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cycles, thus reducing the overall demand for energy. |
9. Consider a Hybrid or Alternative Fuel Vehicle: Hybrids and alternative fuel vehicles are more |
efficient and require less energy, thus causing less damage to the environment. |
10. Finally, Use Renewable Energy Sources: Wind and solar energy sources are becoming more |
readily available and offer a more efficient means for energy production. Check with your |
local utility to see if any renewable energy sources are available near you. |
11. Use reusable canvas bags instead of paper or plastic bags when shopping. |
Sources include: Associated Content - The People’s Media Company, 2007 |
Useful Websites: |
http://www.myfloridaclimate.com/ |
Learn more about Governor Charlie Crist’s actions and commitments |
to address climate change. |
http://www.volunteerflorida.org/ |
Join the Serve to Preserve initiative and volunteer to help the environment. |
http://www.southfloridaclimatechange.org/ |
Learn more about climate change initiatives, actions and events in |
the Southeast Florida region. |
http://www.energystar.gov/ |
Energy Star is a joint program of the U.S. Environmental Protection |
Agency and the U.S. Department of Energy that helps Americans |
save money and protect the environment through energy efficient |
products and practices. |
http://www.responsiblepurchasing.org/ |
Learn more about how you can make your purchases more socially |
responsible and environmentally sustainable. |
http://www.iclei.org/ |
ICLEI—Local Governments for Sustainability is an international association of local governments and national and regional local government organizations that have made a commitment to sustainable |
development. |
Source:wikipedia.org |
Sustainable Development in South Florida: Reconciling Everglades Restoration Efforts With a Growing Urban |
Development Trend |
b |
Protecting the Everglades: |
The Florida Everglades is a wetland |
area located in South Florida which is |
home to a diverse population of plants |
and animals. These populations depend on the unique ecosystem provided |
by the Everglades for their survival. |
With growing human activity and development in climate-appealing South |
Florida, the quality of the Everglades |
has largely decreased, endangering its |
important ecological zones. Much of |
the downfall of the Everglades quality |
has been linked to urban development |
in south Florida and the falling quality |
of urban life in the area. Furthermore, |
past Everglades draining practices to |
provide water for agricultural and residential purposes has severely decreased |
the water supply of the area. The Florida Everglades has been listed by |
UNESCO as one of the 3 wetland areas |
of global importance, and efforts to protect its quality have culminated in the |
submission to Congress one of history’s |
most expensive and comprehensive environmental restoration plans (the |
CERP). In order for this restoration |
plan to be successful, there is a crucial |
need to regulate future sites of urban |
development in accordance with specific environmental constraints which |
will provide for minimized adverse effects on the Everglades. In this way, |
continued urban development can exist |
in accordance with Everglades protection practices. |
S |
Purpose: |
This project aims to reconcile the essential need to preserve the quality of the Everglades area and the wildlife |
it houses with the growing trend towards South Florida |
urban development. Its goal is to spatially identify the |
best locations for future residential development in the |
areas of South Florida which border Lake Okeechobee |
and the Everglades with least impact on important ecological zones. In this way, development can occur to |
provide for growing populations in the area while having minimized adverse effects on the Everglades and |
plans for its restoration. |
Methods: |
In an effort to identify the lands most suited for sustainable development in the South Florida counties of Martin, Indian River, St. Lucie, and Palm Beach, this project incorporated a number of environmental constraints |
on development. These environmental major constraints consisted of CERP boundaries, priority wetlands habitat, strategic habitat conservation areas, conservation lands, state forests, and critical linkages. |
These Constraints were compiled into one single layer |
and then erased from the derived developable residential lands layer to determine the working set of developable lands for this analysis. From there, the developable lands were evaluated based on buffer analysis according to encouraging criteria consisting of proximity |
to roads, already developed residential areas, and areas |
of high population density. The best possible sites for |
development were ultimately determined by finding the |
developable residential lands which satisfied the most |
preferred conditions or rank for all 3 encouraging criteria. For a more detailed methodology, see accompanying project paper. |
Absolute Constraints Area of Analysis: |
On Development Florida’s District 4 |
Conclusion: |
This fundamental analysis has led to a final data set |
which encourages future growth in Florida’s district 4 |
to occur mainly in coastal areas of Palm Beach county. |
Because of its higher population density relative to the |
other 3 counties of this study, ranking analysis based on |
the encouraging criterion of population density placed |
severe limitations on the spatial extent of most preferred developable lands. Therefore, when developing |
in counties other than Palm Beach, either population |
density preference ranking should be determined using |
lower values or preference values based on proximity to |
roads and developed areas should be the determining |
factor of best future development sites. |
Encouraging Criteria: Proximity to Roads and Already Developed Residential Lands Analysis |
While there are some outliers in the two classification fields, for the most part rankings attributable to proximity to developed residential land and roads are inclusive of each other. |
This finding is expected and can be affirmed logically by the tendency of existing residential land to be located near roads. It is also interesting to note the higher density of roads |
and developed land near coastal areas, which is historically where a higher density of development occurs. If future development is to occur with having the least affect on the Everglades ecosystem, these encouraging criteria must be included in site analysis. |
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