State Of Washington, V. Gary Charles Hartman

534 P.3d 423
Court of Appeals of Washington·Decided August 22, 2023·No. 56801-2·Published·Cited by 1 cases

Opinion

Filed Washington State Court of Appeals Division Two

August 22, 2023

IN THE COURT OF APPEALS OF THE STATE OF WASHINGTON

DIVISION II STATE OF WASHINGTON, No. 56801-2-II

Respondent,

v.

GARY CHARLES HARTMAN, PUBLISHED OPINION

Appellant.

GLASGOW, C.J. — In 1986, MW, a 12-year-old girl, was raped and murdered in a Tacoma

park. The killer left semen on MW’s body, but his DNA did not match that of any suspects or

anyone in police databases for the next 30 years.

In 2018, police enlisted Parabon Nanolabs, a DNA technology company, to analyze the

killer’s DNA and to upload it into GEDmatch, a consumer DNA database, looking for partial

familial matches that would help identify the killer. Police did not secure a warrant to analyze the

abandoned DNA or to compare it with DNA in the GEDmatch database.

Parabon learned that several of the killer’s cousins had DNA in the GEDmatch database.

Parabon used information from the database and public records to construct family trees. Parabon

then directed police to try to obtain a DNA sample from Gary Charles Hartman. Police obtained a

discarded napkin containing Hartman’s DNA, and it matched the DNA from semen on MW’s

body. The State charged Hartman with first degree felony murder. No. 56801-2-II

Before trial, Hartman moved to suppress the DNA evidence, arguing that Parabon’s

comparison of the DNA sample from the crime scene to the GEDmatch database was

unconstitutional. He also asserted that the DNA later collected from the napkin directly linking

him to the murder was inadmissible as fruit of the poisonous tree. Hartman did not argue below

that he had any privacy interest in DNA left at the crime scene, nor did he challenge the collection

and testing of DNA from the discarded napkin.

The trial court ruled that Hartman did not have standing to challenge the comparison of the

DNA from the crime scene to DNA in the GEDmatch database because he did not have a privacy

interest in his cousins’ DNA in the database. In addition, Hartman’s relatives had voluntarily

uploaded their DNA into the GEDmatch database, and the DNA that Hartman left at the crime

scene was abandoned and not private. The trial court denied the motion to suppress. After a bench

trial on stipulated facts, the trial court convicted Hartman.

Hartman appeals his conviction. He argues that analyzing the DNA sample from the crime

scene and comparing it with the GEDmatch database to look for his relatives’ DNA disturbed his

private affairs in violation of article I, section 7 of the Washington Constitution. Thus, he argues

that he had standing to challenge the DNA comparison. In oral argument, he asserted for the first

time that he has a privacy interest in the DNA from the semen abandoned at the crime scene.

We affirm. There is no privacy interest in commonly held DNA that a relative voluntarily

uploads to a public database that openly allows law enforcement access. And there is no privacy

interest in DNA that one abandons at a crime scene. Absent a privacy interest, Hartman did not

have standing to challenge the comparison of the crime scene DNA with the GEDmatch database.

But the legislature could adopt statutory restrictions and the companies that run consumer DNA

2 No. 56801-2-II

databases could adopt policies limiting law enforcement access to genetic information in those

databases without a warrant. Indeed, GEDmatch did just that in 2019 after the investigation at

issue in this case.

FACTS

I. BACKGROUND

A. Initial Investigation

In 1986, 12-year-old MW was playing with her sisters in a Tacoma park. MW left to get

lunch and never returned to her sisters. That night, her body was found in a wooded gulch in the

park. Someone had raped her and then killed her by slitting her throat and striking her in the head

with a blunt object that caved in her skull.

The killer left semen and hair on MW’s body. Over the next 30 years, DNA, blood type,

and hair comparisons eliminated more than 100 possible suspects. The killer’s DNA did not match

anyone in the Combined DNA Index System (CODIS), the state and national police DNA

databases.

In the mid-2010s, police began considering identifying MW’s killer through a familial

DNA analysis, which would involve looking for DNA profiles that were not exact matches but

had enough DNA in common to be a relative of the killer. CP at 240. Congress has not expressly

authorized checking for familial matches in CODIS at the national level, although a few states

allow such analyses in their state police DNA databases. Shanni Davidowitz, 23andEveryone:

Privacy Concerns with Law Enforcement’s Use of Genealogy Databases to Implicate Relatives in

3 No. 56801-2-II

Criminal Investigations, 85 BROOK. L. REV. 185, 199 (2019).1 Currently, Washington State does

not expressly allow analysis of a suspect DNA sample to check for familial matches in the police

DNA databases. See How We Can Help You: Frequently Asked Questions on CODIS and NDIS,

FED. BUREAU INVESTIGATION, https://www.fbi.gov/how-we-can-help-you/dna-fingerprint-act-of-

2005-expungement-policy/codis-and-ndis-fact-sheet [https://perma.cc/M3XT-HW2T].

B. Parabon and GEDmatch Investigation

In 2017, police sent the DNA of MW’s killer to a genealogy consultant, Barbara Rae-

Venter. Rae-Venter uploaded the killer’s DNA profile into several nongovernment consumer DNA

databases and began trying to identify family connections that could provide leads. Police also sent

the DNA profile to a genetic genealogist at another company, Parabon, who compared the killer’s

DNA sample to the GEDmatch database. Through the consumer databases, Rae-Venter and

Parabon both identified two of the killer’s second cousins, one of whom lived in Washington.

GEDmatch’s database contained a larger pool of people than most. While some consumer

DNA databases like 23andMe and Ancestry “could only connect people through the samples in

their own respective databases, GEDmatch allowed all [direct-to-consumer testing] customers to

upload their test results regardless of the testing company and for free.” Victoria Romine, Crime,

DNA, and Family: Protecting Genetic Privacy in the World of 23andMe, 53 ARIZ. ST. L.J. 367,

372 (2021). In this way, GEDmatch “served as a gap filler, allowing people to connect with

relatives who happened to use a different testing company.” Id. And while police databases

1 See also Law Enforcement Resources: Combined DNA Index System (CODIS), FED. BUREAU INVESTIGATION (“Familial searching is not currently conducted at the national level.”), https://le.fbi.gov/science-and-lab/biometrics-and-fingerprints/codis [https://perma.cc/PG5L- KYL7].

4 No. 56801-2-II

contained only about 20 identifying markers from a person’s DNA, the analysis GEDmatch

performed was extensive. It could “reveal information about a person’s sex, physical appearance,

medical conditions, genetic history, and ancestral origin.” Id. at 379. Other consumer databases

used in this case, FamilyTree DNA and MyHeritage, worked in a similar way. Id. at 372.

GEDmatch could “consistently match relatives as distant as third cousins.” Michael I.

Selvin, A Too Permeating Police Surveillance: Consumer Genetic Genealogy and the Fourth

Amendment After Carpenter, 53 LOY. L.A. L. REV. 1015, 1020 (2020). A database like GEDmatch

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State Of Washington, V. Gary Charles Hartman, 534 P.3d 423 (Wash. Ct. App. 2023).

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