December 17 Road Closure Near Visitor Center
December 17: Badlands Loop Road (Highway 240) will be temporarily closed at Cedar Pass for emergency repair work. The closure is expected to be in place for two to three weeks, weather dependent. An alternate route to access Interstate 90 will be posted. More »
The dry prairie may not seem a likely spot for finding amphibians, but visiting Badlands in the spring and summer yields some surprises! Seasonal streams, ponds, and other wetlands provide breeding habitat for 6 species of amphibians. The mating calls of frogs and toads may be heard from late spring well into the summer, with different species calling at different times. Chorus frogs are the first to emerge from hibernation and make themselves heard, typically in late April and early May. The Great Plains toad, Woodhouse’s toad, and plains spadefoot are most vocal a little bit later, in June and July. The blotched tiger salamander does not vocalize, but lucky park visitors may see these animals—which, as adults, can reach lengths of 6 to 9 inches—in moist areas.
Amphibians are of special concern because of declining populations worldwide, even in protected areas. The reason for these declines is not yet fully understood, but numerous factors at work may include habitat loss and fragmentation, disease, climate change, increased UV radiation, chemical contaminants, and competition or predation by non-native species. Because of their permeable skin, amphibians are more susceptible to environmental changes than other classes of animals. This sensitivity makes them environmental indicators, meaning that the health of amphibian populations offers valuable clues to the overall health of an ecosystem.
To learn more about amphibians visit frogweb.gov.
Did You Know?
The yellow and red layers in the badlands formations are fossilized soils, called paleosols. Fossil root traces, burrows, and animal bones found within the soils provide scientists with evidence of environmental and climatic changes that occurred in the badlands over time.