950 resultados para Winter Storm


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Newsletter updating the corridor study of the Mississippi Bridge project for the states of Iowa and Illinois.

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Newsletter updating the corridor study of the Mississippi Bridge project for the states of Iowa and Illinois.

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Quarterly newsletter published by the Iowa Department of Transportation's Office of Aviation that contains information of interest to aviation-related persons and organizations.

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Quarterly newsletter published by the Iowa Department of Transportation's Office of Aviation that contains information of interest to aviation-related persons and organizations.

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The Federal Highway Administration (FHWA)and the Departments of Transportation in Texas, Oklahoma, Kansas, Missouri, Iowa and Minnesota combined their efforts to conduct The I-35 Trade Corridor Study.

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Newsletter for Iowa Department of Transportation, Office of Public Transit

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Main Street Iowa information.

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Strong winds, ice, snow and tornadoes are natural occurrences in Iowa forests. When severe, storms can cause extensive damage to forests by uprooting, wounding, bending and breaking trees. Storm damage management should involve a quick assessment to determine the extent of the damage, the need and potential for salvage, and woodland management efforts to return the woodland to a productive status.

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News from the Iowa Careers Consortium

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Extreme weather events can lead to immediate catastrophic mortality. Due to their rare occurrence, however, the long-term impacts of such events for ecological processes are unclear. We examined the effect of extreme winters on barn owl (Tyto alba) survival and reproduction in Switzerland over a 68-year period (approximately 20 generations). This long-term data set allowed us to compare events that occurred only once in several decades to more frequent events. Winter harshness explained 17 and 49% of the variance in juvenile and adult survival, respectively, and the two harshest winters were associated with major population crashes caused by simultaneous low juvenile and adult survival. These two winters increased the correlation between juvenile and adult survival from 0.63 to 0.69. Overall, survival decreased non-linearly with increasing winter harshness in adults, and linearly in juveniles. In contrast, brood size was not related to the harshness of the preceding winter. Our results thus reveal complex interactions between climate and demography. The relationship between weather and survival observed during regular years is likely to underestimate the importance of climate variation for population dynamics.

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News from the Iowa Downtown Resource Center, Main Street Iowa, and the Iowa Department of Economic Development Community Development Division.

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Iowa Department of Transportation Office of Aviation newsletter

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Newsletter of Research and Technology Bureau - Highway Division

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Newsletter for the Iowa Commission on the Status of African-Americans

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Newsletter produced by Iowa Department of Agriculture and Land Stewardship