boatman (family Corixidae), northern California, US
These bugs (actual bugs, i.e. Hemiptera) use their legs as oars to swim around. Most, but not all, species live in freshwater. This family contains pretty much every common eating habit - herbivores, carnivores, detrivores, and omnivores.
I found this one in the pool btw.
Meat-Eating Caterpillars: less than 1% of all known lepidoptera (moths and butterflies) are carnivorous, and even fewer are known to hunt and kill their prey; these are just a few of the exceptions
Above: a carnivorous pug moth caterpillar, Eupithecia orichloris, ambushing a fly
Lepidopteran predators are extremely rare, but they do exist. Some of the most interesting examples include the carnivorous pug moth caterpillars of the genus Eupithecia, the ant-eating casebearer, the Hawaiian snail-eating moth, and the bone-collector caterpillars of the genus Hyposmocoma. Curiously, almost all of the species on this list are endemic to Hawaii.
Above: Eupithecia orichloris
The carnivorous pug moth, Eupithecia orichloris, is probably the most famous predatory caterpillar in the world, thanks to the striking and unusual method by which it captures its prey -- this species is an ambush predator that often disguises itself as a twig and then pops up out of nowhere, violently plucking its prey from the foliage. Eupithecia is the only lepidopteran genus that is known to contain ambush predators, which makes this behavior seem even more striking.
The ant-eating casebearer, Ippa conspersa, is another carnivorous caterpillar that feeds on ants and other insects (both as a predator and as a scavenger). This species uses silk, sand, and other fine debris to build a flat, peanut-shaped "shell" around its body, and the "shell" acts as a kind of camouflage, allowing the caterpillar to sneak into ant nests and hunt.
Above: the ant-eating casebearer and its unique "shell"
As its name implies, the ant-eating casebearer often feeds on ants, but it has also been known to eat cockroaches and other insects.
Above: an ant-eating casebearer feeding on a cockroach
Hyposmocoma molluscivora, commonly known as the Hawaiian snail-eating moth, is a casebearing caterpillar that feeds on live snails. It uses strands of silk to immobilize its prey, tethering the snail in place so that it can climb into the victim's shell and feed on the soft flesh within. The caterpillars of this genus are the only lepidopterans that are known to feed on molluscs; all of the other predatory caterpillars feed on arthropods (insects and arachnids).
Above: this photo shows a Hawaiian snail-eating moth using strands of silk to hold its prey in place
The genus Hyposmocoma also contains the predatory "bone-collector" caterpillars, which cover themselves with the body parts of other insects and arachnids, often scavenging the leftover pieces from spiderwebs. They carefully trim each piece of exoskeleton and then arrange them all together onto a portable silk mesh.
The caterpillars often live side-by-side with spiders, as they opportunistically feed on the insects that they find trapped in spiderwebs, and their macabre body ornaments likely serve as camouflage; they allow the caterpillar to avoid being detected or attacked by spiders.
Above: a bone-collector caterpillar covered in the body parts of other insects, including a large weevil head that is clearly visible near the center, several ant heads, a fly's leg, the abdomen of a bark beetle, a wing, and several pieces of antennae, among other things
Sources & More Info:
Journal of the Lepidopterists' Society: Predatory and Parasitic Lepidoptera
GeoJournal: Behavior, Biogeography, and Conservation of Eupithecia in the Hawaiian Islands
Korean Journal of Applied Entomology: The First Record of the Myrmecophilous Tineid Moths of Genus Ippa in Korea
Nature: Caterpillars Eat Snails Out of House and Home
Science: Web-Spinning Caterpillar Stalks Snails
NBC: Hawaiian Caterpillars Hunt like Spiders
National Geographic: This Camouflaged Critter Wears Severed Insect Body Parts like a Coat
Scientific American: Carnivorous "Bone Collector" Caterpillars Wear Corpses as Camouflage
Science: Hawaiian Caterpillar Patrols Spiderwebs Camouflaged in Insect Prey's Body Parts
I just investigated how I can try to spot one of these in the wild and was confronted with this extremely ominous sentence:
The phasing evokes the image of a single giant predatory kaiju butterfly named The Harvester. Terrifying
"That's enough *gestures at everything* for today." - desert tarantula (Aphonopelma iodius) in Northern California
Look at how cute this rather large buddy is 🥹
Grapevine beetle (Pelidnota punctata), in the scarab family
North Carolina, US
Childhood friends <3
Ladybug larvae, probably Coccinella septempunctata
California, US
Do you have any tips for getting into macro photography? My iPhone camera really isn’t cutting it but I’ve never bought a camera before so I’m pretty daunted by the prospect
(Sorry for taking almost a year to respond…. I somehow missed this in my inbox)
I actually use an iPhone for a lot of my photos, and it’s definitely a more affordable way to get into macro photography. I’m not a fan of the built in macro, but you can buy special macro lens for iPhones (and many android phones) that either clip on or have a dedicated phone case.
They’re not cheap, but I highly recommend Sandmarc 100mm macro lens, if you have iPhone 14 or newer. This lens has a further away focal distance than their 25mm lens, which makes it easier to get highly quality shots of skittish insects. It’s not obvious on their website, but Sandmarc has a refurbished store that’ll save you ~30% (www.Sandmarc.co). The ones I’ve bought have been in perfect condition.
There are also plenty of lens in the $30-40 range, but my recommendations for those are outdated at this point.
For macro photography, you need to hold the phone/camera very steady. My way of dealing with this is to use a selfie stick. It can be used as a monopod or you can brace it against yourself or nearby objects. It’s extendable for getting to insects in weird locations. The Sandmarc lens is somewhat heavy, so you may need a small bungie cord to keep the phone in.
Lastly, macro needs a lot of light, even during the day. I use a cheap clip-on selfie light or a handheld flashlight, depending on the situation. In direct sun, you probably won’t need it, but extra light makes a huge difference in the shade and on overcast days.
Hope that helps!