stgeorgeutah.com
Future volcanologists rejoice! You don’t have to hop a flight to Hawaii to witness firsthand the exciting geology of volcanoes and the power they have, and have had in the past, to shape the land we live on.
Tag Archive for: St. George
Washington County, Utah
Photographer: Don DeBlieux; © 2012
Sculpted hills of iron-stained Jurassic-age Navajo Sandstone form the Red Mountains north of St. George. In the distance, Paleozoic strata of Square Top Mountain and Jackson Peak have been transported up and over younger Mesozoic strata along the Square Top Mountain thrust fault.
Geology can be fun for everyone! With another weekend on the way, and summer on the horizon, get out and enjoy some of these geological stops in St. George’s backyard with your family and friends.
ksl.com
St. George is the perfect place for a sunny weekend escape. It’s a desert playground that offers hiking, golfing, biking, climbing and many more family friendly activities.
stgeorgeutah.com
Lowering oneself down into a dark cavern, crawling and climbing over rocks, and slinking through narrow openings and over damp, cold slippery rocks is all part of the Bloomington Cave experience. The cave sits on the eastern slope of the Beaver Dam Mountains, approximately 15 miles west of St. George, it is managed by the Bureau of Land Management and is open to the public to explore on a permit basis.
stgeorgeutah.com
Four new paleontological sites were discovered during the Southern Parkway project in Washington County, and 10 previously known localities were surveyed for additional paleontological resources. Paleontologist Andrew Milner shares his findings, some of which may be entirely new discoveries to science.
thespectrum.com
A series of springtime lectures starts Friday with a presentation on faults and earthquakes in southwestern Utah, scheduled for noon at the Interagency Information Center, 345 E. Riverside Drive in St. George.
Bill Lund, senior scientist with the Utah Geological Survey, is scheduled to give a presentation on the structure of active earth in southwestern Utah and give insight as to whether the region could experience an earthquake similar to those that recently affected Haiti, Turkey, Chile and Japan.
The April Brown Bag Program series, sponsored by the Dixie/Arizona Strip Interpretive Association, Bureau of Land Management, National Park Service and U.S. Forest Service, will feature lectures each Friday of the month, covering topics such as the geology of Kanab Point, the history of Pioche, and a musical Earth Day celebration.
Lectures are free to attend, but space is limited and those interested are encouraged to obtain tickets in advance from the Interagency Information Center.
For more information, call 435-688-3246.
GEOLOGIC MAP OF THE ST. GEORGE AND EAST PART OF THE CLOVER MOUNTAINS 30′ x 60′ QUADRANGLES, WASHINGTON AND IRON COUNTIES, UTAH
Robert F. Biek, Peter D. Rowley, Janice M. Hayden, David B. Hacker, Grant C. Willis, Lehi F. Hintze, R. Ernest Anderson, and Kent D. Brown
A just-released map presents southwestern Utah’s geology in unprecedented detail. There is also an innovative 3-D version of the map and a virtual field trip for online viewing. The Utah Geological Survey (UGS) created all versions of the map.
The new geologic map covers 2000 square miles of southwest Utah. It stretches from Zion National Park on the east, through the St. George area, to the Beaver Dam and Bull Valley Mountains on the west, and from the Arizona border north through the Pine Valley Mountains.
Through the use of computers and the Internet, and virtual globes such as Google Earth, we now have a way around the inherent limitations of depicting the third dimension on a standard paper geologic map. To help users gain this 3-D advantage, the UGS created an overlay of the new geologic map of the St. George 30′ x 60′ quadrangle in southwest Utah. This 3-D visualization brings the map to life, dramatically showing the relationship between geology and topography. A virtual field trip for the St. George 30′ x 60′ quadrangle, which uses placemarks to highlight selected geologic features, was also created.
Geologists are digging into the Washington fault about three miles south of the Utah-Arizona border in Arizona. “The fault is three miles east of St. George and runs through the nearby city of Washington,” said Bill Lund, UGS senior geologist. “There is evidence of surface rupturing earthquakes. Our goal is to figure out how often the fault has moved and how large the earthquakes have been. That will help us understand the potential for future earthquake activity.”
LEARN MORE ABOUT THE UTAH GEOLOGICAL SURVEY
The Utah Geological Survey (UGS) is a division of the Utah Department of Natural Resources. Several specialized programs comprise the UGS: Data Management, Energy & Minerals, Geologic Hazards, Geologic Information & Outreach, Geologic Mapping, Groundwater & Wetlands, and Paleontology.