Arcata Ballot Measure G Collection
Finding aid created by Humboldt State University Library staff using RecordEXPRESS
Humboldt State University Library
2018
One Harpst Street
Arcata, California 95521-8299
707-826-3419
http://library.humboldt.edu/humco/
Title: Arcata Ballot Measure G Collection
Dates: 2003-2008
Collection Number: 2009.04
Creator/Collector:
Extent: .33 cubic feet
Repository:
Humboldt State University Library
Arcata, California 95521-8299
Abstract: This collection contains information about Measure G, a ballot initiative for Arcata, California, that requested a ¾ cents
sales tax increase to fund infrastructure and public services. The measure passed by a vote of 63.49% on November 4, 2008.
The collection contains annotated meeting agendas and minutes, newspaper clippings, campaign ephemera, and reports.
Language of Material: English
The collection is open for use by appointment.
Copyright has been assigned to the Humboldt State University Library.
Arcata Ballot Measure G Collection. Humboldt State University Library
Gift from Alexandra Stillman, delivered by Connie Stewart.
Biography/Administrative History
Alexandra Fairless initially ran for Arcata City Council in 1972 becoming the first woman to join the Arcata City Council.
After her 1976 re-election she became the first woman to be mayor of Arcata. Alexandra Fairless remained on Arcata's City
Council until 1980. As Alexandra Stillman, she was elected again to Arcata's City Council in 2006. In 2010 she served again
as Mayor. She has also serviced on numerous civic boards and community groups.
Scope and Content of Collection
This collection contains information about Measure G, a ballot initiative for Arcata, California, that requested a ¾ cents
sales tax increase to fund infrastructure and public services. The measure passed by a vote of 63.49% on November 4, 2008.
The collection contains annotated meeting agendas and minutes, newspaper clippings, campaign ephemera, and reports.
Arcata (Calif.)
Arcata (Calif.) - Politics and government
Women - Political activity