Matching Items (51)
Created2000 to 2001
Description

Provides health status information for each Board of Supervisors District in Maricopa County. It includes data for 22 diseases and health indicators as well as information on the size and age distribution of the population.

42428-Thumbnail Image.png
Created2004-07
Description

Perinatal Periods of Risk is a multidisciplinary approach to understanding the complex issues contributing to fetal and infant mortality. This approach provides direction for prioritizing and targeting prevention and intervention efforts to reduce mortality at specific points in the health care services continuum.

Created2004 to 2010
Description

Provides a general overview of the disease outbreaks reported Maricopa County, Arizona, and the subsequent investigations led by the Maricopa County Department of Public Health.

41700-Thumbnail Image.png
ContributorsGolub, Aaron (Contributor) / Wiek, Arnim (Contributor) / Arizona State University. School of Sustainability (Contributor)
Created2013-12-09
Description

This report indicates that the current green systems conditions in the Uptown District are poor overall. Of particular concern are water consumption, lack of trees, and high temperatures. Sustainable green systems strives for fully functional stormwater, biodiversity, and resource management practices, as well as sustainable levels of thermal comfort, energy

This report indicates that the current green systems conditions in the Uptown District are poor overall. Of particular concern are water consumption, lack of trees, and high temperatures. Sustainable green systems strives for fully functional stormwater, biodiversity, and resource management practices, as well as sustainable levels of thermal comfort, energy efficiency, and access to green space. The current state assessment is based on four goals of sustainable green systems, derived from sustainability and livability principles (HUD, 2009): 1. Reduce stormwater loads and harvest water on-site; 2. Reduce potable water consumption; 3. Reduce daytime temperatures; 4. Increase green systems benefits to health, mobility, and the economy.

41701-Thumbnail Image.png
ContributorsGolub, Aaron (Contributor) / Wiek, Arnim (Contributor) / Arizona State University. School of Sustainability (Contributor)
Created2014-09-24
Description

This appendix contains descriptive data on housing conditions in Uptown through a series of tables, charts, and maps.

41703-Thumbnail Image.png
ContributorsWiek, Arnim (Author) / Golub, Aaron (Contributor) / Arizona State University. School of Sustainability (Contributor)
Created2014-07-27
Description

The Uptown Transit District Vision Report includes specifics on economic development, health, housing, green systems, mobility, and land use. This vision builds on inputs from residents, workers, business owners, and landowners to describe Reinvent Phoenix's Uptown transit district in 2040.

41705-Thumbnail Image.png
ContributorsGolub, Aaron (Contributor) / Wiek, Arnim (Contributor) / Arizona State University. School of Sustainability (Contributor)
Created2014-06-10
Description

This report indicates that the current green systems conditions in the Solano District, of Phoenix, Arizona, are very poor overall. Of particular concern are high temperatures, unsustainable water management, and lack of trees. Sustainable green systems strives for fully functional stormwater, biodiversity, and resource management practices, as well as sustainable

This report indicates that the current green systems conditions in the Solano District, of Phoenix, Arizona, are very poor overall. Of particular concern are high temperatures, unsustainable water management, and lack of trees. Sustainable green systems strives for fully functional stormwater, biodiversity, and resource management practices, as well as sustainable levels of thermal comfort, energy efficiency, and access to green space. The current state assessment is based on four goals of sustainable green systems, derived from sustainability and livability principles (HUD, 2009): 1. Reduce stormwater loads and harvest water on-site; 2. Reduce potable water consumption; 3. Reduce daytime temperatures; 4. Increase green systems benefits to health, mobility, and the economy.

41706-Thumbnail Image.png
ContributorsGolub, Aaron (Author) / Wiek, Arnim (Contributor) / Arizona State University. School of Sustainability (Contributor)
Created2014-09-24
Description

This appendix contains descriptive data on housing conditions in Solano through a series of tables, charts, and maps.