Shout in the Dark

The Southeastern Climbers Coalition is a 501(c)(3) non-profit organization dedicated to preserving climbing areas in the southeast for future generations. SCC members and volunteers are climbers from Tennessee, Alabama, Georgia, North Carolina, South Carolina, Florida, Arkansas and elsewhere who have joined forces to preserve access to climbing areas in the region. The SCC raises money to purchase or lease climbing areas from private landowners. The SCC is a local grass-roots organization dedicated to preserving climbing areas in the South. The SCC works hand in hand with other climbing advocacy groups like the Access Fund, as well as public and private landowners such as state and national parks, other land trusts, private businesses and local families. Without SCC, many of the climbing areas you enjoy today would not be available for public use. Your financial contribution, however big or small, helps sustain the work of the SCC. SCC preserves climbing areas for current and future generations in the Southeast. We do this through acquisition, stewardship, and community, so that all climbers can enjoy equitable access to the outdoors. We believe all people should have the opportunity to explore the vast natural landscapes in our region. We do not discriminate based on race, color, gender, ethnicity, ability, sexual orientation, or any other identity and we will not tolerate prejudice on our properties or within our organization. We believe the outdoors is for all people to enjoy without fear of discrimination and we will continue to work to ensure public protected climbing areas exist in perpetuity.

"The So Cal Climbers Coalition is a diverse group of climbers, activists, business owners, coaches, teachers and outdoor enthusiasts.  We are working together to protect our local climbing areas, unite and educate the growing numbers of climbers in the Southern California region. We have come together to make a difference and protect our outdoor climbing resources for future generations."

Description

Routes in Bing-Bing Buttress