Eugene
The cities of Ashland, Medford, and Talent in partnership with the Rogue Valley Council of Governments are hosting a public meeting to present potential Climate Friendly Area locations in all three communities
Medford, OR – According to the city officials, this event will take place on Thursday, April 13 from 6:00 to 7:30 PM at the Talent Community Center.
Officials also announced that the meeting will consist of a presentation on the proposed areas from RVCOG representatives and a public input forum to gather community feedback on the potential sites.
Online surveys will be available on the cities’ project websites on April 14th to provide another opportunity for comments.
To help provide residents more housing and transportation choices, and meet Oregon’s adopted climate goals, cities must reduce barriers for local builders who want to build traditional, more walkable development types.
Those “climate friendly areas” are intended to be places where people can meet most of their daily needs without having to drive by having housing located near a mix of jobs, businesses, and services.
The state adopted a Climate Friendly and Equitable Communities program on July 21, 2022, which directs fifteen communities to identify potential climate-friendly areas.
The first phase of the process is to study and determine potential locations of climate-friendly areas by the end of 2023. The second phase is to adopt development standards for these areas and amend the official zoning map as needed by the end of 2024.
-
Eugene6 days agoEugene Police arrest 22-year-old man for DUII and reckless driving after wrong-way crash on Beltline Highway
-
Eugene6 days agoEugene Springfield Fire responds to motel fire on West 6th Avenue, no injuries reported
-
Oregon6 days agoOregon leaders push back against federal health care actions with major new laws, Gov. Kotek signs laws protecting providers of gender-affirming and reproductive care from lawsuits
-
Eugene6 days agoEugene Police arrest 26-year-old man in April stabbing investigation
