Special Places

Highlighted Areas

Oak Creek Canyon Scenic Drive

Get your camera ready for this one, and don't forget your swim suit, hiking shoes, and fishing pole. Just south of Flagstaff, Arizona State Route 89A descends a breathtaking series of switchbacks into a scenic, smaller cousin of the Grand Canyon. Known for colorful rocks and unique formations, Oak Creek Canyon is famous the world around for its spectacular scenery.

Before you drive into the canyon you'll want to stop at Oak Creek Canyon Vista. Here you can get a bird's eye view of what awaits you down the road and, at the same time, shop for Native American jewelry and other craft items from the local Native American artists who set up displays along the pathways.

Once you've snaked your way down the switchbacks, SR 89A winds a lazy course down the length of Oak Creek Canyon. It's actually possible to enjoy the scenery here without leaving your car, but most people choose to get to know these crimson cliffs and crystal pools on a more personal basis. For that purpose there are plenty of overlooks, picnic areas, swimming holes and hiking trails all along the drive. At Midgely Bridge, there's a vista point with an especially unforgettable backdrop where you'll want to stop and use that wide-angle lens.

As you leave Oak Creek Canyon and continue past Sedona through Red Rock Country, an observer with a sharp eye will recognize familiar shapes among the natural sculptures that form the horizon. Keep an eye out for Steam Boat Rock, Courthouse Butte, Bell Rock and more.

You can continue down this scenic route to Interstate 17 and then back to Flagstaff, or you may want to turn around and do it all over again. If you're driving a high clearance vehicle, another way to complete the loop is to return to I-17 via the unpaved, rocky Schnebly Hill Road rather than State Route 179. The vistas along this rocky but rewarding backroad are as good, if not better, than any along the rest of the drive. A high clearance vehicle is highly recommended for this route. In winter months, the upper part of Schnebly Hill Road is closed above Schnebly Hill Vista (near the top of the ascent up Bear Wallow Canyon), and the unpaved portion may be completely closed during wet weather conditions. Check Road Status before attempting this alternative route.

Attractions: Picnicking, waterplay, hiking, fishing, wildlife watching, photography

Road Condition: All roads (except alternative route up Schebly Hill Road) are paved and plowed, but may be slippery after a winter storm.

Driving Time: 2.5 hours or all day.

Elden Pueblo Archaeological Site

Elden Pueblo Photos

Elden Pueblo is the site of an ancient Sinagua (Sin ah’ wa) village, inhabited from about A.D. 1070 to 1275. The site is unique for a variety of reasons. Most importantly, it makes archaeology and the study of ancient peoples accessible to the public. Since 1978, professional archaeologists have supervised members of the public in excavations, archaeological research techniques and artifact analysis through a variety of public and school programs.

Conveniently located on U.S. Highway 89 north, Elden Pueblo is thought to have been part of a major trading system. This is evidenced by discoveries of trade items, such as macaw skeletons from as far south as Mexico, to shell jewelry from the California Coast. Important discoveries recently uncovered at Elden Pueblo suggest that the Sunset Crater volcano may have erupted over a much longer period of time than previously thought.

Image of Elden Pueblo Trail Guide

The Arizona Natural History Association sponsors the Elden Pueblo Archaeology Project with the Coconino National Forest to provide opportunities for people to learn about and become involved in the science of archaeology. Annual programs include several Public Archaeology Days, in which the public can participate in site tours, actual excavation, artifact washing and analysis, and try their hand at using ancient hunting weapons. The August Public Day features a Primitive Technology Expo and the last Public Day of the year takes place in the fall as part of the annual Flagstaff Festival of Science.

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Elden Pueblo is available for school programs and groups of up to thirty people. Educational programs are correlated to the Arizona State Standards, grades 4-7 in Social Science and Science. Custom programs are available, from 1-2 hours tours, to day-long excavations, or multiple-day programs. Elden Pueblo hosts the Arizona Archaeology Society’s summer field school, where avocational archaeologists receive training in various archaeological skills, such as excavation, stabilization, mapping, and laboratory techniques. There are also summer archaeology camps for students, from third grade and up.

Learn more about Elden Pueblo, including a history of the Sinagua, programs, a glossary, frequently asked questions, and a list of references.

Fossil Creek



Fossil Creek, one of two "Wild and Scenic" rivers in Arizona, seems to appear out of nowhere, gushing 20,000 gallons a minute out of a series of springs at the bottom of a 1,600 foot deep canyon. Over the years these calcium laden waters have laid down huge deposits of a type of limestone called travertine. Read more...

View Fossil Creek & Fossil Springs Wilderness photo gallery [Flickr]


Book Now on Recreation.gov!

Permits Required April 1 to October 1

Fossil Springs Trailhead permits must be reserved as Bob Bear Trailhead as its name has changed.

Spring-Summer Season (April 1 - October 1): A reserved, printed permit is required. Reserve a spot at Recreation.gov for any of the parking areas in the Fossil Creek area. During the Spring-Summer Season, the Fossil Creek and Springs area is day use only. Camping, campfires, and glass containers are prohibited.

See Fossil Creek Reservation System Information!


For current conditions, call
Fossil Creek Hotline 928-226-4611

Cinder Lakes Apollo Training Area

Located in what is now known as the Cinder Hills OHV Area just northeast of Flagstaff are the remnants of the Cinder Lakes Crater Fields (Field #1 and Field #2) that were designed and constructed in July 1967 for astronaut training. Crater Field #1 was specifically designed to duplicate an area within the Mare Tranquillitatis in an effort to train astronauts for the future Apollo mission. Craters range in diameter from 5 to 40 feet and the first phase of the field, which consisted of 47 craters, occurred July 28-31, 1967. The field was expanded in October 8-12, 1967, which added 96 craters (or 143 total). The cinder field is made up of debris that erupted from Sunset Crater in approximately 1064 A.D.

The crater fields were suitable for testing rover prototypes and also used to test procedures for determining location within a cratered lunar landscape. Crews tested their ability to describe crater morphologies and stratigraphic relationships in unconsolidated materials as well as how to use hand tools and test deployment methods for prototype scientific experiment packages. In order to create the crater field, crews excavated holes and filled them with dynamite (312.5 lbs) and ammonium nitrate (13,492 lbs). Test explosions were used to calibrate the amount of explosive needed to generate craters of specific sizes.

Cinder Lake Crater Field #1 was produced in two stages and was 500 x 500 feet. Part of the first stage of the field creation was designed to simulate a small area of the Apollo 11 landing site that was observed in a Lunar Orbiter image. A simulated Lunar Module was installed on a ramp within the crater field for context of where the height of the Apollo ascent windows would be. Astronauts tested mobility systems such as the "Explorer" vehicle and an experimental vehicle called "Grover," which was used to training the Apollo prime and back-up crews.

Cinder Lake Crater Field #2 is located in an area that is used quite frequently by OHV enthusiasts, where basaltic cinders cover clay beds, and thus a light colored clay was excavated by the blasts and produced distinctive markings. Field #2 is 1,200 x 1,200 feet and contains 354 craters, which required 1,153 lbs of dynamite, 28,650 lbs of nitro-Carbo nitrate, and 40,000 ft of Primacord. Several sets of explosions were detonated to create the field and designed to overlap, which simulated lunar impact craters of intermediate age.

Even after all of this time, one can see where the detonations took place if they drive or hike through the area.

For even more photos and information, please visit the city's Flagstaff's Lunar Legacy website. As well, to view a video of how the craters were made, please visit USGS's Astrogeology Science Center website.

Follow this link to the images of this training.