$9,850,000

2155 Ashland Mine Road, Ashland, OR 97520

  • Property Icon Land
  • Property Year Built Icon Built in ——
  • Property Lot Size Icon1,952.4acre lot
  • Property Parking Icon —— car garage
  • Property Price Per Square Feet Icon $——/sqft
  • Property List Date Icon Listed 3 years ago

Property Description

Welcome to Madrone Ridge, a unique and intriguing opportunity in Ashland, Oregon. Centrally located on the I-5 corridor between the San Francisco Bay Area and the Pacific Northwest metropolitan areas of Portland and Seattle, Ashland is a trending destination for tourism and the arts. Rising from the City limits to the western skyline is the 1,952 acres that make up Madrone Ridge. As the largest private land holding that adjoins the city of Ashland, the ranch encompasses nearly two thousand acres that is rich in diversity with incredible character and natural beauty. The sights are nothing short of inspiring, with views of Ashland and the Cascade Mountain Range, including Mount McLoughlin rising in the distance to the east. Other features include water rights, timber and abundant wildlife. Ideally positioned for a combination of exclusive residential homesites as well as the conservation and enhancement of natural resources, Madrone Ridge is one of the last Crown Jewels of the region.

Listing Status:
Pending
Date Added:
May 1, 2023 at 05:00AM
Listing Office:
LandLeader : (866) 559-3478
MLS ID:
220138886

This listing courtesy of LandLeader

Location

Schools Nearby

H

Helman Elementary School

705 Helman St, Ashland, OR, 97520

Grades KG-5

1.74 miles away

A

Ashland Middle School

100 Walker Ave, Ashland, OR, 97520

Grades 6-8

3.09 miles away

A

Ashland High School

201 S Mountain Ave, Ashland, OR, 97520

Grades 9-12

2.53 miles away

Disclaimer: School and School District information courtesy of the National Center for Education Statistics (NCES). School boundaries may change. Proximity to listed schools does not guarantee enrollment eligibility. Contact the school district for more information and exact boundaries.