Fisherman's Loop Boat Launch

The Kalama River, located in Cowlitz County, Washington, is a river of stunning beauty that extends approximately 30 miles north of Portland, Oregon. Flowing from the Cascade Range and culminating its journey in the Columbia River, it has become a favored destination for paddlers of all skill levels. Known for its scenic landscapes and rich wildlife, the river offers paddling experiences that can cater to both novice and expert kayakers. The Kalama River exemplifies the characteristics of a stream, featuring flowing water that varies in gradient and speed, thus allowing paddlers to enjoy both tranquil stretches and areas with slight challenges.

In the broader context of Washington state kayaking, the Kalama River stands out for its accessibility and its relatively mild water conditions, especially when compared to the more vigorous whitewater rivers found in the region, such as the Skykomish or the Sauk. The state is home to numerous waterways suitable for various paddling pursuits, from lakes to rivers that cater to different types of kayakers. The Kalama provides a more gentle alternative, perfect for families looking to introduce children to kayaking, or for those simply wanting a peaceful day on the water surrounded by nature.

Kayakers venturing onto the Kalama River can generally anticipate calm water conditions, although the flow can vary, especially after significant storm events or during seasonal changes. Most sections are characterized by flat waters, punctuated by mild currents that make navigating the stream straightforward. As a Class I river, the Kalama is suited to beginners, though some stretches may present mild rapids, particularly after rainfall. Typically, paddle depths float safely for most kayakers, although paddlers should always be mindful of their surroundings, potential underwater obstacles such as logs and rocks, and shifting currents. Being aware of seasonal patterns, especially following rain or snowmelt, is essential, as it can significantly affect water flow and safety.