
The person at the center of this case
Patricia Lucille Jane
Justice for Patricia Lucille Jane โ the trail went cold in 1992, but the truth hasn't.
Start here
Did anyone see Patricia on the bus to Houston or at any stops along the route?
Why was Patricia traveling to Houston and did she have connections or family there?
Has there been any activity on her name, accounts, or identification since August 1992?
Patricia Lucille Jane, a 40-year-old white female, was last seen on August 1, 1992, in Santa Barbara, California, when she boarded a bus bound for Houston, Texas. Her disappearance remains unexplained, with no confirmed sightings or contact since that date. The case remains open with the Santa Barbara County Sheriff's Office, and investigators continue to seek information about her whereabouts or fate.
Try asking
A one-time $10 claim transfers this imported case workspace to your account. You get 10 uploads for this case, 25 daily AI questions for this case, and public tips with files route to you.
This does not start a subscription. When the included limits are reached, the Personal plan unlocks more workspace capacity.
Beyond the top three above โ each detail below could be the thread that pulls this case open.
Was Patricia ever confirmed to have arrived in Houston or did she disappear during the journey?
Even the smallest detail could be the key to solving this case.
Official wording
NamUs case MP158867. Missing person: Patricia Lucille Jane.
Last known contact: 1992-08-01 in Santa Barbara, Santa Barbara, CA. Circumstances: Per the sibling, reporting party, she last saw Patricia get on a bus destined for Houston, Texas.
Demographics: 40 years, Female, White / Caucasian. Physical description: 5 ft 0 in, 125 lbs, hair: Blond/Strawberry, eyes: Blue.
Investigating agency: Santa Barbara County Sheriff's Office | 99-2420 | 1999-02-12.
Patricia boarded a bus destined for Houston, Texas in Santa Barbara, California
Any information, no matter how small, could be crucial to solving this case.
Any information, no matter how small, could be crucial to solving this case.