1 / 13

The Far Corner: Washington’s Geography and Geology

The Far Corner: Washington’s Geography and Geology. Essential Question. How does Washington’s geography and geology affect the way we live?. Washington’s location: In the Northwest corner of the United States Between the 46th and 49th parallels north latitude

peigi
Télécharger la présentation

The Far Corner: Washington’s Geography and Geology

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. The Far Corner: Washington’s Geography and Geology Essential Question How does Washington’s geography and geology affect the way we live?

  2. Washington’s location: In the Northwest corner of the United States Between the 46th and 49th parallels north latitude Between 117 degrees and 125 degrees west longitude Washington’s Boundaries: Canada makes the north political boundary The Pacific Ocean and the Strait of Juan de Fuca make natural western boundaries The Columbia River makes most of the natural southern boundary A political boundary separates Washington from Idaho on the eastern side The Northwest Corner

  3. Coastlines, rivers, deserts, and mountains affect where people live and work. Humans have had an impact on the land over the years. Loggers cut down too many trees Hunters shot too many wild animals Fishermen caught too many salmon People changed the land to meet their needs Today, people and companies act more responsibly to take care of the land. Spatial Patterns

  4. The Columbia River is one of Washington’s most famous physical characteristics. Indian tribes and early fur trappers used the river for transportation and a source of food. The river became the source of a thriving salmon industry. The source of the river is at Columbia Lake, high in British Columbia, Canada. The Columbia has many tributaries and flows into the Pacific Ocean. The Columbia is the most powerful river in North America in terms of hydroelectric energy. The Columbia River

  5. Washington has 157 miles of ocean coastline. The Strait of Juan de Fuca has over 3,000 miles of coastline. Washington has deep-water harbors that link it to the rest of the world. The Pacific Ocean and the Puget Sound are the sources of the state’s fishing industry. Salmon, oysters, crabs, shrimp, halibut, flounder, tuna, and cod are caught in Washington’s waters. Winds from the ocean give Washington a mild climate. The Pacific Coast

  6. Regions are places that share common features. Washington is part of the Pacific Northwest region. A region of states that share common physical, political, and economic features Washington is part of the Pacific Rim region. A region of all the countries that border the Pacific Ocean What Regionis Washington Part of?

  7. Each region has at least one main physical feature but may contain more. The Coastal Range Narrow region along the Pacific Ocean with rainforests, mountains, and other forests The Puget Sound Lowlands Plains and valleys around the Puget Sound with fertile land and access to rivers and seaports Washington’s Five Regions

  8. The Cascade Range Includes the Cascade Mountain range with its high volcanic peaks and many glaciers The Columbia Plateau A high, flat plateau on the east side of the Cascades with dry land and natural vegetation The Rocky Mountain Region Steep hills that are foothills of the Rocky Mountains in the northern corner of the state Washington’s Five Regions(continued)

  9. Scientists believe Washington is made of many small continents. Millions of years ago, they came together because of the earth’s shifting plates. Tectonic forces uplifted, tilted, and folded the earth’s crust to create mountains. Tectonic forces left fault lines that shift and cause earthquakes every few years. Mountains were also formed by volcanic action. The Cascade and Olympic Mountains are part of a great Ring of Fire. A Jigsaw Puzzle

  10. Lava covered the Columbia Plateau. Volcanic ash and dust covered parts of the Plateau and created rich soil. Today, this is the Palouse wheat-growing region in eastern Washington. Volcanoes ShapedColumbia Plateau

  11. Mt. St. Helens erupted on May 18, 1980. The eruption was equal to 21,000 atomic bombs. The destruction was great and 57 people lost their lives. Some people ignored warning signs and stayed near the mountain. The mountain will erupt again. The Lessons of Mt. St. Helens

  12. About 1 million to 10,000 years ago, an ice age covered much of Washington with snow and ice. Glaciers grew and shrank as the temperature changed. Moving glaciers shaped the Puget Sound Lowlands. Ice dams blocked rivers and formed prehistoric lakes. Water broke through dams, causing immense floods. Every 50 years or so for 2,000 years, floods occurred. Grand Coulee was created during the ice age by ice and floodwater. Ice Age Washington

  13. Fossils of plant and animal life tell us about the region in which they were found. Shells and bones from ancient sea life tell us that oceans once covered our land. Plant fossils in central Washington indicate that a large tropical rainforest once flourished there. Coal was formed by the combination of prehistoric plants, heat, and pressure over millions of years. Deposits of coal and other fossils that can be burned are considered fossil fuels. Environmentalists warn that greenhouse gases are produced by burning fossil fuels. Fossils are Clues to the Past

More Related