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Our new Biological Assessment is out - Klamath Basin Crisis

Our new Biological Assessment is out - Klamath Basin Crisis

Our new Biological Assessment is out - Klamath Basin Crisis

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<strong>Klamath</strong> Project Operations <strong>Biological</strong> <strong>Assessment</strong><br />

Endangered Suckers: Environmental Baseline for Suckers<br />

nutrient load diverted into the <strong>Klamath</strong> Project <strong>is</strong> returned to the <strong>Klamath</strong> River<br />

though the <strong>Klamath</strong> Straits Drain. If not diverted, the nutrient load to the <strong>Klamath</strong><br />

River would be nearly twice the current level. Table 2-7 summarizes 2002<br />

nutrient loading to the Upper <strong>Klamath</strong> River and the <strong>Klamath</strong> Project<br />

(Reclamation, unpubl<strong>is</strong>hed data).<br />

Water quality conditions and the mechan<strong>is</strong>ms affecting water quality in the Lake<br />

Ewauna to Keno Dam reach of the <strong>Klamath</strong> River, including watershed<br />

alterations, temperature, nutrient loading, and algal productivity, are similar to<br />

those observed in UKL. See the watershed alterations, water temperature,<br />

nutrient loading, and algal productivity d<strong>is</strong>cussions in the UKL watershed section<br />

for more detail.<br />

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