Lucilia
Guides
Lucilia cluvia
Lucilia cluvia is a species of blow fly in the family Calliphoridae. It belongs to the genus Lucilia, commonly known as green bottle flies. Very little specific information has been documented about this particular species compared to better-studied congeners such as Lucilia sericata and Lucilia cuprina.
Lucilia coeruleiviridis
Blue-green Bottle Fly, Green Bottle Fly
Lucilia coeruleiviridis is one of the most common and ubiquitous blow fly species in the southeastern United States, with a range extending throughout the eastern US. This species is forensically important, frequently used for minimum postmortem interval (mPMI) estimation in death investigations. Larval development is strongly temperature-dependent, with optimal growth occurring at warm temperatures. The species was first described by French entomologist Justin Pierre Marie Macquart in 1855 and was formerly placed in the genus Phaenecia.
Lucilia eximia
green bottle fly
Lucilia eximia is a green bottle fly in the family Calliphoridae, distributed throughout the Neotropics from northern Mexico to southern South America. The species is a significant forensic indicator used to estimate minimum postmortem intervals, with well-documented intra-puparial development stages and thermal accumulation requirements. Laboratory studies indicate adults require both sugar and protein sources for optimal longevity, with water deprivation severely reducing survival. The species colonizes animal remains in urban environments exposed to sunlight.
Lucilia silvarum
common toad fly, Marsh Greenbottle Fly
Lucilia silvarum is a blow fly in the family Calliphoridae, first described by Johann Wilhelm Meigen in 1826. Adults are 4.5–10 mm with metallic green coloration and plumose aristae, making them difficult to distinguish from related green bottle flies. The species has a Holarctic distribution across North America and Europe. Recent research has clarified its ecological role: it is primarily saprophagous on carrion and was identified as a primary colonizer of domestic cats in experimental studies, contradicting earlier assumptions that it was strictly associated with amphibian myiasis.