Olympic National Park Live Cam

On Washington's Olympic Peninsula in the Pacific Northwest

Hosted by:
  • Kalaloch Lodge
  • 157151 US-101 - Forks
  • Washington 98331 - United States
  • 866-662-9928
  • https://www.thekalalochlodge.com/


Olympic National Park is located in the Olympic Peninsula of Washington State, USA. It was established on June 29, 1938, by President Franklin D. Roosevelt and designated as a UNESCO World Heritage Site in 1981. The park covers an area of approximately 922,651 acres and is known for its diverse ecosystems, including temperate rainforests, rugged mountain peaks, and wild coastline.

The history of the Olympic Peninsula and the lands that eventually became Olympic National Park is rich and varied. Native American tribes, such as the Quileute, Makah, and Hoh, have lived in the region for thousands of years and have maintained a deep connection to the land. Their cultural heritage and traditions continue to be an integral part of the park's history.

In the late 19th and early 20th centuries, European settlers and loggers arrived in the area, exploiting the vast timber resources of the ancient forests. Concerns about the environmental impact of logging and the desire to preserve the region's natural beauty led to the establishment of Olympic National Park in 1938.

The Civilian Conservation Corps (CCC), a New Deal program during the Great Depression, played a significant role in the early development of the park. CCC workers constructed roads, trails, and visitor facilities, many of which are still in use today.

As for Forks, it is a small town located on the western edge of the Olympic Peninsula and is known for its association with the Twilight book series by Stephenie Meyer. The fictional story is set in Forks and has drawn tourists to the area interested in exploring the real-life locations that inspired the novels.

Forks itself is not within the boundaries of Olympic National Park but is a gateway community to the park. Visitors traveling to the park often pass through or stay in Forks due to its proximity to popular park destinations, such as the Hoh Rainforest and the coastal areas.

Park purpose

The purpose of Olympic National Park is multifaceted and encompasses several key objectives:

  • Conservation: One of the primary purposes of Olympic National Park is to protect and preserve the diverse ecosystems and natural resources found within its boundaries. The park is home to old-growth temperate rainforests, pristine wilderness areas, high mountain peaks, glaciers, and a rugged coastline. By designating the area as a national park, the United States government aims to safeguard these unique and ecologically significant landscapes for current and future generations.
  • Biodiversity: Olympic National Park boasts a remarkable array of plant and animal species, some of which are found nowhere else on Earth. Preservation efforts in the park aim to maintain the biodiversity and provide a sanctuary for rare and threatened species to thrive.
  • Recreation and Education: Another important purpose of the park is to offer opportunities for recreation and education. Visitors can engage in a variety of outdoor activities, including hiking, camping, wildlife watching, backpacking, and photography. Through educational programs, exhibits, and ranger-led activities, the park seeks to promote understanding and appreciation of the natural world, fostering a sense of environmental stewardship.
  • Research: Olympic National Park serves as an invaluable outdoor laboratory for scientific research. Researchers study various aspects of the park's ecosystems, wildlife, geology, and climate to better understand natural processes and contribute to broader scientific knowledge. The data collected in the park can inform conservation efforts not only within its boundaries but also in other regions facing similar environmental challenges.
  • Cultural Heritage: The park is home to several Native American tribes with deep cultural and historical ties to the land. Preserving and interpreting the cultural heritage of these tribes is an integral part of the park's purpose. Additionally, the historical structures and remnants of early settlement and exploration within the park are also important aspects of its cultural heritage.
  • Spiritual and Aesthetic Values: National parks often hold significant spiritual and aesthetic value for many people. The breathtaking landscapes, pristine nature, and opportunities for solitude and reflection make Olympic National Park a place of inspiration and wonder for visitors.

By fulfilling these purposes, Olympic National Park contributes to the overall mission of the U.S. National Park Service to preserve and protect natural and cultural resources for future generations while providing opportunities for enjoyment and learning.

Natural and geologic history

Olympic National Park, located in the Olympic Peninsula of Washington State, USA, is a place of immense natural and geologic history. Here are some key aspects of the park's natural and geologic history:

  • Diverse Ecosystems: Olympic National Park is known for its incredible diversity of ecosystems, largely influenced by the region's unique geography. It encompasses three distinct ecosystems: temperate rainforests, subalpine forests, and rugged coastal areas.
  • Temperate Rainforests: The park is famous for its lush temperate rainforests, which receive a significant amount of rainfall each year. The Hoh Rainforest and the Quinault Rainforest are two of the most well-known areas within the park. These rainforests are characterized by towering old-growth trees, such as Sitka spruce, western red cedar, and Douglas fir, as well as a dense understory of ferns, mosses, and other vegetation.
  • Subalpine Forests: As you ascend in elevation, the forest transitions into subalpine forests characterized by mountain hemlock, subalpine fir, and other hardy trees. These forests can be found in the higher elevations of the park and provide a habitat for various wildlife species.
  • Mountainous Terrain: The Olympic Mountains dominate the park's interior, with Mount Olympus being the highest peak at 7,980 feet (2,432 meters). These mountains are remnants of an ancient mountain range and are predominantly composed of hard, crystalline rocks.
  • Glaciers and Glacial Valleys: The high peaks of the Olympic Mountains harbor several glaciers and glacial valleys. Although many of the glaciers have been shrinking due to climate change, they still contribute to the park's rugged and picturesque landscape.
  • Wild Coastline: The western edge of Olympic National Park features a wild and dramatic coastline along the Pacific Ocean. This stretch of coastline includes sea stacks, sea caves, rocky tide pools, and expansive sandy beaches. The coastal region provides a habitat for a diverse range of marine life and is also known for its powerful ocean storms during the winter months.
  • Rivers and Lakes: The park is home to numerous rivers, such as the Hoh, Quinault, Elwha, and Queets rivers, which have shaped the landscape over millions of years. Additionally, there are several stunning alpine lakes, including Lake Crescent and Lake Quinault.
  • Geologic History: The Olympic Peninsula's geologic history is complex and fascinating. The Olympic Mountains were formed by the collision of tectonic plates and subsequent volcanic activity. Glaciers sculpted the landscape during ice ages, leaving behind U-shaped valleys and rugged peaks. The region's geology has also been influenced by volcanic eruptions and the action of erosion and sedimentation over millions of years.

Overall, Olympic National Park's natural and geologic history has shaped the area into a diverse and awe-inspiring landscape, providing visitors with opportunities to explore and appreciate the wonders of nature.


Olympic National Park's ecology is incredibly diverse, owing to its varied ecosystems and unique geography. The park's location on the Olympic Peninsula, where the Pacific Ocean meets the North American continent, creates a dynamic environment that supports a wide range of plant and animal life. Here are some key aspects of the park's ecology:

  • Temperate Rainforests: Olympic National Park is home to some of the most extensive temperate rainforests in the world. These rainforests thrive due to the region's abundant rainfall and mild temperatures. Dominated by towering conifers like Sitka spruce, western red cedar, and Douglas fir, the rainforests have a lush understory of ferns, mosses, and other plant species. The dense canopy and moist environment create a habitat for various flora and fauna, including species adapted to the low light conditions.
  • Subalpine and Alpine Areas: As you ascend in elevation, the forest transitions into subalpine and alpine areas. Subalpine forests consist of mountain hemlock, subalpine fir, and other hardy trees, while alpine areas are characterized by meadows and rock gardens. These higher elevations provide habitat for wildlife such as marmots, pikas, and mountain goats.
  • Wildlife: Olympic National Park is home to a diverse array of wildlife, both on land and in the waters off its coastline. Iconic species include Roosevelt elk, black bears, mountain goats, and cougars. The park is also a vital habitat for various bird species, including the endangered marbled murrelet, northern spotted owl, and numerous migratory birds.
  • Salmon Runs: The park's rivers and streams are essential for the lifecycle of several species of salmon, including chinook, coho, and sockeye salmon. The Elwha River, in particular, gained attention when the removal of the Elwha Dam and Glines Canyon Dam allowed for the restoration of natural salmon runs after decades of blockage.
  • Marine Life: The rugged coastline of the park supports a rich marine ecosystem. Tide pools teem with anemones, sea stars, and other intertidal creatures, while the rocky habitats provide shelter for various marine species. Whales, such as gray whales and orcas, can often be spotted offshore, and the park's waters are home to diverse fish and invertebrate populations.
  • Glaciers: The high peaks of the Olympic Mountains contain several glaciers, which contribute to the park's hydrology and provide freshwater sources for rivers and streams.
  • Fire Ecology: Historically, wildfires have played a crucial role in shaping the landscape of the Olympic Peninsula. Some plant species in the park have adapted to fire, and controlled burns are sometimes used to manage certain ecosystems.
  • Plant Diversity: Olympic National Park boasts a wide variety of plant species, including rare and endemic ones. In addition to the dominant conifers, the park is home to numerous wildflowers, ferns, lichens, and other plant life that contribute to the overall biodiversity.

The intricate web of interactions between these various ecological elements makes Olympic National Park a unique and thriving ecosystem. Conservation efforts are in place to protect and maintain the park's ecological balance, ensuring that its natural beauty and ecological integrity remain intact for future generations to appreciate and study.

Human history

Olympic National Park has a long and fascinating human history, dating back thousands of years. Here are some key highlights of the park's human history:

  • Native American Tribes: The Olympic Peninsula has been inhabited by Native American tribes for at least 12,000 years. The area is traditionally the ancestral land of several tribes, including the Quileute, Hoh, Makah, Quinault, and Skokomish. These tribes have deep cultural connections to the land, and their traditional practices and knowledge have been passed down through generations.
  • First European Exploration: European exploration of the Olympic Peninsula began in the late 18th century. Spanish explorer Juan Perez is believed to have been the first European to sight the peninsula's coastline in 1774. British and American explorers, including Captain John Meares and Captain Robert Gray, also explored the area in the late 1700s.
  • Fur Traders and Explorers: In the early 19th century, fur traders and explorers, including the British Hudson's Bay Company and the American Pacific Fur Company, ventured into the Olympic Peninsula in search of valuable furs. They established trading posts and conducted business with the local Native American tribes.
  • Settlement and Logging: As the United States expanded westward in the mid-19th century, settlers arrived in the Olympic Peninsula. The discovery of gold in the region during the 1850s brought a temporary influx of prospectors, but the rugged terrain and limited resources made large-scale settlement challenging. Logging became a significant industry in the late 19th and early 20th centuries, leading to the exploitation of the area's rich timber resources.
  • Creation of Olympic National Monument: Concerns about the impact of logging on the Olympic Peninsula's natural beauty led to the establishment of Olympic National Monument in 1909 by President Theodore Roosevelt. The monument protected the region's scenic wilderness areas but did not include the Olympic Mountains.
  • Expansion to National Park: In 1938, President Franklin D. Roosevelt signed a bill that redesignated Olympic National Monument as Olympic National Park, significantly expanding the protected area to include the Olympic Mountains and the surrounding wilderness.
  • The Civilian Conservation Corps (CCC): During the Great Depression in the 1930s, the Civilian Conservation Corps played a crucial role in the development of Olympic National Park. CCC workers constructed roads, trails, campgrounds, and visitor facilities, many of which are still in use today.
  • Removal of Dams: In recent history, one of the most significant events in Olympic National Park's human history was the removal of the Elwha Dam and Glines Canyon Dam from the Elwha River between 2011 and 2014. The removal of these dams allowed for the restoration of natural river flow and salmon runs, benefiting both the ecosystem and local Native American tribes.

Today, Olympic National Park continues to be a popular destination for outdoor enthusiasts, scientists, and visitors seeking to experience the park's natural beauty and rich cultural heritage. Efforts are ongoing to preserve the park's unique ecosystems and historical sites for future generations to enjoy and appreciate.


Olympic National Park is home to a diverse array of fauna, ranging from large mammals to small insects and everything in between. The park's varied ecosystems, which include temperate rainforests, subalpine meadows, and rugged coastline, provide habitat for a wide range of animal species. Here are some of the notable fauna found in Olympic National Park:

  • Roosevelt Elk (Cervus canadensis roosevelti): These large and majestic elk are one of the iconic symbols of the park. They can be found grazing in the meadows and forests, and during the rutting season, the males can be heard bugling as they compete for mates.
  • Black Bears (Ursus americanus): Black bears are common in the park and can be found in various habitats, including forests and meadows. Visitors should exercise caution and follow proper bear safety guidelines when encountering these animals.
  • Mountain Goats (Oreamnos americanus): These sure-footed creatures are adapted to the steep and rocky terrain of the Olympic Mountains. They can often be seen perched on rocky outcrops, grazing on alpine vegetation.
  • Marmots: Olympic National Park is home to both hoary marmots and yellow-bellied marmots. These stout rodents can be found in subalpine and alpine areas, basking in the sun on warm days.
  • Pikas: Pikas are small, rabbit-like mammals that inhabit rocky slopes and talus fields in the park. They are well-adapted to the cold temperatures of the high elevations.
  • Deer: In addition to Roosevelt elk, Olympic National Park is home to other deer species, including black-tailed deer.
  • Marine Mammals: The park's rugged coastline provides habitat for marine mammals such as harbor seals, sea lions, and occasionally gray whales and orcas.
  • Birds: Olympic National Park is a haven for birdwatchers. The park is home to a wide variety of bird species, including the endangered marbled murrelet, northern spotted owl, bald eagles, and numerous migratory birds.
  • Salmon and Trout: The park's rivers and streams are essential for the lifecycle of several species of salmon, including chinook, coho, and sockeye salmon, as well as various species of trout.
  • Insects and Invertebrates: Olympic National Park has a diverse range of insects and invertebrates, including butterflies, bees, beetles, spiders, and many more.

It's important to remember that Olympic National Park is a wilderness area, and it's essential to practice responsible wildlife viewing. Visitors should maintain a safe distance from animals, never feed them, and follow park guidelines to ensure the protection of both the wildlife and themselves.

Elwha Ecosystem Restoration Project

The Elwha Ecosystem Restoration Project is a groundbreaking ecological restoration effort that took place in Olympic National Park, Washington, USA. It aimed to restore the natural ecosystem of the Elwha River basin by removing two large dams that had significantly altered the river's flow, sediment transport, and fish migration for over a century. The project represents one of the most extensive dam removal and ecosystem restoration efforts in the history of the United States.

The two dams at the center of the restoration project were the Elwha Dam and the Glines Canyon Dam, built in the early 20th century for hydroelectric power generation. While these dams provided electricity, they also had significant adverse effects on the environment. They blocked the passage of migrating salmon and other fish species, disrupting the river's natural ecosystem and leading to a decline in salmon populations.

The Elwha Ecosystem Restoration Project was initiated in the early 1990s as concerns grew about the environmental impacts of the dams. After extensive research, public consultations, and planning, the decision was made to remove both dams to restore the natural flow of the Elwha River and facilitate salmon migration.

The removal process began in 2011 and was carried out in two stages:
  • Elwha Dam Removal: The Elwha Dam, located about 5.5 miles from the river's mouth, was removed first. It was a relatively small dam compared to the Glines Canyon Dam but still had a significant impact on the river's ecosystem. The removal of the Elwha Dam began in September 2011 and was completed in March 2012.
  • Glines Canyon Dam Removal: The Glines Canyon Dam, located about 13 miles upstream from the river's mouth, was much larger and posed more complex challenges. Its removal began in September 2013 and was completed in September 2014.

The dam removals resulted in the restoration of the river's natural flow and sediment transport, allowing fish to migrate upstream for the first time in over a century. This had a significant positive impact on the river's ecosystem, particularly on salmon populations. Within months of the dam removal, biologists observed salmon returning to the newly accessible habitats upstream.

The Elwha Ecosystem Restoration Project also included the restoration of riparian areas, wetlands, and other habitats along the riverbanks. This effort helped to stabilize the riverbanks, increase wildlife habitat, and improve water quality.

The restoration project has been celebrated as a major success for ecosystem restoration and the recovery of endangered fish populations. It serves as a valuable example of the potential benefits of large-scale dam removals and ecological restoration efforts. The lessons learned from the Elwha Ecosystem Restoration Project have informed other restoration projects worldwide, inspiring further efforts to remove obsolete dams and restore rivers to their natural state.