top of page

Grazing Reform Project Works Toward Responsible Grazing Practices


EPIC is excited to announce the launch of the new website for our Project to Reform Public Land Grazing in Northern California, located at

www.grazingreform.org. On the site you can access lots of information about the impacts of public land grazing, including 28 photo-illustrated reports which span the seven years during which Project volunteers have monitored and documented the manner in which livestock grazing, all by cattle, is being (mis)managed within 15 separate grazing allotments in wilderness areas and on other national forest lands within the Klamath, Rogue-Siskiyou and Shasta National Forests. If you like the work we are doing, please consider making a donation to the Project.  All donations will keep our intrepid grazing monitor, Felice Pace, out in the field documenting problems. We are also looking for volunteers to help perform grazing monitoring, in particular grazing allotments in the Mad River Watershed of the Six Rivers National Forest.

On the website you can access, read and download reports which document the poor manner in which public land grazing is managed and the resulting degradation of water quality, riparian areas and wetlands. On the site you can also access research on grazing impacts, best management practices for managing grazing, specialist reports, like the report of hydrologist Jonathan Rhodes on the Big Meadows Grazing Allotment in the Marble Mountain Wilderness, and several videos Felice and other Project volunteers have made in the field to highlight the negative impacts of grazing on riparian areas, wetlands, water quality and meadows.

A little background:

The Project to Reform Public Land Grazing started over seven years ago in support of water quality testing by the Quartz Valley Indian Reservation (QVIR) in streams like Shakleford Creek and East Boulder Creek in the Scott River Basin. Using an environmental justice grant from the EPA, QVIR began testing water quality in streams issuing from grazing allotments within the Marble Mountain and Trinity Alps Wilderness Areas. QVIR testing documented violation of water quality standards for fecal coliform bacteria and excessive nutrients; both are associated with water pollution from poorly managed grazing.

Inspired by this QVIR effort, our project coordinator, Felice, decided to go onto the grazing allotments themselves to document the bad grazing management that resulted in the water pollution QVIR found and to use that information to advocate for improved grazing management. Over the past seven years, we’ve logged 1,210 hours monitoring grazing on-the-ground in our national forests—that’s over 150 person days of volunteer grazing monitoring!

While it is certainly impossible to eliminate all the negative impacts of grazing on water quality, riparian areas and wetlands, negative impacts within Northern California’s wet meadow headwaters could be substantially reduced if Forest Service managers would require that grazing permit holders implement modern grazing management methods, including regular herding to rotate grazing among the various pastures on an allotment. Presently, however, permit holders place their cattle on the public lands in the spring or summer and don’t return until mid to late October when the snow flies and cattle must be taken to the home ranch. Some grazing permit holders have become so lax that they do not even collect their cattle in the fall. Instead they allow their livestock to wander home on their own while continuing to graze on national forest land.

Allowing cattle to remain unmanaged on public land for months on end always leads to degraded water quality, trashed riparian areas and trampled wetlands. This is just one of the many instances of lax Forest Service grazing management which the project hopes to change. Trampled springs like the one in the photo below are a common sight on Northern California’s public land grazing allotments and a clear indicator of inadequate Forest Service grazing management.

コメント


bottom of page