I 53.20/2:50
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VegSpec : creating vegetative designs / |
1 |
I 53.20/2:51
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Merging GPS technologies and geoscience / |
1 |
I 53.20/2:52
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Protecting relatively uninfested lands : reducing weed spread following fire / |
1 |
I 53.20/2:53
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Pre-fire planning insured that the Railroad Fire turned into an invasive species management opportunity / |
1 |
I 53.20/2:54
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Prepare to handle post-fire weed explosion within two years of a fire / |
1 |
I 53.20/2:55
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Establishing noxious weed demonstration plots / |
1 |
I 53.20/2:56
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Prescribed burning as a restoration tool / |
1 |
I 53.20/2:57
|
Potentially responsible party searches |
1 |
I 53.20/2:58
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Indicators of Hydrologic Alteration / |
1 |
I 53.20/2:59
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Creating high-quality botanical illustrations by using a flatbed scanner and Adobe Photoshop / |
1 |
I 53.20/2:60
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Writing statements of work for commercial services / |
1 |
I 53.20/2:61
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The Forest Inventory and Analysis Program : a source of broad-scale data about BLM forestland / |
1 |
I 53.20/2:62
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Applications of electrical resistivity : a surface geophysical method / |
1 |
I 53.20/2:63
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Risk of cheatgrass invasion after fire in selected sagebrush community types / |
1 |
I 53.20/2:64
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Watershed protection on sagebrush steppe : characteristics and importance of litter cover / |
1 |
I 53.20/2:65
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Sheep Creek Resource Conservation Area : a model of interagency collaboration / |
1 |
I 53.20/2:66
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Estimating watershed runoff and sediment yield using a GIS interface to curve number and MUSLE models / |
1 |
I 53.20/2:67
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Mechanical treatments to meet resource needs / |
1 |
I 53.20/2:68
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Airborne LIDAR for remediation of abandoned mine lands / |
1 |
I 53.20/2:69
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Rangeland weeds / |
1 |