Green lacewings are aptly named for the prominent venation of the adults’ wings. Some species in this insect family even have “ears” in the larger veins that allow them to detect the ultrasonic sounds made by hunting bats. Lacewing larvae and adults are both predators of soft-bodied insects such as aphids. Larval lacewings have long, hollow mandibles with which they puncture prey and suck out the liquefied contents, leaving the woolly husks. Some species of lacewing larvae have hairy backs, and camouflage themselves when in the presence of woolly aphids by sticking aphid husks on these hairs. These “trash packets” camouflage the lacewing larvae from predators, including ants that would otherwise attack the larvae if they recognized that they were lacewings and not woolly aphids.
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September 19, 2013 | Categories: Animal Adaptations, Anti-predatory Device, Ants, Aphids, Arthropods, camouflage, Defense Mechanisms, Insects, Invertebrates, Metamorphosis, September, Uncategorized | Tags: Aphids, Chrysopidae, Green Lacewings, Lacewing Larvae, Lacewings, Neuroptera, Trash Packets, Woolly Aphids | 3 Comments
Usually animals that have been killed don’t last long enough for humans to discover them unless the human disturbs the predator right after it’s killed its prey. This may well have been the case when I came upon this Woodland Jumping Mouse. It is actually fairly unusual to set eyes on a jumping mouse, dead or alive, as they are quite secretive. This remarkable one-ounce rodent has long hind feet and a distinctly long tail, which makes up more than half of its total length of eight to ten inches. Using its hind limbs for propulsion and its tail for balance, the Woodland Jumping Mouse is able to make large leaps of up to eight feet or more to escape danger. (More often it walks around on all fours, or uses short hops for greater speed.) Another survival strategy that jumping mice use is to remain motionless for up to several hours, relying on their coloration and cover for protection. Apparently neither adaptive behavior was effective enough to spare this mouse’s life.
Naturally Curious is supported by donations. If you choose to contribute, you may go to http://www.naturallycuriouswithmaryholland.wordpress.com and click on the yellow “donate” button.
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August 13, 2013 | Categories: Adaptations, Animal Adaptations, Anti-predatory Device, August, camouflage, Cryptic Coloration, Defense Mechanisms, Mammals, Mice, New England Natural History, Predator-Prey, Rodents | Tags: Animal Feet, Dipodidae, Jumping Mice, Napaeozapus insignis, Tails, Woodland Jumping Mouse | 1 Comment
Abbott’s Sphinx Moth larvae feed on grape and Virginia creeper leaves during the night. During the day they tend to rest on the woody vines of the plants they are eating, and because they are well camouflaged, they remain hidden from most humans’ eyes. Both as larvae and adults, these moths are well equipped for survival. Older larvae have two color forms, one resembling unripe green grapes (in photo), and the other is brown and looks much like a branch. In their last stage, or instar, both forms have a rear eyespot which looks like a human eye, right down to the white reflection spot in it, which scares off potential predators. If the caterpillar is pinched or prodded, it squeaks and tries to bite the attacker. The adult moths, which emerge next summer after pupating all winter, also defend themselves with both color and behavior. They are brown with yellow bands on their underwings, which make them look something like a bumblebee, and when they fly, they create a buzzing noise. (Thanks to Heidi, Tom and Simmy Wetmore for photo op.)
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July 26, 2013 | Categories: Adaptations, Anti-predatory Device, Arthropods, camouflage, Caterpillars, Cryptic Coloration, Defense Mechanisms, Insects, Invertebrates, July, Lepidoptera, Moths, Uncategorized | Tags: Abbott's Sphinx Moth, Bumblebee, Eyespots, Instar, Sphingidae, sphinx moths | 1 Comment
Butterflies in the family Nymphalidae are also referred to as brush-footed butterflies (their front pair of legs are much reduced, brush-like and nonfunctional). Several species of Admiral butterflies belong to this family, and one of the most common in New England is the White Admiral, also known as the Red-spotted Purple. White Admirals overwinter as caterpillars and emerge in late April to feed for several weeks on the young leaves of cherries, willows, poplars and birches, as well as other trees, before forming chrysalises and transforming into butterflies. It is relatively easy to recognize the larva of any species of Admiral butterfly, as they are our only horned bird-dropping mimics. Quite an effective way to discourage predators!
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May 15, 2013 | Categories: Adaptations, Anti-predatory Device, Arthropods, Butterflies, Caterpillars, Hibernation, Insects, Invertebrates, Larvae, May | Tags: Admiral butterflies, Brush-footed butterflies, Lepidoptera, Limenitis arthemis | 3 Comments

If you’re looking for a present for someone that will be used year round, year after year, Naturally Curious may just fit the bill. A relative, a friend, your child’s school teacher – it’s the gift that keeps on giving to both young and old!
One reader wrote, “This is a unique book as far as I know. I have several naturalists’ books covering Vermont and the Northeast, and have seen nothing of this breadth, covered to this depth. So much interesting information about birds, amphibians, mammals, insects, plants. This would be useful to those in the mid-Atlantic, New York, and even wider geographic regions. The author gives a month-by-month look at what’s going on in the natural world, and so much of the information would simply be moved forward or back a month in other regions, but would still be relevant because of the wide overlap of species. Very readable. Couldn’t put it down. I consider myself pretty knowledgeable about the natural world, but there was much that was new to me in this book. I would have loved to have this to use as a text when I was teaching. Suitable for a wide range of ages.”
In a recent email to me a parent wrote, “Naturally Curious is our five year old’s unqualified f-a-v-o-r-I-t-e book. He spends hours regularly returning to it to study it’s vivid pictures and have us read to him about all the different creatures. It is a ‘must have’ for any family with children living in New England…or for anyone that simply shares a love of the outdoors.”
I am a firm believer in fostering a love of nature in young children – the younger the better — but I admit that when I wrote Naturally Curious, I was writing it with adults in mind. It delights me no end to know that children don’t even need a grown-up middleman to enjoy it!
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November 23, 2012 | Categories: A Closer Look at New England, Adaptations, Amphibians, Animal Adaptations, Animal Architecture, Animal Communication, Animal Diets, Animal Eyes, Animal Signs, Animal Tracks, Anti-predatory Device, Ants, April, Arachnids, Arthropods, August, Bark, Bats, Beavers, Beetles, Bird Diets, Bird Nests, Bird Songs, Birds, Birds of Prey, Black Bears, Bogs, Bugs, Bumblebees, Butterflies, camouflage, Carnivores, Carnivorous Plants, Caterpillars, Cervids, Chrysalises, Cocoons, Conifers, Courtship, Crickets, Crustaceans, Damselflies, December, Deciduous Trees, Decomposition, Deer, Defense Mechanisms, Diets, Diptera, Dragonflies, Ducks, Earwigs, Egg laying, Ephemerals, Evergreen Plants, Falcons, Feathers, February, Fishers, Fledging, Fledglings, Flies, Flowering Plants, Flying Squirrels, Food Chain, Foxes, Frogs, Fruits, Fungus, Galls, Gastropods, Gills, Grasshoppers, Gray Foxes, Herbivores, Herons, Hibernation, Honeybees, Hornets, Hymenoptera, Insect Eggs, Insect Signs, Insects, Insects Active in Winter, Invertebrates, January, July, June, Lady's Slippers, Larvae, Leaves, Lepidoptera, Lichens, Mammals, March, Metamorphosis, Micorrhiza, Migration, Millipedes, Mimicry, Molts, Moose, Moths, Mushrooms, Muskrats, Mutualism, Nests, Nocturnal Animals, Non-flowering plants, North American River Otter, November, October, Odonata, Omnivores, Orchids, Owls, Parasites, Parasitic Plants, Passerines, Plants, Plumage, Poisonous Plants, Pollination, Porcupines, Predator-Prey, Pupae, Raptors, Red Foxes, Red Squirrel, Reptiles, Rodents, Scat, Scent Marking, Seed Dispersal, Seeds, Senses, September, Sexual Dimorphism, Shorebirds, Shrubs, Slugs, Snails, Snakes, Snowfleas, Social Insects, Spiders, Spores, Spring Wildflowers, Squirrels, Striped Skunks, Toads, Tracks, Tree Buds, Tree Flowers, Tree Identification, Trees, Trees and Shrubs, turtles, Vernal Pools, Vertebrates, Vines, Wading Birds, Warblers, Wasps, Waterfowl, Weasel Family, White-tailed Deer, Winter Adaptations, Woodpeckers, Woody Plants, Yellowjackets, Young Animals | Tags: Christmas Gifts, Naturally Curious, Naturally Curious by Mary Holland | 2 Comments
Yesterday’s post was, as you quickly guessed, an eyespot from the forewing of a Luna Moth, Actias luna, one of North America’s giant silkworm moths. With a wingspan up to 4 ½,” it is one of our largest moths. Markings that resemble eyes are found not only on moths, but also on butterflies, birds, fish and reptiles. When they occur on butterflies and moths, eyespots are usually on the wings and are thought to scare off potential predators as well as to direct attacks away from vital body parts. After emerging from their cocoons, Luna Moths live for only about a week, during which time their sole mission is to mate. Like many other ephemeral insects, Luna Moths have no mouthparts and thus, do not eat as adults. (The phenomenal number of Luna Moths this summer may, in part, be due to the mild winter we had, which allowed more pupae to survive.)
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June 27, 2012 | Categories: Adaptations, Anti-predatory Device, Arthropods, Insects, Invertebrates, June, Moths | Tags: Actias luna, Anti-predatory Device, Eyespots, Luna Moth, moths, Saturniid, Saturniidae | 3 Comments
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