5 Pets Who Helped Solve Their Owners' Murders


While it’s widely acknowledged pets can offer comfort, companionship, and fuzzy tummies for rubbing, it can also be reassuring to know your furry pals may one day provide the necessary information to find your killer. That could be the case for the late Martin Duram, whose pet parrot Bud has taken to vocalizing his owner's possible last words after a fatal shooting in May 2015: "Don't [expletive] shoot!"

Bud also likes to replicate what sounds like an argument between a man and woman, leading Duram's family to believe it may have been a domestic incident gone awry. (According to Michigan NBC affiliate WOODTV, his wife, Glenna, is a suspect.)

It's not yet known whether Bud's chirpy testimony will ever be admissible in court. Until then, here are five animals that made sure justice was served.


Texas native Kevin Butler was such a fan of NBA great Larry Bird that he ignored the potential redundancy and named his pet cockatoo after him. Friends said Bird was very devoted to Butler, and when Butler’s home was broken into in 2001, Bird tried to fend off his owner's murderers before he was mortally wounded himself. One of them, Daniel Torres, denied involvement until prosecutors presented evidence linking the DNA recovered from Bird’s beak to Torres. He received life in prison. Bird, just 18 inches tall, was heralded as “valiant” during the trial.


A Seattle, Washington couple and their dog were found slain in 1998, the apparent victims of a home invasion. While standing trial, suspects Ken Leuluaialii and George Tuilefano were surprised to learn that prosecutors planned a landmark entry of evidence: Chief’s DNA. Dog blood had been found on the defendants’ clothing during the investigation, and forensic analysis was able to match it to the deceased pit bull-Labrador mix. In his opening argument, prosecutor Tim Bradshaw stated that “the irony will be that the witness who could never speak, even when he was alive, will present the most eloquent of evidence."


When pet shop owner Lori Auker disappeared in May 1989, her family thought the worst. Unfortunately, their suspicions were correct: After almost three weeks of searching, Lori’s body was discovered near a dirt road in Pennsylvania. Police focused on her estranged husband, Robert Auker, who had been following her in the weeks leading up to her death. Surveillance footage placed a car resembling his 1984 Chevrolet Celebrity in the vicinity, and his parents reported Auker had been meticulously scrubbing the interior before selling it.

Despite his efforts, forensic workers found several cat hairs that later proved to be an identical match to the victim’s two felines. The fur was also stuck to a splint Auker had been wearing on his hand the day Lori disappeared. He was given the death penalty.


Hira was the only witness to Neelam Sharma’s murder in February 2014; the attacker had also dispatched of the family dog, who had been barking during the struggle. Widower Vijay Sharma, editor of a Hindi daily newspaper, was unable to think of any solid leads to help police until his brother-in-law noticed Hira would become highly agitated whenever his nephew, Ashutosh, visited—or even when his name was mentioned in conversation. Vijay says he informed police and Ashutosh confessed to the robbery-turned-murder. "He accepted his crime and informed us that he was accompanied by an accomplice," officer Shalabh Mathur said. "They had entered the house with the intention of taking away cash and other valuables." Afraid his aunt would recognize him, he killed her.

Police later downplayed the bird’s participation, saying it was an unexplained bite mark on Ashutosh that made him their primary focus. Whatever the case, local news media initially reported Hira’s name as Hercule the Parrot, a rather morbid attempt at humor.  


While not quite a pet, one insect found itself dying for a noble cause. According to “forensic entomologist” M. Lee Goff, a 1985 homicide in Texas resulted in precious little physical evidence—save for a grasshopper that had been found on the victim’s clothing that was missing a limb. Further investigation of one suspect revealed that he happened to have a severed insect leg stuck in the cuff of his pants. When Goff re-assembled the bug, he found it to be a perfect match, and the suspect was convicted. Goff went on to be a consultant for the CSI television franchise and continues to use entomology to help determine time, location, and cause of death.

Scientists Capture the First Footage of an Anglerfish’s Parasitic Mating Ritual

The deep sea is full of alien-looking creatures, and the fanfin anglerfish is no exception. The toothy Caulophryne jordani, with its expandable stomach and glowing lure and fin rays, is notable not just for its weird looks, but also its odd mating method, which has been captured in the wild on video for the first time, as CNET and Science report.

If you saw a male anglerfish and a female anglerfish together, you would probably not recognize them as the same species. In fact, in the video below, you might not be able to find the male at all. The male anglerfish is lure-less and teeny-tiny (as much as 60 times smaller in length) compared to his lady love.

And he's kind of a deadbeat boyfriend. The male anglerfish attaches to the female's belly in a parasitic mating ritual that involves biting into her and latching on, fusing with her so that he can get his nutrients straight from her blood. He stays there for the rest of his fishy life, fertilizing her eggs and eventually becoming part of her body completely.

Observing an anglerfish in action, or really at all, is extremely difficult. There are only 14 dead specimens from this particular anglerfish species held at natural history museums throughout the world, and they are all female. Since anglerfish can't live in the lab, seeing them in their natural habitat is the only way to observe them. This video, shot in 2016 off the coast of Portugal by researchers with the Rebikoff-Niggeler Foundation, is only the third time we've been able to record deep-sea anglerfish behavior.

Take a look for yourself, and be grateful that your own relationship isn't quite so codependent.

[h/t CNET]

Cockroach DNA Shows Why They're Basically Indestructible

Most people are all too aware that cockroaches are horrifyingly resilient beings. Yes, they can and have survived nuclear blasts, and surely stand to inherit the Earth after we all succumb to the apocalypse. Why is this creature able to thrive in the face of pesticides, the loss of limbs, disgusting conditions, a range of climates, and even nuclear fallout, in urban kitchens across the world? As Inside Science reports, a new study on the genome of the American cockroach shows that certain genes are key to its wild evolutionary success.

In an article published in Nature Communications, researchers from South China Normal University in Guangzhou, China report that they sequenced and analyzed the genome of Periplaneta americana, and in the process they discovered just how indestructible this scourge is. They found that the cockroach (native to Africa, despite its American moniker) has more DNA than any other insect whose DNA has been sequenced except the migratory locust. The size of its genome—3.3 billion base pairs—is comparable to that of humans.

They have a huge number of gene families (several times the number other insects have) related to sensory reception, with 154 smell receptors and 522 taste receptors, including 329 taste receptors specifically related to bitter tastes. These extra smell and taste receptors may help cockroaches avoid toxic food (say, your household pesticide) and give them the ability to adapt to a multitude of different diets in different environments.

They also have killer immune systems able to withstand pathogens they might pick up from the rotting food they eat and the filth they like to live in. They have many more genes related to immunity compared to other insects.

The genome analysis might give us more than just a newfound respect for this revolting pest. The researchers hope to find a way to harness this new knowledge of cockroach immunity to control vermin populations—and create an eradication method slightly more effective than just stomping on them.

[h/t Inside Science]


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