Skyline Drive Status
Winter Weather is in the forecast so please check before coming. For the most current Skyline Drive Status, call 540-999-3500, choose Option 1, and then Option 1. You can also use Facebook and Twitter for updates. More »
Night Closures of Skyline Drive
Portions of Skyline Drive will be closed at night (5:00 p.m. - 8:00 a.m.) during hunting season. Starting November 11 the north and south sections will be closed at night. The entire Drive will be closed at night starting December 9. More »
Natural Resource Inventories
Natural resource inventorying is the process of acquiring information on park resources, including the presence, distribution, and condition of plants, animals, soils, water, air, geological features, biotic communities, natural processes, and human-induced changes in those resources. Inventories are designed to contribute to a statement of the condition of park resources, which is best described in relation to a standard condition such as natural or unimpaired. Inventories involve both the compilation of existing information and the acquisition of new information.
Park inventories include general and specific descriptive data and historical records. Information collected includes things like legal descriptions, climate information, land classifications, topographic maps, watershed delineations, surficial and bedrock geology maps, hydrologic information, water quality data, air quality data, species lists, vegetation maps, documentation of fires, insect, and disease infestations, etc.
In a world in which natural places have become few and precious, knowledge of the composition and function of relatively unaltered natural systems is invaluable. This program provides a fundamental knowledge of those systems and the technical basis for "ecosystem management".
Natural resource inventories have three primary uses:
Did You Know?
The large rounded boulders on the top of Old Rag, Shenandoah National Park’s most popular peak, were formed in place by chemical and physical weathering, called spheroidal weathering.