Tag Archives: decomposition

THE TRAGIC DEATHS OF GENE HACKMAN AND BETSY ARAKAWA

On February 26, 2025, the decomposing bodies of legendary Hollywood actor Gene Hackman and his wife Betsy Arakawa were found inside their cloistered estate at Santa Fe, New Mexico. The medical investigator ruled both died of natural causes approximately five days apart—Arakawa passing on February 12, and Hackman being deceased on February 17. There was no evidence of foul play or accident, but there is a sad and compelling story behind the tragic deaths of Gene Hackman and Betsy Arakawa.

The bodies were discovered by maintenance workers who became suspicious as neither Arakawa nor Hackman had been seen in some time. They peered through a window and saw a body on the floor. Police immediately attended as did death scene examiners from the New Mexico Office of the Medical Investigator.

Autopsy and investigation information was released to the public on March 7. “It is unprecedented for the Office of the Medical Investigator to make public statements about sudden death investigations so soon in the process. However, the circumstances surrounding these two deaths require accurate dissemination of important information,” the New Mexico Chief Medical Investigator Dr. Heather Jarrell said at a press conference.

This was a prudent move given the high-profile nature of the Hackman-Arakawa case. In the nine days between the body discoveries and the conference, the media—especially social media—was alive with rumours and false assumptions. It’s to be expected with someone as well known as Gene Hackman and the strange circumstances of this death case.

Although the autopsy reports and scene imagery were quickly sealed by a judge acting on a petition from the Hackman-Arakawa estates, the medical investigator did offer a clear account of the death causes and the circumstances leading up to their tragic demise. Here’s what’s publicly known.

Betsy Arakawa, age 64, was last seen alive between 3:30 and 5:00 pm on February 11. She was filmed on surveillance cameras at Sprouts Farmers Market, CVS Pharmacy, and a pet food store in downtown Santa Fe. Her car entered the couple’s gated community at 5:15 pm using the remote control assigned to her. Cell phone records and inquiries established she’d called a private medical clinic on the morning of February 12 and made an afternoon appointment with a doctor. She never showed up.

Arakawa’s body was positioned on the floor of one of their home’s bathrooms. An open vial and scattered pills were near her, but the medical examiner determined they were a routine prescription for a thyroid condition and had nothing to do with her death. It seemed she’d suddenly collapsed, became unconscious, and shortly died.

Her autopsy showed a serious lung condition, and she suffered from an escalating case of hantavirus infection. Without question, this proved fatal and Hantavirus Pulmonary Syndrome (HPS) clearly was the cause of her death. Hantavirus primarily infects rodents and is highly transferable to humans. The death scene property outbuildings showed evidence of deer mouse infestation which results in airborne particles from droppings or discharges being human-inhaled. HPS can manifest in the body for weeks before sharply increasing in respiratory difficulties and then sudden death.

Hantavirus Pulmonary Syndrome is rare, but the State of New Mexico Health Department recorded 136 infections over the last 50 years. Nearly half of the cases were fatal. HPS is treatable if caught in the early stages, but the autopsy conclusions found Betsy Arakawa was in an advanced, chronic condition. Likely, the rapidly escalating symptoms is why she made the doctor appointment and why she expired so quickly.

Gene Hackman was already aged and frail. He was 95 when he died, and his autopsy showed he was in an advanced stage of dementia—confirmed in the brain dissection and MRIs as Alzheimer’s Disease. Hackman also suffered from significant atherosclerotic cardiovascular disease (plaque-clogged heart arteries) as well as renal disease (failing kidneys).

The medical investigator ruled Gene Hackman’s cause of death was due to complications from heart failure, dementia, and his kidneys shutting down. This is also known as Multiple Organ Dysfunction Syndrome (MODS) and is a common end-of-life condition for the very elderly. Basically, the body progressively quits.

There was strong evidence for Hackman’s death date of February 17. That was the day his pacemaker stopped which is proof of death. Although there’s no doubt about where, when, and how Hackman died, the disturbing and unanswered question is what he knew—what he was aware of—while his wife—his sole caregiver and life support system—lay deceased and decomposing on the bathroom floor. This is truly tragic. Just awful to think of that helpless and alone old man.

Additionally tragic is that one of the couple’s dogs also died during the time Hackman and Arakawa went undiscovered. The animal was recovering from a veterinary procedure and was kept caged. The poor pet probably succumbed to dehydration.

In the time after the body discoveries on February 26 and the official information release on March 7, a lot of media speculation went on about the states of the Arakawa and Hackman corpses, specifically around the reports/rumors of mummification. This has been clearly addressed by forensic pathologist Dr. Judy Melinek in her article on MedPageToday.

Long-term followers of DyingWords.net may remember Judy when she guest posted on this site corresponding to the release of her first book Working Stiff: Two Years, 262 Bodies, and the Making of a Medical Examiner which documented her World Trade Center bombing experience.

Here’s Dr. Melinek’s piece titled Gene Hackman’s Death: How the Mystery Unfolded — Determining time of death can help inform the cause of death.

When actor Gene Hackman and his wife, pianist Betsy Arakawa, were found dead and decomposed in their Santa Fe, New Mexico home on February 26, much of the media fixated on a phrase in the police report describing “mummification” of their hands and feet. People who hear that phrase tend to immediately think of embalmed cadavers from ancient Egypt, as seen in bad movies.

The medical term, however, describes a natural process of postmortem change. Mummification of the extremities occurs as a process of desiccation: the skin dries out, turns brown, wrinkles up. We usually find it in a warm, dry environment, and though it can happen over the course of weeks, it might also set in as quickly as a matter of days.

Given that these two decedents were found indoors in arid Santa Fe, and that there was a space heater in the bathroom near Arakawa’s body, the finding of mummification is not surprising. Subsequent interrogation of Hackman’s pacemaker indicated that the last cardiac activity was on February 17 — 9 days before the bodies were found — and that workers had last been to the residence approximately 2 weeks prior. Meanwhile, Arakawa was last seen on the gated community CCTV and was communicating via e-mail on February 11.

It’s these circumstantial bits of information from the scene that are often the most helpful clues in narrowing down the time of death in the early phases of a death investigation. Let’s dive deeper into the role of a forensic pathologist and other key players in a mysterious case like Hackman and Arakawa’s.

Narrowing Down Time of Death

Time of death estimation is a complex process that depends on multiple factors both intrinsic to the body and found in the immediate environment around it. These variables can include the body’s weight and clothing, the ambient temperature, whether the death occurred indoors in a controlled environment or outdoors where temperatures fluctuate, the health status of the individual just prior to death, and the presence or absence of animals (including insects) that can feed on the body.

Experienced forensic pathologists carry around a mental library of cases that inform us over the course of a career of what a decomposing human body will look like after 24 hours, 48 hours, weeks, and months — and in all different ambient conditions. Death scene investigators can also take a measurement of the core body temperature at the scene that we can compare to published data to help narrow down a tighter death interval using nomograms opens in a new tab or window.

Post-mortem interval estimation isn’t perfectly empirical, but its reliability increases with each bit of information gleaned about a case, the forensic expertise of the person doing the assessment, and the thoroughness of the police investigation. It’s often our role early on to help the police focus their investigation on a reasonable time frame by providing a ballpark estimate of when the person died, and to help them dismiss incompatible testimony or unlikely suspects.

The Cause of Death

What about the cause of death? You have to be concerned about an environmental toxin like carbon monoxide or natural gas when two people and a pet are dead in the same enclosed residence. So, hazardous-materials crews would need to assess such a scene prior to arrival of medical first responders, who might otherwise be putting their own lives at risk. Environmental testing was performed at the residence of Hackman and Arakawa, and additional carbon monoxide testing was also performed on the human remains. All these tests were negative.

The deaths remained a mystery until Friday, March 7, when the medical examiner held a news conference to report that Arakawa had died from hantavirus, a rare pathogen that can be transmitted from rodent droppings, and that Hackman, who had been suffering from Alzheimer’s and cardiovascular disease and had relied on his wife’s care, likely died of heart disease opens in a new tab or window in the same house a week later. It’s not clear if Hackman knew his wife was dead.

This is a heartbreaking conclusion. It came after extraordinarily intensive and quick work by New Mexico’s state Office of the Medical Investigator (OMI) and underscores their dedication and professionalism. The New Mexico OMI has extensive experience with infectious diseases and is one of the select death-investigation facilities in the U.S. with a BSL-3 biosafety level morgue where they can handle infectious agents that spread through airborne transmission.

I suspect that there might have been signs at autopsy that pointed to a lung infection, and that hantavirus was then detected by identifying its genetic signature through polymerase chain reaction (PCR) testing of a nasopharyngeal or lung tissue swab. The Hackman-Arakawa property was in a remote area of Santa Fe, and there was evidence of rodent activity there. The couple had three dogs, and sometimes pets can come in contact with wild rodents and bring them into the house. The necropsy on the dead dog is still pending and may answer more questions about the source of viral exposure.

The Risk of Isolation

I know a lot of gut-wrenching death stories, and the worst ones always involve either the feeling that death may have been preventable, or that the decedent suffered. Everyone who’s been following this shocking and complex public mystery should be grateful to the New Mexico OMI for giving us — and the Hackman-Arakawa family — a speedy and decisive resolution.

If you have people in your lives who are the sole caregivers to a medically fragile patient, please reach out frequently to give them as much help and support as you can. Balancing their need for privacy with your own concerns for their wellbeing is never simple, but maybe these public deaths will open conversations with them about a less isolated environment for their end-of-life care.

Judy Melinek, MD, is an American forensic pathologist currently working as a contract forensic pathologist in Wellington, New Zealand. She is the co-author with her husband, writer T.J. Mitchell, of the memoir Working Stiff: Two Years, 262 Bodies, and the Making of a Medical Examiner, and the forensic-detective novels First Cut and Aftershock. You can follow her on BlueSky @drjudymelinek and Facebook/DrJudyMelinekMD.

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Tragic is an appropriate word to describe the Hackman/Arakawa death case. Here was once an A-List, Oscar-winning movie star and now a very wealthy man living a recluse life with his also-accomplished wife of 30 years. They have no contact with the outside for two weeks, and no one in the family or friend sphere thinks to check on them. An old, frail, and demented man and his increasingly ill younger wife die alone, days apart, and rot on the floor of their multi million-dollar mansion.

The magazine Architectural Digest once ran a feature on the Hackman/Arakawa Santa Fe home. Here’s some pictures of it. It makes one think.

EIGHT EFFECTIVE WAYS TO DISPOSE OF A BODY

A19According to the Central Intelligence Agency’s World Factbook, the worldwide human death rate averages nearly 8 per 1,000 in population. With over six billion people on the planet, that’s about 55.3 million deaths per year — 151,600 a day, 6,316 an hour, 105 a minute, and nearly 2 per second. That’s a lot of bodies to dump.

Conventional cemetery burial and fossil-fuel cremation are the two main means of corpse disposal but both have drawbacks by way of cost, use of natural resources, and effects on the environment. Today, many people are looking for alternate solutions in sending-off their dearly departed.

Here are eight other effective ways to dispose of a body.

A231. Promession is the process of freeze-dying human remains. Whereas cremation incinerates a body resulting in ash (ashes to ashes—dust to dust, as the saying goes), promession produces .04 inch (1 millimeter) diameter particles of organic material that can be returned to the earth in many ways.

The process is relatively simple… and gentle.

A24First, the corpse is frozen at 0 degrees Fahrenheit (-18 Celcius) and then placed in a vat of liquid nitrogen where the temperature drops to -320 Fahrenheit (-196 Celcius). A mechanical device vibrates the body which disintegrates in minutes, then the material is freeze-dried in a vacuum chamber, removing the water and reducing the weight to thirty percent of the original mass. Metals such as fillings and artificial devices are picked-out then the dry powder is placed in an urn and returned to the family.

2. Biodegradable caskets and burial shrouds are replacing exotic wood and metal coffins which used to be buried six feet underground in crowded, designated cemeteries. The thinking was to preserve the body as long as possible and delay the natural decomposition process.

A5

Today, innovative interment containers made of wicker, bamboo, seagrass, cotton, or banana leaves break down quickly when laid in the earth’s organic layer which averages two feet in depth.

A73. Green or woodland burials are becoming popular throughout North America where land space in rural areas is still readily available. Recognizing that a human body is designed to naturally recycle in the earth after death, families choosing green burials have their member return to the earth.

Green burial spaces respect the natural environment by encouraging grass and tree growth which are fertilized by organic compounds in human bodies. Gravesites are marked through GPS coordinates rather than by headstones.

4. Eternal Reefs combine a cremation urn, ash scattering, and burial at sea into one meaningful, permanent environmental tribute to life.

A3Reef balls have been used for years. There are over 700,000 reef balls used in more than 4,000 projects in over 70 countries and are considered the gold standard in artificial reef development and restoration—particularly in building coral reefs.

Brilliantly designed, the balls are made of Ph-neutral concrete and are round, hollow, and perforated to allow the flow of water and population by marine life. Eighty percent of the weight is built into the bottom of the balls preventing them from being washed away by currents or storms.

A26Human remains, whether diminished by cremation or promession, can be mixed with the concrete or set in individual pockets built into the reef ball. Creating a healthy and sustainable marine environment is a wonderful tribute to a passed friend.

4. Green Embalming replaces the toxic, carcinogenic method of using formaldehyde fluids in preserving a cadaver whether the purpose is to make viewing presentable or long distance shipping possible.

A27For thousands of years, civilizations have been using organic compounds in their mortuaries. They include essential oils like pine, juniper, onion, and palm, as well as resins like lichen, oloeo-gum, beeswax, cassia, bitumen, and myrrh. Frankincense was used to mask odors and bodies were washed in wine.

These naturally occurring precursor agents are non-polluting and environmentally stable, unlike the chemicals found in traditional embalming fluid. While initially retarding a body’s breakdown, the effects quickly wear off and allow decomposition to proceed, which is what mother nature intended.

A105. Bios Urns allow someone become a tree. This patented product is essentially a cone or a sphere which contains soil, the deceased’s ashes, and a seed. The urn itself is biodegradable so you just plant the entire container, water it, and watch a sapling tree sprout from what used to be a relative.

The Bios Urns website offers a choice of plantings including maple, pine, gingko, beech, or ash as well as providing for custom orders. There’s also an app which alerts your smart phone of a need for hydration or an automatic watering system can also be bought.

A86. Donating a body to medical science has been an option available for years and it’s always in demand. Anatomical students need actual human cadavers for study and dissection and it’s an honorable use of deceased remains to provide schooling for the next generation of doctors and researchers.

Although there’ve been huge technological advancements in anatomical models and computer generated simulators, there’s nothing quite like the real thing for practicing professionals.

A207. Donating a body to forensic science is another option and something relatively new. Since the success of The Body Farm, which was pioneered by Dr. Bill Bass of the University of Tennessee Anthropological Research Facility near Knoxville, six more farms were developed to study the decomposition process of human remains to aid in the forensic investigation of human deaths.

These farms accept over one hundred bodies per year and currently have in excess of thirteen hundred registered donors—when their time comes.

8. Human composting is a concept that’s proposed but not yet in operation. Architect Katrina Spade’s Urban Death Project is a dignified way to turn remains into nutritive compost as quickly as possible.

A15

The Urban Death Project is more than just a compost-based renewal system. It’s a new model for death care in overcrowded cities and is replicable, scalable, not-for-profit, and totally beneficial to the planet.

A25In a bold departure to the status quo—never before have humans been composted—the Urban Death Project will be an architectural first that’s built as a three-storey compost core. Ramps will allow a funeral procession to carry a shrouded deceased to the top of the bin and conduct a service before “laying-in”.

The body is not embalmed as fast decomposition is essential to the process. Over the span of a few months, aerobic and microbial activity transforms the deceased—along with others—into a rich, organic compost that can be used to fertilize urban spaces such as rooftop edible gardens.

A17The Urban Death Project is working with Western Carolina University’s Forensic Osteology Research Station (FOREST) in studying the human composting process to develop a safe, effective, and dignified way of caring for the deceased. Osteology is a specialized branch of anthropology that deals with studying bone structure.

The organization aims to “fundamentally alter the way that Western Society thinks about death. The goal is to un-do the over-commercialization and needless distance currently created between ourselves and this inevitable human event”.

The first human composting facility is being planned for the city of Seattle in Washington State. Check out their website at www.urbandeathproject.org.

MORTIS – UNDERSTANDING BODY CHANGES AFTER DEATH

AA5Many crime writers mistakenly believe there’s a precise science to pronouncing time of death (TOD). There is a progressive process, but the sequence and time intervals are influenced by many factors. To craft convincing death scenes, authors need to know how a body actually breaks down.

Mortis is the anatomical term for changes in a body after the moment of death. Medically, that’s when the central nervous system gets unplugged and oxygenated blood is no longer delivered to the tissues, which naturally start recycling. The five types of mortis are:

  • Rigor – stiffening of muscles

  • Livor – settling of blood

  • Algor – change in temperature

  • Palor – change in color

  • Decomp – breakdown in tissue

AA6All these mortis conditions are integral to a decomposing process. Death is a part of life and decomposition is a part of death. Just as life is not always predictable, neither is estimating the post-mortem interval (PMI) between when death anatomically occurred and when first examination of the body begins.

Death investigations work on a triangle of Body – Scene – History. It’s a holistic approach to determining cause of death (COD) and it’s the coroner’s responsibility to answer five universal questions:

  • Who is the deceased?

  • Where did they die?

  • When did they die?

  • What caused their death?

  • What was the means of death?

AA7Some people are confused about the difference between cause and means. Cause is the medical reason. In this fellow’s case the cause of death would be traumatic brain injury. Means is the mechanism or physical reason – gunshot wound to the forehead.

There can be thousands of causes of death, but there are only five classifications:

  • Natural

  • Accidental

  • Suicide

  • Homicide

  • Undetermined

AA8How this ties into mortis is that satisfying the five universal questions, great weight is placed on interpreting the body’s condition when first examined. This is where understanding the mortis process is so important and a lot of the interpretation comes from years of experience.

The proper pronunciation of the mortis states puts emphasis on the first syllable and it’s a long ‘I’ (RYE-gore).

Let’s look at each one.

Rigor Mortis is the stiffening of muscles. It’s caused by the body’s energy source, adenosine triphosphate (ATP), being depleted. With no energy left to keep the muscles flexible, they naturally go to a rigid state until another enzyme begins the breakdown of tissue and relaxation returns.

AA10Immediately upon death, the body enters a brief period of primary flaccidity where it’s dead limp. Depending on many factors, temperature and body mass being the big ones, the muscle stiffening begins in 1- 2 hours, first setting into the eyelids, jaw, and neck. It proceeds to the limb joints and extremities after 4-8 hours and fixes in the organs in about 12 hours. Rigor releases in a reverse sequence and can be absent in as little as 12 hours or can stay for days, again depending on factors.

Livor Mortis is the pooling of blood caused by gravitational settling once the heart stopped pressurizing the vascular system. It’s evident by purplish-red blotching where blood is free to pool and blanched-white where pressure points restrict it. Lividity, as it’s also known, sets in between 30 minutes to 1 hour after death and ‘fixes’ in about 8-12 hours. ‘Fixing’ is the entire settling where blood has coagulated and no longer runs free.

Algor Mortis is the change in body temperature. A cadaver will always achieve ambient temperature, regardless of time. A normal, living human’s core temperature is 36 Celsius (98.6 Fahrenheit) but the scene temperature could be anywhere above or below. In a cold environment, the body will drop to equilibriate. In a hot environment, it will rise. Here’s where so many peripheral factors come into play. Body size. Layered Clothing. Air movement. And the list goes on. A rule of thumb is that a body’s temperaature will change about 1 degree Celsius per hour.

AA11Palor Mortis is the change of color. Live humans are pretty much a reddish tinge due to oxygenated blood flowing (different tones for different races). Immediately upon death, a bluing phase occurs, following by a grey, then a white, and it can be a rainbow of colors as decomposition takes over.

Decomp, or decomposition, is not really a true class of mortis – rather it’s the culmination of the four mortis processes which leads to a breakdown of the body tissues and a return to nature.

Decomposition is a complex and unpredictable thing. There are two processes that morph into one:

  • Putrefaction – action of bacteria on body tissues

  • Autolysis – body breakdown by endogenous substances

AA9In most deaths these two work in tandem, starting with a breakdown in internal organs which produces gas. This causes bloating and skin discoloring, as well as the foul odor from purging or ‘gassing-off’. As the muscle tissues change, the skin begins to dislodge, the joints become loose enough to disarticulate, fats become liquefied, and bones become exposed. Advanced decomp can become skeletonized, mummified, or consumed – again depending on so many factors, which all start from the mortis process.

The changes in a human’s body after death can be just as varied as their experiences in life.

Biological, environmental, and circumstantial factors will shape your death, just like they’re shaping your life.

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I originally wrote this post for Kristen Elise, PhD, on her blog site at MurderLab.com. I think it’s useful information for other crimewriters so I shared it here at DyingWords. Here’s the link to the original post on Kristen’s site:

http://www.murderlab.com/2015/07/mortis-understanding-body-changes-after.html