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NOAA Restoration Center
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Restoration
A group of student volunteers plant native trees along Brush Creek to revegetateareas along the creek that were devegetated when the waterway was channelizedfor flood control.
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Over 200 school children planted 2000 native trees along Brush Creek torevegetate the stream bed to provide optimum spawning conditions for steelheadtrout.
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(1.51 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This image shows a normal rock sole. Comparewith some of the images that follow.
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(1.1 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This image shows a normal rock sole top anda normal English sole, bottom. Compare with some of the images that follow.
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(1.32 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This image shows a rock sole with fin erosion.
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(1.41 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This image shows a Starry flounder with finerosion.
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(1.17 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. Close up of a Starry flounder with fin erosion.
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.jpg
(1.32 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. Close up of a Barred Sand Bass with pectoral finblunting.
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(1.46 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This fish has erosion of the fin.
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(1.06 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. The pathology of this Windowpane Flounder showsa liver nodule.
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(1.41 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of a normal winter flounder.Compare this image to several that follow.
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.jpg
(1.46 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of a winter flounder with livernodules.
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(1.35 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of a winter flounder with livernodules.
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(1.23 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of a winter flounder with livernodules and fin erosion.
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.jpg
(1.21 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of a starry flounder, ventralshot, with fin erosion.
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.jpg
(1.42 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of an English sole with finerosion.
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.jpg
(1.15 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of an English sole with finretraction.
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.jpg
(1.48 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This is an image of an English sole with liverneoplasms.
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.jpg
(1.17 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. This English sole has an ulcerated dorsal fin.
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(1.17 MB)
The introduction of toxins into the marine environment have drastic effects onthe organisms that live there. An English sole with epidermal neoplasm.
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.jpg
(1.29 MB)
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