The transition strategy in this report is a set of coordinated interventions necessary to create sustainable green systems in the Solano District. Sustainable green systems strive 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 assessment of green systems indicates concern for high temperatures, low vegetation, and insufficient stormwater management. This strategy is based on achieving four specific goals of sustainable green systems, derived from sustainability and livability principles (HUD, 2009). Goal 1. Reduce stormwater loads and harvest water onsite; Goal 2. Reduce potable water consumption; Goal 3. Reduce daytime temperatures; Goal 4. Increase green systems benefits to health, mobility, and the economy.
The transition strategy in this report is a set of coordinated interventions necessary to create sustainable green systems in the Midtown District. Sustainable green systems strive 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 assessment of green systems indicates concern for high temperatures, low vegetation, and insufficient stormwater management. This strategy is based on achieving four specific goals of sustainable green systems, derived from sustainability and livability principles (HUD, 2009). Goal 1. Reduce stormwater loads and harvest water onsite; Goal 2. Reduce potable water consumption; Goal 3. Reduce daytime temperatures; Goal 4. Increase green systems benefits to health, mobility, and the economy.
This appendix contains descriptive data on housing conditions in Midtown through a series of tables, charts, and maps
The transition strategy presented in this report describes a set of coordinated interventions necessary to create sustainable housing in the Midtown District. The current state of housing in the District is not sustainable for housing options and affordability. There is a clear need for effective interventions to achieve a sustainable state of housing in the future.
The transition strategy presented in this report describes a set of coordinated interventions necessary to create sustainable housing in the Uptown District. The current state of housing in the District is not sustainable for housing options and affordability. There is a clear need for effective interventions to achieve a sustainable state of housing.
The transition strategy in this report is a set of coordinated interventions necessary to create sustainable green systems in the Uptown District. Sustainable green systems strive for fully functional stormwater, biodiversity, and resource management practices, as well as sustainable levels of thermal comfort, energy efficiency, and access to green spaces. The assessment of green systems indicates concern for high temperatures, low vegetation, and insufficient stormwater management. This strategy is based on achieving four specific goals of sustainable green systems, derived from sustainability and livability principles (HUD, 2009). Goal 1. Reduce stormwater loads and harvest water onsite; Goal 2. Reduce potable water consumption; Goal 3. Reduce daytime temperatures; Goal 4. Increase green systems benefits to health, mobility, and the economy.
From May 2005 to June 2005, the Arizona Department of Environmental Quality conducted a study, Potable Well Sampling Task 4.0, to determine if the chromium and chromium VI plume due to the discharge of the Pacific Gas and Electronic Topock Compressor Station has migrated under the Colorado River and impacted water supplies in Arizona. The ADEQ investigated the total chromium and hexavalent chromium (chromium VI) concentrations in (1) public water supply wells, (2) combined industrial and domestic water supply wells, and (3) private domestic water supply wells at Topock and Golden Shores, Arizona. The communities of Topock and Golden Shores have expressed their concerns regarding the findings. Thus, the ADEQ requested the Arizona Department of Health Services to evaluate the potential health effects of exposure to well water contaminated with chromium.