A) Below 3,000 feet B) Between 5,600 to 9,500 feet C) Between 7,000 to 10,000 feet D) Above 11,000 feet
A) Willows and grey alder B) Douglas fir and lodgepole pine C) Engelmann spruce and blue spruce D) Ponderosa pine trees, grass, shrubs and herbs
A) Longs Peak B) Moraine Park C) Sprague Lake D) Gore Range
A) Lodgepole pine B) Engelmann spruce and blue spruce C) Ponderosa pine and Douglas fir D) Willows, grey alder, and water birch
A) Clark's nutcracker, Steller's jay, mountain chickadee B) Chipmunks, shrews, and black bears C) Bobcats, porcupines, and yellow-bellied marmots D) Snowshoe hares, coyotes, cougars, beavers, mule deer, moose, bighorn sheep, black bears, and Rocky Mountain elk
A) Above 12,000 feet B) From 9,000 ft to 11,000 ft C) Between 7,500 to 10,500 feet D) Below 5,600 feet
A) Fir and Engelmann spruce B) Douglas fir and blue spruce C) Ponderosa pine and lodgepole pine D) Willows and grey alder
A) Engelmann grove B) Montane forest C) Krummholz D) Subalpine meadow
A) Bobcats, cougars, coyotes, elk, mule deer, chipmunks, shrews, porcupines and yellow-bellied marmots B) Snowshoe hares, beavers, moose, bighorn sheep, black bears C) Polar bears, wolves, foxes, rabbits D) Deer, raccoons, squirrels, bats
A) Pigeons, sparrows, robins, crows B) Eagles, hawks, owls, falcons C) Ducks, geese, swans, flamingos D) Clark's nutcracker, Steller's jay, mountain chickadee and yellow-rumped warbler
A) Moraine Park and Horseshoe Park B) Sprague Lake and Odessa Lake C) Emerald Lake and Bear Lake D) Upper Beaver Meadows and Kawuneeche Valley
A) They grow taller and straighter B) They die off completely C) They become shorter and more deformed, with growth being more horizontal than vertical. D) They turn into krummholz immediately
A) Lodgepole pines and huckleberry B) Ponderosa pine and grass C) Willows and grey alder D) Douglas fir and blue spruce
A) Fish in the lakes B) The berries and seeds of subalpine forests C) Small mammals like chipmunks D) Grasslands
A) 2005 B) 2011 C) 2010 D) 2020
A) Approximately 5 °F (2.8 °C) B) Approximately 1 °F (0.6 °C) C) Approximately 3 °F (1.7 °C) D) Approximately 10 °F (5.6 °C)
A) Snowfall amounts have increased significantly B) No significant change in snow patterns C) Snow is lasting longer into the spring D) Snow is melting earlier in the year
A) Decrease in all types of precipitation B) Intense precipitation events C) Light and frequent rain showers D) More consistent snowfall
A) 265,461 acres B) 253,059 acres C) 724 miles D) 450 acres
A) Atlantic Ocean B) Gulf of Mexico C) Pacific Ocean D) Arctic Ocean
A) Thunder Pass B) Hagues Peak C) Longs Peak D) Mount Chiquita
A) Thirty B) Seventy-five C) Forty-five D) Sixty
A) Arkansas River B) Rio Grande C) Mississippi River D) Colorado River
A) Thunder Pass B) La Poudre Pass C) Ypsilon Pass D) Baker Pass
A) 450 miles B) 350 miles C) 150 miles D) 724 miles
A) Never Summer Mountains B) Continental Divide C) Mummy Range D) La Poudre Range
A) La Poudre Pass B) Thunder Pass C) Ypsilon Pass D) Baker Pass
A) President Woodrow Wilson B) President Herbert Hoover C) President Franklin D. Roosevelt D) President Theodore Roosevelt
A) December 7, 1941 B) January 26, 1915 C) November 11, 1918 D) July 4, 1776
A) Trail Ridge Road B) U.S. Route 34 C) Beaver Meadows Road D) Interstate 70
A) 1976 B) 1984 C) 2005 D) 1999
A) Estes Park Visitor Center B) Alluvial Fan Visitor Center C) Grand Lake Visitor Center D) Beaver Meadows Visitor Center
A) 1929 B) 1938 C) 1904 D) 1881
A) 5,000,000 visitors B) 3,500,000 visitors C) 6,200,000 visitors D) 4,678,804 visitors
A) Glacier Peak Wilderness B) Indian Peaks Wilderness area C) Grand Teton Wilderness D) Yosemite Wilderness
A) Precambrian B) Mesozoic C) Cenozoic D) Paleozoic
A) Late Precambrian eon continuing into the Paleozoic era B) During the Cretaceous period C) In the Mesozoic era D) At the beginning of the Quaternary period
A) Denver Formation B) Fountain Formation C) Pierre Shale formation D) Front Range formation
A) The Paleozoic sea submergence B) The Laramide orogeny C) The Quaternary glaciation D) The Cretaceous Western Interior Seaway formation
A) Tyndall Glacier B) Sprague Glacier C) Mars Glacier D) Andrews Glacier
A) Lumpy Ridge B) Ypsilon Mountain C) Mummy Range D) Little Yellowstone
A) The west side B) Neither side C) Both sides equally D) The east side
A) Grasses and sedges B) Cushion plants C) Non-flowering lichens D) Alpine sunflowers
A) Dense hairs on stems and leaves B) Red-colored pigments C) Long taproots D) Clinging to rocks
A) Rye grass B) Kobresia C) Bermuda grass D) Bluegrass
A) Ducks B) Prairie falcons C) Parrots D) Pigeons
A) Tulips B) Daffodils C) Roses D) Alpine dwarf columbine
A) Rainfall B) Footsteps C) Wind D) Sunlight
A) Desert ecosystem B) Riparian ecosystem C) Grassland ecosystem D) Tropical rainforest ecosystem
A) Less than thirty B) About ten C) Over a hundred D) Nearly seventy
A) Early 1900s B) 1999 C) Late 1800s D) 1978
A) Canada lynx B) Black bear C) Coyote D) Cougar
A) 2019 B) 2020 C) 2018 D) 2015
A) Scuba diving B) Rock climbing C) Fishing D) Snowshoeing
A) 25 B) 50 C) 77 D) 100
A) A campfire that was not properly put out B) Lightning C) Strong winds and drought D) Forest thinning
A) Drought B) Campfire C) Lightning D) Forest thinning
A) Decreased air pollution B) Soil degradation C) Increased biodiversity D) Reduced erosion
A) Removing low hanging branches B) Reducing average temperature C) Encouraging campfires D) Increasing snowfall |