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Orleans danger zone for sediment on Klamath River: Flows and Turbidity with Drawdown

by Jay A. Martin Views: 2163

Orleans danger zone for sediment is above 200 mg/L. At this level, sediment can smother salmon eggs and fry. However, the effects of sediment on salmon can also depend on the type of sediment, the size of the sediment particles, and the flow of the water.

Video Credit: Jay A. Martin

Source: https://waterdata.usgs.gov/nwis/uv?site_no=11511990&legacy=1
along with other stations down the river.

The Klamath River mouth’s water quality and flow are crucial for ecosystem health. Adequate flow preserves habitats, supports diverse species, and maintains ecological balance. Proper flow transports sediments and nutrients, nourishing critical habitats. Clean water ensures sustainable growth.

USGS waterdata

Managing water quality and maintaining river flow require collaborative strategies. Stakeholders, including communities, government agencies, and conservation organizations, should monitor and address threats.

Regular monitoring, pollution prevention, and restoration activities preserve this ecosystem. Prioritizing the health of the Klamath River mouth safeguards the entire system and supports conservation. 

The data on many of the water quality sensors have been not publishing data. This is definitely concerning, as access to accurate and timely water quality data is crucial for managing the health of the Klamath River ecosystem and protecting public health.

You can see the chart dip in dissolved oxygen as drawdown has begun.

The danger zone for sediment is above 200 mg/L. At this level, sediment can smother salmon eggs and fry. However, the effects of sediment on salmon can also depend on the type of sediment, the size of the sediment particles, and the flow of the water.

The pH has also taken a slide to becoming acidic.

the effects of acidic water on salmon?

  • Impaired reproduction: Low pH levels can damage fish eggs and fry, making it difficult for salmon populations to sustain themselves.
  • Reduced growth and survival: Acidic water can disrupt salmon’s physiology, making them more susceptible to disease and predation.
  • Aluminum toxicity: Acidic water can mobilize aluminum from sediments, making it more bioavailable and toxic to salmon.
  • Habitat degradation: Acidic water can also harm aquatic insects and other food sources for salmon, impacting the overall ecosystem.

What is the “danger zone” for acidity for salmon?

Salmon are generally most sensitive to acidic conditions with pH levels below 5.5. However, even slightly lower pH levels can have negative impacts on their health and survival.

What can be done to address acidic river conditions?

  • Reducing air pollution: This is crucial for curbing acid rain, which is a major source of acidity in many rivers.
  • Limiting acid mine drainage: Proper treatment and management of mine wastewater can prevent it from contaminating rivers.
  • Restoring damaged watersheds: Planting trees and restoring natural vegetation can help to buffer the effects of acidity on rivers.
  • Monitoring water quality: Regularly monitoring pH levels and other water quality parameters is essential for identifying and addressing problems early on.
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Author: Jay A. Martin"Never underestimate the impact of a single voice seeking the truth, sometimes you find the story, sometimes the story finds you...and occasionally, it trips you on the way out the door. - Jay Martin"

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