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Total de Resultados: 92

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20231005_zip_f146_116 October 5, 2023, Hir, Ardabil, Iran: An elderly couple waits for customers as they sell honey in the Hir recreation area near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_114 October 5, 2023, Ardabil, Iran: A beekeeper stands among the beehives just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_115 October 5, 2023, Ardabil, Iran: A beekeeper checks a beehive just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_113 October 5, 2023, Ardabil, Iran: A beekeeper is seen just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_112 October 5, 2023, Ardabil, Iran: Two beekeepers are seen just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_111 October 5, 2023, Ardabil, Iran: Beehives are seen just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20231005_zip_f146_110 October 5, 2023, Ardabil, Iran: Beehives are seen just near Ardabil city, Iran. Ardebil, located in northwestern Iran, is known for its thriving honey production industry. The region's favorable climate, diverse flora, and vast meadows contribute to the production of high-quality honey. Local beekeepers primarily focus on harvesting honey from wildflowers, herbs, and fruit tree blossoms, resulting in a wide variety of honey flavors and aromas. Ardebil honey is prized for its purity, richness, and unique taste. Beekeeping traditions in the region date back centuries, and the honey production process often involves manual extraction methods to preserve the natural qualities of the honey. The honey of Ardebil is not only cherished locally but also highly sought after both domestically and internationally, making it a significant part of the region's agricultural heritage and economy. (Credit Image: © Rouzbeh Fouladi/ZUMA Press Wire)
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20230407_zaf_r103_035 A WORLD WITHOUT BEES.China: Due to the lack of bees and wasps farmers are forced to pollinate fruit trees by hand..Mostly honey bees, wasps and other pollinators disappeared due to excessive use of pesticides, insecticides fungicides in agriculture..Qingdao pear blossom.Farmers pollinate the flowers in a fully bloomed pear garden in Shiliangliu village in Qingdao in east China's Shandong province Friday, April 07, 2023. (Credit Image: © Yu Fangping/ROPI/Zuma Press/Fotoarena)
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20230407_zaf_r103_034 A WORLD WITHOUT BEES.China: Due to the lack of bees and wasps farmers are forced to pollinate fruit trees by hand..Mostly honey bees, wasps and other pollinators disappeared due to excessive use of pesticides, insecticides fungicides in agriculture..Qingdao pear blossom.Farmers pollinate the flowers in a fully bloomed pear garden in Shiliangliu village in Qingdao in east China's Shandong province Friday, April 07, 2023. (Credit Image: © Yu Fangping/ROPI/Zuma Press/Fotoarena)
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20221219_zia_c218_045 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_043 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_048 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_046 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_049 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_044 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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20221219_zia_c218_047 December 19, 2022, Kobe, Japan: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists have discovered that male mason wasps use sharp spines on their aedeagus, an insect organ broadly equivalent to a mammal's penis, to sting predators..A study in Current Biology on December 19 shows that the wasps use sharp genital spines to attack and sting predatory tree frogs to avoid being swallowed..â??The genitalia of male animals have frequently been studied in terms of conspecific interactions between males and females but rarely in terms of prey-predator interactions,â? said lead author Shinji Sugiura of Kobe University, Japan. â??This study highlights the significance of male genitalia as an anti-predator defense and opens a new perspective for understanding the ecological role of male genitalia in animals.â?.Suguira and study co-author Misaki Tsujii made the discovery after an accident. Tsujii was studying the life history of the mason wasp, Anterhynchium gibbifrons, when she got stung..â??Surprisingly, the male â??stingâ?? caused a pricking pain,â? Sugiura said. â??Based on her experience and observations, I hypothesized that the male genitalia of A. gibbifrons function as an anti-predator defense.â?.Wasps and bees are, of course, well known to use venomous stings to defend themselves and their colonies against attackers. But, because they have evolved venomous stings from ovipositors, males lacking ovipositors were believed harmless. Feeling the pain of a male sting didnâ??t add up..To study further, the researchers placed male wasps with a potential tree frog predator. All of the frogs attacked the male wasps, but just over a third spit them back out. The researchers witnessed the wasps stinging the frogs with their genitalia while being attacked..When they gave tree frogs wasps that were no longer endowed with genitalia? They ate them right up..The findings show that the m (Credit Image: © Cover Images vi
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ny071020152404 A log filled with wasp larvae that will be nailed to an ash tree to help combat the invasive emerald ash borer, in Massachusetts, Aug. 26, 2020. As climate change accelerates, the trees in the Eastern forests of the United States are increasingly vulnerable. (George Etheredge/The New York Times/Fotoarena)
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alb3706913 American Redstart. Dated: 1828. Medium: hand-colored etching and aquatint on Whatman paper. Museum: National Gallery of Art, Washington DC. Author: Robert Havell after John James Audubon.
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alb9877368 Species of wasps and hornets. European hornet, Vespa crabro 1,2, tree wasp, Dolichovespula sylvestrisparietum 4, common wasp, Vespula vulgaris 5, field dagger wasp, Argogorytes mystaceus 6, and lobed mason wasp, Ancistrocerus antilope 7. Section II: sand tailed digger wasp, Cerceris arenaria exultus 1,2, and field digger wasp, Mellinus arvensis 3. Handcoloured copperplate engraving drawn and engraved by Moses Harris from his own Exposition of English Insects, Including the several Classes of Neuroptera, Hymenoptera, Diptera, or Bees, Flies and Libellulae, White and Robson, London, 1782.
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akg049158 Mantovani, Adelchi-Riccardo born 1942 in Ro, working in Berlin since 1964. "Stilleben" (Still Life), 1983. Mixed media on masonite, 40 × 30 cm. Privately owned. Copyright: This artwork is not in the public domain. akg-images represents the artistic copyright of this artist, please contact us for more information and to clear the necessary permissions. Adelchi-Riccardo Mantovani's artistic copyright cleared via akg-images.
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alb9523290 Monkeys Watching a Praying Mantis Catching a Wasp, second half 18th century, Iwai Kun, Japanese, 24 × 38 7/16 in. (60.96 × 97.63 cm) (image)61 3/16 × 42 3/4 in. (155.42 × 108.59 cm) (mount, without roller), Ink and color on paper, Japan, 18th century, Nothing is known about the painter Iwai Kun except that he was born in Nagasaki, the only port town in Japan that allowed foreigners to trade and live there during the Edo period (16031868). Nagasaki paintings reflect the strong influence of Chinese art, which arrived there on merchant ships. On the right side of this painting, a praying mantis has caught a wasp and is about to kill it. A monkey in the tree above watches the spectacle, while he is observed by another monkey on the far left.
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alb9459645 Blue Butterflies and Red Larva, Blue Spines, c. 1705-1717, After Maria Sibylla Merian; Engraver: Joseph Mulder, German, 1647-1717, 13 x 9 5/8 in. (33.02 x 24.45 cm) (sheet), Hand-colored etching and engraving, Netherlands, 18th century, In January 1701 Merian wrote, 'I set out into the forest to see if I could discover anything; I found this elegant red blossom on a tree; neither the name nor the properties of this tree are known to the inhabitants of this country.' The butterfly is Caligo idomeneus (Linneaus), called an Owl Butterfly, because the large eye-spots on the undersides of the wings resembles the head of an owl when the wings are open. The larva illustrated is not that of an owl butterfly, but an unidentified species of silk moth. Merian also included a wasp, noting that wasps 'are found everywhere in Suriname, even in the houses and in the fieldsThey sting any man or animal which comes near them and disturbs their activities.'.
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alb3899100 Still Life with Bowl of Citrons. Date/Period: Late 1640s. Painting. Tempera on vellum. Height: 276 mm (10.86 in); Width: 356 mm (14.01 in). Author: GIOVANNA GARZONI.
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alb4634799 Nutmeg and mace tree, Myristica fragrans 1, parasitoid wasps, Mutilla coccinea 2 and Mutilla europaea 3,4, and mydas fly, Mydas giganteus 5. Muscadier, Mutilles, Mydas. Handcoloured steel engraving by du Casse after an illustration by Adolph Fries from Felix-Edouard Guerin-Meneville's Dictionnaire Pittoresque d'Histoire Naturelle (Picturesque Dictionary of Natural History), Paris, 1834-39.
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akg8383058 Jean-Jacques Grandville, French caricaturist, 13.9.1803 - 17.3.1847. An insect ball, 1835. Drawing, pen and black ink with watercolour, 12.5 × 21.3 cm. Inv. No. 2008.345, Cleveland, Museum of Art.
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akg7855715 NETSUKE WITH MONKEY, WASP, CRAB AND MORE ANIMALS.Japan. 19th c. Ivory, carved and with parts stained dark. Underside with amber yellow patina. The netsuke tells a variation of the fairy tale of the monkey and the crab. Here the monkey is shown being literally crushed by a giant wasp and flocks of rabbits and rats. He screams loudly, also because the crab pinches his ears. The ground is formed by a slice of a tree. Length 5.5cm. Sign.: Masamitsu. Condition A/B.
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akg2028635 Preyer, Emilie, 1849-1930, German artist. "Früchtestillleben mit Mandeln und halbem Apfel" (Fruit still life with almonds and half an apple), 1868. Oil on canvas, 33 x 42 cm. Private collection. Museum: PRIVATE COLLECTION.
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akg997491 Kärcher, Amalie; um 1850-1875 tätig in Karlsruhe. "Stillleben mit Erdbeeren in einer Glasschale", undat. Öl auf Leinwand, 33 x 26 cm. Museum: Private Collection., Privatsammlung.
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akg3091094 Preyer, Emilie. 1849-1930, German painter. "Still life with fruit", 1874. Oil on canvas, 34.5 x 29 cm. Private Collection. Museum: PRIVATE COLLECTION.
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akg860712 Juncker, Justus 1703-1767. "Apfel mit Insekten", 1765. (Pendant zu "Birne mit Insekten" von J.Juncker im Frankfurter Städel). Öl auf Eichenholz, 25,8 × 21,5 cm. Inv. Nr. 1614. Frankfurt a. M., Städelsches Kunstinstit. Museum: Frankfurt am Main, Städelsches Kunstinstitut.
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alb3710988 Ripening Pears. Dated: c. 1884/1885. Dimensions: overall: 30.5 x 61 cm (12 x 24 in.) framed: 53.34 x 83.19 x 6.99 cm (21 x 32 3/4 x 2 3/4 in.). Medium: oil on canvas. Museum: National Gallery of Art, Washington DC. Author: Joseph Decker.
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akg136351 Flegel, Georg. 1563-1638. "Große Mahlzeitdarstellung" (Great meal), 1638. Oil on copper, 29.5 × 46 cm. On loan from Vaclav Buttas. Prague, National Gallery. Museum: Prag, Národní Galerie (Nationalgalerie).
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alb3605236 Persimmons Branch and Wasp Nest above a Hedge. Artist: Shibata Zeshin (Japanese, 1807-1891). Culture: Japan. Dimensions: 4 3/4 x 3 1/2 in. (12.1 x 8.9 cm). Museum: Metropolitan Museum of Art, New York, USA.
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iblflp04686104 Artichoke Gall (Andricus foecundatrix) on oak, United Kingdom, Europe
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iblflp04686093 Giant Woodwasp (Urocerus gigas) adult female laying eggs in the trunk of a Sitka Spruce (Picea sitchensis) tree, Powys, Wales, Great Britain
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alb2312866 Ecosystem - Oak (Quercus); Marsh Tit, Squirrel, Great Spotted Woodpecker, Aphid, Ladybird, Weevil, Moth, Grub, Gall wasp, Short-toed Treecreeper, illustration.
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alb2338204 Tree wasp, Dolichovespula sylvestris (Campanular wasp, Vespa campanaria). Illustration drawn and engraved by Richard Polydore Nodder. Handcoloured copperplate engraving from George Shaw and Frederick Nodder's The Naturalist's Miscellany, London, 1803.
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iblcht02306080 Common spangle gall wasp (Neuroterus quercusbaccarum), galls on an oak leaf, North Rhine-Westphalia, Germany, Europe
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iblmmv04571217 Vespiary of the Median Wasp (Dolichovespula media), Middle Elbe Biosphere Reserve, Saxony-Anhalt, Germany, Europe
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akg5010100 Joseph Decker 1853-1924. Ripening Pears, ca. 1884/1885. Oil on canvas, 30.5 × 61 cm. Inv. Nr. 2004.29.1, Washington, National Gallery of Art.
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iblcht00789854 Gall on an oak tree (Quercus), outgrowth caused by a Gall Wasp or Gallfly (Cynips quercusfolii), North Rhine-Westphalia, Germany, Europe
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iblflp01336079 Mason Wasp (Fam.Odyneridae), close-up at hole in tree trunk
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iblflp01359528 Common Spangle Gall Wasp (Neuroterus quercus-baccarum), close-up of spangle gall on oak leaf, Powys, Wales, United Kingdom, Europe
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iblflp01461124 European Hornet (Vespa crabro), adult, resting on birch tree, Oxfordshire, England, United Kingdom, Europe
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iblflp01359521 Marble Gall Wasp (Andricus kollari), galls with exit hole, on Sessile Oak, autumn, Powys, Wales, United Kingdom, Europe
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iblflp01358586 Tree Wasp (Dolichovespula sylvestris), queen, feeding on gooseberry flower, important pollinator of soft-fruit crops, Powys, Wales, United Kingdom, Europe
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iblflp01359527 Common Spangle Gall Wasp (Neuroterus quercus-baccarum), and Silk-button Gall Wasp (Neuroterus numismalis), galls on oak leaf, Powys, Wales, United Kingdom, Europe
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iblflp01359519 Cherry Gall (Cynips quercusfolii), on fallen oak leaves, asexual galls of Gall wasp, Powys, Wales, United Kingdom, Europe
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iblflp01359520 Marble Gall Wasp (Andricus kollari), galls, on Sessile Oak, autumn, Powys, Wales, United Kingdom, Europe
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iblflp01363915 Cherry Gall Wasp (Cynips quercusfolii), galls on fallen oak leaf, Transylvania, Romania, Europe
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iblflp01353732 European Hornet (Vespa crabro) nest, in hole of tree, Norfolk, England, United Kingdom, Europe
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iblflp01363916 Gall Wasp (Andricus quercuscalicis), knopper galls on acorns of Common Oak (Quercus robur)
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iblflp01627279 Oak marble galls (Andricus kollari), galls on Oak (Quercus sp.)
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iblflp01626431 Pigeon tremex (Tremex columba), laying eggs, Michigan, USA, America, North America
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iblrob01809451 European hornets (Vespa crabro), workers in flight in front of the entrance to the nest, former nesting hole of a great spotted woodpecker, Thuringia, Germany, Europe
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iblrob01809452 European hornets (Vespa crabro), workers in flight in front of the entrance to the nest, former nesting hole of a great spotted woodpecker, Thuringia, Germany, Europe
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iblrob01987452 Hornets (Vespa crabro) at the entrance to a tree hollow, Thuringia, Germany, Europe
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iblrob01987513 European hornet (Vespa crabro) in flight, in front of the nest entrance, tree hole, Thuringia, Germany, Europe
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iblrob01987451 Hornets (Vespa crabro) at the entrance to a tree hollow, Thuringia, Germany, Europe
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iblflp02155575 Common Wasp (Vespula vulgaris), nest in hollow tree, Norfolk, England, United Kingdom, Europe
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iblflp02155576 Parasitic Chalcid Wasp (Chalcidoidea sp.), adult female, laying eggs on Hebrew Character (Orthosia gothica) caterpillar, on Sweet Bay (Laurus nobilis) tree in suburban garden, Gorseinon, West Glamorgan, South Wales, United Kingdom, Europe
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961_13_law04486 A solitary wasp on eucalypt bark, Liffey River Australian Bush Heritage Fund Conservation Reserve, foothills of the Western Tiers, Tasmania, Australia
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iblcag02270636 Wasp beetle (Clytus Arietis) perched on the leaf of oak tree, Dreieich-Goetzenhain, Hesse, Germany, Europe
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iblmmv04377095 Wood-wasp (Rhyssa persuasoria), oviposition in the trunk of an alder, natural park Peenetal, Mecklenburg-Western Pomerania, Germany, Europe
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iblmmv04377098 Wood-wasp (Rhyssa persuasoria), oviposition in the trunk of an alder, natural park Peenetal, Mecklenburg-Western Pomerania, Germany, Europe
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iblmmv04377101 Wood-wasp (Rhyssa persuasoria), oviposition in the trunk of an alder, natural park Peenetal, Mecklenburg-Western Pomerania, Germany, Europe
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iblmmv04377091 Wood-wasp (Rhyssa persuasoria), oviposition in the trunk of an alder, natural park Peenetal, Mecklenburg-Western Pomerania, Germany, Europe
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iblmmv04377100 Wood-wasp (Rhyssa persuasoria), oviposition in the trunk of an alder, natural park Peenetal, Mecklenburg-Western Pomerania, Germany, Europe
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70020702 Ichneumon Wasp (Ichneumonidae) female probing a fallen tree with her extremely long ovipositor, Mindo, Pichincha, Ecuador
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00770468 Tree Wasp (Vespa sylvestris) nest beneath foliage
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00770402 Tree Wasp (Dolichovespula sylvestris) on nest in tree
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00770102 Tree Wasp (Vespa sylvestris) flying
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00760135 Wasp (Polybia sp) capturing an embrionic Red-eyed Tree Frog by cutting open the ball encasing the developing embryo, Soberania National Park, Panama
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00535856 Wasps building a nest in a tree trunk cavity, North America
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00523546 Ichneumon Wasp (Dolichomitus imperator) laying eggs in a tree trunk, Netherlands
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00523545 Ichneumon Wasp (Dolichomitus imperator) laying eggs in a tree trunk, Netherlands
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00516243 Ichneumon Wasp (Dolichomitus imperator) searching for larvae in a tree trunk using her antennae, Netherlands
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00516242 Ichneumon Wasp (Dolichomitus imperator) laying eggs in a tree trunk, Netherlands
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00515460 Wasps at their nest, Brownsberg Nature Park, Surinam
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00487097 Red-eyed Tree Frog (Agalychnis callidryas) embryo collected by predatory wasp for transport back to the colony, Soberania National Park, Panama
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00479835 Green Tree Ant (Oecophylla smaragdina) in defensive posture as parasitic wasps attempt to lay eggs on colony members, Daintree, Queensland, Australia
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00463070 Fig (Ficus insipida) tree with parasitic wasp about to lay eggs, Panama City, Panama
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00462325 Wasps emerging from pupa inside fig seed, they mate with each other inside seed, then fly off in search of a flowering fig tree of the same species, in turn pollinating it, Barro Colorado Island, Panama
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00449442 Ichneumon Wasp (Ichneumonidae) female probing tree with ovipositor, Mindo, Ecuador
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00091066 Rudraksha (Elaeocarpus ganitrus) wasp collecting nectar from Elaeocarpus tree flowers, Sinharaja Biosphere Reserve, Sri Lanka
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alb2307369 Description: Common wasp (Vespula vulgaris), Vespidae..
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00571748 zoology / animals, insects, wasps, Median Wasp, (Dolichovespula media), at nest entrance, Muensterland, Germany, distribution: Asia, Europe,
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00570354 zoology / animals, insects, wasps, Button Horn Sheet Wasp, (Cimbes femorata), at tree, distribution: Europe,
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00299854 zoology / animals, insects, wasps, nest of Heath potter wasp, (Eumenes coarctatus), at tree branch, distribution: worldwide,
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00047523 zoology / animals, insects, wasps, Sabre Wasp, (Rhyssa persuasoria), female with ovipositor before egg-laying at tree bark, Lueneburger Heide, distribution: Between Arctic area and Sahara desert,
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alb2324263 Description: Paper Wasp (Polistes gallicus) nest, Hymenoptera..
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PCL104543 County Songs. XXXII. Worcestershire. *** Local Caption *** EH Shepard Cartoons from Punch Magazine
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Total de Resultados: 92

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