KELSEYVILLE, Calif. – Lily Woll, a candidate for District 5 supervisor, has scheduled a series of meet and greets around Kelseyville in October.

These events are open to the public and intended for Woll to introduce herself to District 5 voters, hear issues and answer questions.

Upcoming opportunities to meet Woll include a meet and greet from 4 to 6 p.m. Friday, Oct. 11, at Pogo’s Pizza in Kelseyville.

On Wednesday, Oct. 16, Woll will be at Pogo’s Pizza in the Clear Lake Riviera from 4 to 6 p.m. Pizza will be provided.

The final meet and greet will be at Studebaker’s in Kelseyville from 10 a.m. to noon on Sunday, Oct. 20. Woll looks forward to sharing a coffee with her District 5 neighbors.

Woll, a lifelong resident of Kelseyville, is an English as a Second Language and Spanish educator who has taught at Mendocino College, Woodland Community College and is currently teaching at Kelseyville High School.

She said she is uniquely qualified to serve District 5 and is dedicated to addressing Lake County's challenges.

Woll’s top priorities include addressing the county’s fiscal crisis and infrastructure issues; supporting current industries and businesses while promoting the type of economic growth that preserves Lake County’s positive attributes and way of life; making our communities more resilient, and supporting the prevention of disaster.

Her interests include mental health and drug/alcohol substance abuse rehabilitation support; conservation of natural resources; improving Lake County’s workforce; Latino participation in local government; and eldercare services.

District 5 serves the Kelseyville, Riviera, Buckingham, Cobb and Loch Lomond areas. The seat is currently held by Rob Brown, who has served in the position for nearly 20 years. Brown is not running for re-election.

To contact Woll, email This email address is being protected from spambots. You need JavaScript enabled to view it. or write to Lily Woll, P.O. Box 1093 Kelseyville, CA 95451. Visit her Facebook page at www.facebook.com/wollforsupervisor.