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Gabriel Heimberg

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Photo Journal for Geography 5 at Chaffey College with Lisa Schmidt.

TRANSCRIPT

Page 1: Geog5 Photo J

Gabriel Heimberg

Page 2: Geog5 Photo J

Gabriel Heimberg

Photo Journal for Geography 5 Lab Class

Page 3: Geog5 Photo J

In Transit Photos

Page 4: Geog5 Photo J

Rancho Cucamonga Alluvial Fan

Page 5: Geog5 Photo J

California Aqueduct

This picture shows the California

Aqueduct.

Page 6: Geog5 Photo J

Three Tiers of California Desert Vegetation

This picture shows the three

tiers of vegetation in a

California Desert

1. The Joshua Tree (In red) is

the top tier.

2. The creosote (In blue) is

the middle tier. This is the

shrubs.

3. The burroweed grass (In

violet) is the bottom tier.

Page 7: Geog5 Photo J

Solar Power Plant

This picture shows the solar

power plant at the intersection of

the 395 Highway and the 58

Highway in California.

Page 8: Geog5 Photo J

Doppler Radar Station

The Doppler Radar Station is

used for weather prediction from

Satellite Imagery.

Page 9: Geog5 Photo J

Mine Tailings

These piles of debris are formed

from mining near Red Mountain

by the Rand Mining District.

Page 10: Geog5 Photo J

Harper Dry Lake

Dry river beds in the Mojave

Desert.

Page 11: Geog5 Photo J

Garlock Fault

Fault in the Mojave Desert.

Page 12: Geog5 Photo J

SETI Towers

The SETI Towers are satellite

dishes that are searching for

messages from space. SETI

stands for Search for

ExtraTerrestrial Life.

Page 13: Geog5 Photo J

Stratus and Nimbus Clouds

The weather was changing while

were at Mono Lake. This is

seem by the Stratus clouds

(Circled in blue) and the Nimbus

clouds. (Circled in red)

Page 14: Geog5 Photo J

Geese in Bishop

For a stop in Bishop, we parked

near a park with a stream that

had geese and Mallards in it.

Page 15: Geog5 Photo J

Mallards in Bishop

Here is a better picture of the

stream in Bishop, with only

Mallards.

Page 16: Geog5 Photo J

1st Field Trip

Page 17: Geog5 Photo J

Mormon Rocks

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Mormon Rocks Formation

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Mormon Rocks Structure

The granular structure of the

Mormon Rocks sandstone shows

that it is comprised of

sedimentary rock over time.

Page 20: Geog5 Photo J

Mormon Rocks Stream Bed

This stream bed, in Mormon Rocks, is part of the San Andreas Rift Zone that separates the Pacific plate and the North American plate.

Page 21: Geog5 Photo J

Cinder Hill

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Cinder Hill

Cinder Hill is a cinder cone volcano.

Page 23: Geog5 Photo J

Lava Flow

The black rock is basalt. These formations are from lava cooling quickly as it flowed out of a volcano.

Page 24: Geog5 Photo J

Fossil Falls

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Owens Riverbed

Owens River is a dry riverbed near fossil falls.

Page 26: Geog5 Photo J

Fossil Falls

Fossil Falls is a dry waterfall that was part of the Owens River.

Page 27: Geog5 Photo J

Metate Holes

Metate Holes are holes in the large rocks near waterfalls and rapids. They are created by small pebbles revolving very fast in the same place from running water.

Page 28: Geog5 Photo J

Obsidian Flakes

These Obsidian Flakes were put here by Native Americans for the making of arrowheads and other tools. They would travel to nearby volcanoes to collect large pieces of obsidian and then shape the obsidian nearer to home.

Page 29: Geog5 Photo J

Petroglyph

Drawn by Native Americans on rocks

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House Ring

This ring of rocks is a house ring. The Native Americans would move seasonally. They would leave rings of rocks to mark the place they dwelt, so when they moved back, they could reestablish the same spot.

Page 31: Geog5 Photo J

2nd Field Trip

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Diaz Lake

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Lone Pine Fault

The Lone Pine Fault is next to Diaz Lake. The hills in the background are the Alabama Hills of California.

Page 34: Geog5 Photo J

Diaz Lake

Diaz Lake is a sag pond. It was created from the shifts of the tectonic plates from the nearby Lone Pine Fault. Earthquakes made the ground uneven and the water settled to the lowest point in the area.

Page 35: Geog5 Photo J

Mount Whitney

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Mount Whitney

This is Mount Whitney. We did not go to the Mt. Whitney Interagency Visitor’s Center.

Page 37: Geog5 Photo J

Keoughs Hot Springs

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Keoughs Hot Springs

Keoughs Hot Springs are hot springs created from seismic activity. Earthquakes cause cracks in the Earth’s surface that water seeps through until it gets hot. Heat rises bringing warm water up to the surface.

Page 39: Geog5 Photo J

Keoughs Hot Springs

This is as close as I could get to the actual spring from the ground.

Page 40: Geog5 Photo J

Glaciated Valleys

These glaciated valleys were created from glaciers sliding down the Mountains. The low Hills are the sediments that the glaciers pushed down. These are called moraines.

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Mono Lake

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Nearby Forest Fire

At Mono Lake, we saw smoke from a nearby forest fire. It is unclear if it was a controlled blaze or a wild fire.

Page 43: Geog5 Photo J

Volcanoes Near Mono Lake

The mountains around Mono Lake are actually volcanoes that have not recently erupted.

Page 44: Geog5 Photo J

Neget and Pehoa

The island circled in red is Pehoa. The one in blue is Neget. They are both volcanoes form in the center of the Mono Lake.

Page 45: Geog5 Photo J

Tufa Formations

Formed where freshwater streams empties into a saltwater lake, these mineral formations, called tufa grow upward from the bottom of the lake. In most cases the tufa stays underwater, but because of Mono Lakes receding shoreline, these formations become completely exposed.

Page 46: Geog5 Photo J

Current Shoreline

The Current Shoreline of Mono Lake.

Page 47: Geog5 Photo J

1963 Shoreline Marker

Still hundreds of feet from the current shoreline of Mono Lake, is this marker showing the shoreline in 1963. Receding waters from the nearby Los Angeles aqueduct avert tributary streams away from Mono Lake causing the lake to shrink.

Page 48: Geog5 Photo J

Old Mono Lake Size

Lines on the nearby hills, show the shoreline of Mono Lake hundreds of years ago.

Page 49: Geog5 Photo J

Duck in Mono Lake

Wood ducks feed on brine Shrimp in Mono Lake.

Page 50: Geog5 Photo J

Whigens in Mono Lake

Whigens are another bird species that feed on brine Shrimp in Mono Lake.

Page 51: Geog5 Photo J

Cormorant in Mono Lake

Cormorants are another bird species that feed on brine Shrimp in Mono Lake.

Page 52: Geog5 Photo J

Panum Crater

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Panum Crater

Panum Crater is a Volcano that has a smaller volcano inside of it.This is the valley of Panum Crater.

Page 54: Geog5 Photo J

1981 Burn Area

In 1981 there was a wildfire that swept the area near Panum Crater. The lighter vegetation is were plants have grown back since the fire.

Page 55: Geog5 Photo J

New Burn Area

A more recent wild fire shows the charred remains of native plants

Page 56: Geog5 Photo J

June Lake Loop

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Grant Lake

Grant Lake is a man made lake, red by Rush Creek. When the Los Angeles aqueduct was being built, a dam was built to control water flow into the aqueduct. This dam caused water to gather, causing this lake to form.

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Lateral Moraines

Across Grant Lake you can see lateral moraines caused from the glacial settlement.

Page 59: Geog5 Photo J

Waterfall

Waterfall near silver lake.

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Silver Lake

Silver Lake

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Mallard in Silver Lake

This mallard was found swimming in Silver Lake.

Page 62: Geog5 Photo J

Convict Lake

Convict Lake is a cirque, which is a lake caused by glaciers

Page 63: Geog5 Photo J

Sevehah Cliffs

The Sevehah Cliffs are the Oldest Rocks in North America.

Page 64: Geog5 Photo J

Bird Near Convict Lake

This bird in flight is probably a male Phainopepla. I tried to get a picture walking in the parking lot, but the bird was skittish.

Page 65: Geog5 Photo J

Eastern Sierra Museum

Page 66: Geog5 Photo J

Old Map of Bishop Area

At the Eastern Sierra Museum, I saw this map the museum was trying to preserve. It was displayed in the local drugstore in the 1950s. I am amazed at the pictures in the map. It was probably for tourists to see nearby interesting places to visit.

Page 67: Geog5 Photo J

Manzanar

Page 68: Geog5 Photo J

Manzanar

Manzanar was a relocation camp that the United States used to keep Japanese Americans in, during World War II. Now there is barely anything left, except rocks and foundations of old buildings. After the war, people used the wood and other materials to build buildings in nearby towns.

Page 69: Geog5 Photo J

Plaques

The Japanese had to build their own buildings at the camp. Many would put there names in the concrete foundations or like this in what was probably a fountain in the main square.

Page 70: Geog5 Photo J

Field Question 1Mormon Rocks is a tilted fault block. As the Pacific Plate pushes against the North American Plate

at the San Andreas Fault the rocks break and the rocks jut upward. In this instant Geologists can determine important information through the layers of rock exposed through the fault line. Some of the information that can be determined are annual rainfall averages, seismic activity and biome information.

Mormon Rocks is sedimentary rock around the San Andreas Fault. The San Andreas is the key point to the seismic activity in Southern California, and the pressure is building in this area. It is also were we can see information to the Earth beneath us through the Layers exposed.

Page 71: Geog5 Photo J

Field Question 2At Cinder Hill, I saw a cinder cone, lava flows, alluvial fans and other

volcanoes. Cinder Hill is a cinder cone type volcano. In the picture on the next page, the lava flow is the darker area at the side of the mountain, circled in red. The alluvial fan is circled in blue. The volcano is circled in green.

Near Fossil Falls, there were three evidences of former Native American habitation. First was the chips of obsidian on the ground. Native Americans would travel to volcanoes and collect obsidian, so they could make arrowheads and other tools. Second are the house rings. Native Americans would mark the spot of their homes, so when they returned from seasonal migration, they could resettle in the same spot. The third evidence is the petroglyphs drawn on the rocks.

3

Page 72: Geog5 Photo J

Landforms Near Fossil Falls

The Volcano is green, the Lava Flow is red and the Alluvial Fan is blue.

Page 73: Geog5 Photo J

Field Question 3The Sierra Nevada Mountains and the White Inyo Mountains look very different. The Sierra Nevada

Mountains are larger and have step U shaped valleys. The White Inyo Mountains are smaller and have more rolling V shaped mountains.

The Sierra Nevada Mountains are an older mountain range with moraines. The U shaped valleys are caused by the glaciers that weathered the mountains. The glaciers carved the valleys taking sediment down with them and the piles of sediment are the small rolling hills at the bottom of the mountains called moraines.

The White Inyo Mountains are younger and shorter than the Sierra Nevada Mountains. The White Inyo Mountains do not have as much glacier weathering, so the valleys have more of the V shape. There are also no real moraines where we were looking at them.

Page 74: Geog5 Photo J

Field Questions 4Using the Analema on November 6, 2010, as we were visiting Mono Lake, the Subsolar Point

(Where the sun is directly 90 degrees overhead.) was at the latitude of about 16 degrees south. The Subsolar Point was in the Southern Hemisphere. Mono Lake is at a latitude of 38 degrees north. Therefore, adding the two latitudes together, because the latitudes are in separate hemispheres, the arc distance is 54 degrees. Subtracted from 90 the solar angle of the Sun at Lee Vining is 36 degrees. This means at the highest point of the day (the Zenith Point) the Sun is only 36 degrees up from the horizon in the south.

We also know from the Analema, on November 6 th, the Zenith Point is sixteen minutes fast. In other words the Sun hits it’s Zenith Angle of 36 degrees above the horizon at 11:44 AM.

Page 75: Geog5 Photo J

Field Question 5At Panum Crater there are many landforms to see. Panum Crater itself is a composite volcano with a cinder cone

volcano inside. Neget and Pehoa are also small volcanoes inside Mono Lake. There are nearby mountains with moraines at the feet of them. In Mono Lake, you can see the tufa from Panum Crater.

Three evidences of former lake levels are first the lines on the nearby hills. This is seen in slide 48. The second evidence of former lake levels are the tufa. The are naturally formed underwater and only exposed by the receding shoreline. The third evidence is the sign put out of the 1963 shoreline.