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In 2001, Benecke concluded a review on the history of forensic entomology with these optimistic words: "basic research and advanced application of forensic entomology (…) has opened the way to routine casework". At the same time, the TV show Crime Scene Investigation (CSI) largely brought forensic entomology to light. However, the show also cruelly pointed out its limits: After the team leader explained to his colleague how insects can help determine the time of death, the team leader added "You've still got to convince a jury", to which the colleague promptly responded "On guns. It's got to be better than bugs. Less Latin." Indeed, several factors—including complexity, inherent limitations, and the rapid evolution of scientific knowledge—explain the slow acceptance of insect-based evidence. In this context, this Special Issue focuses on the articulation between laboratory studies and casework, a major challenge for the future of forensic entomology.
Psychology --- Diptera --- identification --- forensic entomology --- funerary archaeoentomology --- crime scene --- autopsy --- cooling period --- entomological evidence --- expertise --- casework --- court --- criminal justice systems --- expert witness --- insect evidence --- research --- postmortem interval --- development --- succession --- species identification --- animal carcass --- cadaver --- decaying substrate --- insect succession --- successional studies --- vertebrate decomposition --- animal carcasses --- bait attraction --- ADD --- TBS --- PMI --- colonisation --- temperature --- medico-legal entomology --- time of colonization --- accumulated degree day estimates --- length-weight estimates --- species interactions --- Calliphoridae --- legislation --- expert witness statement --- criteria --- limitations --- thanatology --- confession --- post-mortem interval --- carrion --- larva --- first record --- barcoding DNA --- integrative taxonomy --- arthropods --- burial --- decay --- insects --- pig --- biological variation --- death time estimation --- alternative storage --- carrion insects --- validation --- minimum postmortem interval (PMI-min) --- rearing --- calliphoridae --- Lucilia sericata --- climate change --- global warming --- Fanniidae --- larval morphology --- human cadaver --- Forensic Entomology --- Spain --- experimental studies --- cases --- cold cases --- hair evidence --- n/a
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In 2001, Benecke concluded a review on the history of forensic entomology with these optimistic words: "basic research and advanced application of forensic entomology (…) has opened the way to routine casework". At the same time, the TV show Crime Scene Investigation (CSI) largely brought forensic entomology to light. However, the show also cruelly pointed out its limits: After the team leader explained to his colleague how insects can help determine the time of death, the team leader added "You've still got to convince a jury", to which the colleague promptly responded "On guns. It's got to be better than bugs. Less Latin." Indeed, several factors—including complexity, inherent limitations, and the rapid evolution of scientific knowledge—explain the slow acceptance of insect-based evidence. In this context, this Special Issue focuses on the articulation between laboratory studies and casework, a major challenge for the future of forensic entomology.
Diptera --- identification --- forensic entomology --- funerary archaeoentomology --- crime scene --- autopsy --- cooling period --- entomological evidence --- expertise --- casework --- court --- criminal justice systems --- expert witness --- insect evidence --- research --- postmortem interval --- development --- succession --- species identification --- animal carcass --- cadaver --- decaying substrate --- insect succession --- successional studies --- vertebrate decomposition --- animal carcasses --- bait attraction --- ADD --- TBS --- PMI --- colonisation --- temperature --- medico-legal entomology --- time of colonization --- accumulated degree day estimates --- length-weight estimates --- species interactions --- Calliphoridae --- legislation --- expert witness statement --- criteria --- limitations --- thanatology --- confession --- post-mortem interval --- carrion --- larva --- first record --- barcoding DNA --- integrative taxonomy --- arthropods --- burial --- decay --- insects --- pig --- biological variation --- death time estimation --- alternative storage --- carrion insects --- validation --- minimum postmortem interval (PMI-min) --- rearing --- calliphoridae --- Lucilia sericata --- climate change --- global warming --- Fanniidae --- larval morphology --- human cadaver --- Forensic Entomology --- Spain --- experimental studies --- cases --- cold cases --- hair evidence --- n/a
Choose an application
In 2001, Benecke concluded a review on the history of forensic entomology with these optimistic words: "basic research and advanced application of forensic entomology (…) has opened the way to routine casework". At the same time, the TV show Crime Scene Investigation (CSI) largely brought forensic entomology to light. However, the show also cruelly pointed out its limits: After the team leader explained to his colleague how insects can help determine the time of death, the team leader added "You've still got to convince a jury", to which the colleague promptly responded "On guns. It's got to be better than bugs. Less Latin." Indeed, several factors—including complexity, inherent limitations, and the rapid evolution of scientific knowledge—explain the slow acceptance of insect-based evidence. In this context, this Special Issue focuses on the articulation between laboratory studies and casework, a major challenge for the future of forensic entomology.
Psychology --- Diptera --- identification --- forensic entomology --- funerary archaeoentomology --- crime scene --- autopsy --- cooling period --- entomological evidence --- expertise --- casework --- court --- criminal justice systems --- expert witness --- insect evidence --- research --- postmortem interval --- development --- succession --- species identification --- animal carcass --- cadaver --- decaying substrate --- insect succession --- successional studies --- vertebrate decomposition --- animal carcasses --- bait attraction --- ADD --- TBS --- PMI --- colonisation --- temperature --- medico-legal entomology --- time of colonization --- accumulated degree day estimates --- length-weight estimates --- species interactions --- Calliphoridae --- legislation --- expert witness statement --- criteria --- limitations --- thanatology --- confession --- post-mortem interval --- carrion --- larva --- first record --- barcoding DNA --- integrative taxonomy --- arthropods --- burial --- decay --- insects --- pig --- biological variation --- death time estimation --- alternative storage --- carrion insects --- validation --- minimum postmortem interval (PMI-min) --- rearing --- calliphoridae --- Lucilia sericata --- climate change --- global warming --- Fanniidae --- larval morphology --- human cadaver --- Forensic Entomology --- Spain --- experimental studies --- cases --- cold cases --- hair evidence
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A beautifully illustrated look at the lives and mind-boggling behaviors of insects: What Insects Do, and Why. It takes you on an unforgettable tour of the insect world, presenting these amazing creatures as you have never seen them before. This stunningly illustrated guide explores how insects live, ranging from elegant displays of courtship to brutal acts of predation, and provides insights into the marvelous diversity of insects all around us. Along the way, Ross Piper discusses insect evolution, reproduction and life cycles, feeding strategies, defenses, sociality, parasite-host interactions, human impacts on insects, and more.
Animals. --- Animal kingdom --- Beasts --- Fauna --- Native animals --- Native fauna --- Wild animals --- Wildlife --- Organisms --- Human-animal relationships --- Zoology --- Ant. --- Antlion. --- Aphid. --- Arachnocampa. --- Argentine ant. --- Army ant. --- Arthropod eye. --- Attelabidae. --- Bed bug. --- Bee. --- Beetle. --- Beewolf. --- Blister beetle. --- Bombardier beetle. --- Bombyliidae. --- Botfly. --- Braconidae. --- Brood (honey bee). --- Caddisfly. --- Calliphoridae. --- Caterpillar. --- Ceratopogonidae. --- Click beetle. --- Cuckoo bee. --- Cuckoo wasp. --- Damselfly. --- Dinocampus coccinellae. --- Dragonfly. --- Drosophila melanogaster. --- Dung beetle. --- Earthworm. --- Emerald cockroach wasp. --- Encyrtidae. --- Entomology. --- European beewolf. --- Fig wasp. --- Fire ant. --- Flatworm. --- Flea beetle. --- Froghopper. --- Fungus gnat. --- Fungus. --- Gall wasp. --- Glowworm. --- Ground beetle. --- Hemiptera. --- Honey bee. --- Hunting wasp. --- Hymenoptera. --- Ichneumonidae. --- Insect repellent. --- Insect trap. --- Insect wing. --- Insect. --- Larva. --- Leaf-mimic katydid. --- Leafcutter ant. --- Leafhopper. --- Lepidoptera. --- Longhorn beetle. --- Louse. --- Mayfly. --- Mealybug. --- Millipede. --- Mole cricket. --- Mutillidae. --- Myrmelachista schumanni. --- Nematode. --- Nematomorpha. --- Nemopteridae. --- Opiliones. --- Owlfly. --- Parasitism. --- Parasitoid wasp. --- Parasitoid. --- Pesticide. --- Phasmatodea. --- Pheromone. --- Phragmosis. --- Platygastridae. --- Plecoptera. --- Pupa. --- Pyrophorus nyctophanus. --- Rasberry crazy ant. --- Ricinulei. --- Rove beetle. --- Sapsucker. --- Scale insect. --- Scarabaeidae. --- Spermatophore. --- Spider. --- Stalk-eyed fly. --- Strepsiptera. --- Termite. --- Tiger beetle. --- Tsetse fly. --- Warble fly. --- Wasp. --- Weevil. --- Worker bee.
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