Posts Tagged ‘environment’

Bridge the Gap Villages Implements the U.N. Millennium Goals with Vorovoro, Fiji

United Nations Millennium GoalsBy Tom Barrett

In the year 2000 the United Nations embarked on an aggressive project to improve the living standards for humankind. This project, The United Nations Millennium Goals, were tasked with substantially reducing and sustainably improving the human condition in the following areas:

  • Poverty
  • Hunger
  • Disease
  • Illiteracy
  • Environmental Degradation
  • Discrimination Against Women
At the Millennium Summit in 2000 The Millennium Development Goals (MDG’s) were refined into eight development goals to be achieved by the year 2015:
 
  1. Eradicating extreme poverty and hunger
  2. Achieving universal primary education
  3. Promoting gender equality and empowering women
  4. Reducing child mortality rates
  5. Improving maternal health
  6. Combating HIV/AIDS, malaria, and other diseases,
  7. Ensuring environmental sustainability
  8. Developing a global partnership for development

The deadline for implementation is 2015 and the United Nations has made substantial progress in achieving many of these goals.

Bridge the Gap Villages in Vorovoro, Fiji has goals that tie in perfectly with many of the United Nations Millennium Goals. As an ecotourism and sustainable development tourist destination, not only can guests explore and relax in the natural beauty of an untouched Fijian island, they can experience Fijian culture in a way not available anywhere else on earth.
Green Globe ImageEcologically Responsibility
As a guest on Vorovoro, Fiji you will experience an island that is ecologically responsible. Rainwater harvesting is the only water source. There is zero waste stream. Compost toilets recycle all biodegradable waste. Permaculture methods are used to help feed island guests. All power on the island is renewable. All building materials are locally sourced and most are from renewable natural resources.
Supporting the Local Economy
The goal of Bridge the Gap Villages, Vorovoro, Fiji is to return over ninety percent of revenues to the local Fijian economy. Local staff is employed at a living wage. Most services are sourced from local service companies.  Most importantly Bridge the Gap Villages Vorovoro, Fiji has a goal of achieving ninety percent Fijian ownership by the local tribe, the Matingali, within ten years. Not only are the local tribes benefitting from the tourist dollars spent on the island, they are becoming business owners while learning how to start their own companies. 
Unique Business-Mentoring Program
The most unique element of the Bridge the Gap Villages Vorovoro, Fiji project is a business-mentoring program. The intention of this unique program is to find promising Fijians who are capable of running their own business. These Fijians will develop a business plan, be assigned a mentor, and be assisted closely for the first three to five years of their business start-up.
Vovoro Fiji Hut ConstructionCulturally Sensitive
Guests on Vorovoro, Fiji will be shown respect for the Fijian culture they are visiting. Fiji’s culture is a rich mixture of indigenous Fijian, Indo-Fijian, Asian and European traditions. The indigenous community culture is preserved, as island guests will live in native Fijian bures, bamboo and grass huts. The island cuisine of root crops, vegetables, fruit and fish are prepared in a traditional wood fired oven. Fiji’s modern culture is rich with formalities and intricacies that show respect for communal groups. Island visitors will have an opportunity to participate in a nightly Kava ceremony.
Experiential Richness
Island guest become a part of the daily island activities as well as the local community. Guests are invited to create activities that will educate them and subsequent visitors about the island, the environment, the community, the traditions and the culture. Everyone is asked to help enrich the community with their unique talents thus helping the community thrive long after the visitors leave.
Fitting into the United Nation’s Millennium Goals
The United Nations Millennium Goals is one of the most successful projects in the history of the United Nations. The goal of reducing poverty by half has been reached five years ahead of the 2015 deadline.  Primary school enrollment of girls equaled boys. Progress in reducing child and maternal mortality is accelerating. The target of halving the proportion of people without access to improved sources of water has been reached.
Despite these successes, there is still much to be done. The 2012 United Nations Millennium Development Goals Report states, “Inequality is detracting from these gains, and slowing advances in other key areas. In the years ahead, we have the opportunity to achieve more and to shape the agenda for our future.” A new agenda is taking shape.
Economic, Environmental and Social Development
Bridge the Gap Villages, with Vorovoro, Fiji, is a part of this agenda. Fiji has an abundance of natural resources and is one of the most developed economies in the Pacific Island region. The main sources of foreign exchange are tourism and sugar exports. Fiji is a developing nation with an exceptionally high literacy rate and education for boys and girls are at parity. However, according to the World Bank, the average Fijian lives on $12 USD per day. Fiji has a low level of employment, and is very dependent on foreign aid. Improvements are needed in child mortality and maternal health.
Vovorvoro, Fiji Hammock ViewEcotourism
Bridge the Gap Villages in Fiji will address the many of these issues in Labasa on the northern island of Vanua Levu, formerly known as Sandalwood Island. Labasa is primarily an agricultural area dependent upon sugar cane. Sugar cane farming and production has been decreasing due to the loss of overseas markets and political changes. Labasa is off the traditional tourist track but has enough local amenities to support the start-up of an ecotourism center. Tourism is becoming a major industry on Vanau Levu.
Empowering Women
Bridge the Gap Villages will be working to improve the economic stability in the region through ecotourism. Additionally, Bridge the Gap Villages will improve the economic outlook for women through the unique mentoring program. By empowering women, Bridge the Gap Villages will reduce the child mortality rate and improve maternal health. 
Creating Global Partnerships
Finally, Bridge the Gap Villages will be part of the process of creating global partnerships for economic development in other counties. Fiji is one of the United Nations Small Island Developing States. The importance of Small Island Developing States is the recognition that Fiji, along with fifty-one other small islands states, shares unique vulnerabilities in economic, environmental and social development. The lessons learned by Bridge the Gap Villages in the development of ecotourism on Vorovoro, Fiji will be applied in the development of additional ecotourism sites throughout the world.
Travelers and guests of Bridge the Gap Villages can be certain that their visit to Vorovoro, Fiji will contribute to the preservation and development of the native environment, the local people, and be a participant in one of the most exciting social movements in the world.

About the Author: Tom Barrett

Tom Barrett is an Advisory Board Member for Bridge The Gap Villages. Tom Barrett is owner of Green Water Infrastructure. He is a noted author, speaker, business coach, and entrepreneur. Over the years, Tom has served as an advisor to hundreds of small businesses. Over the last ten years, Tom has delivered numerous presentations on sustainability at the Chicago Center for Green Technology. He has over thirty years of successful industry experience and is known as an accomplished corporate growth and change agent.

Even Gas Stations Can Go ‘Green’

Green ConstructionKum & Go Logo

Green construction is one of America’s fastest growing trends. The United States Green Building Council(USGBC) reports that green construction accounts for nearly one-third of all new construction. Over the next five years green construction will grow to more than one-half of all construction. By 2013, green buildings will support nearly 8 million workers across the U.S. Many businesses are trying to capitalize on this trend. Many companies are promoting products and services with an environmentally friendly sales pitch. We do not often think of gas stations and convenience stores as models of sustainability but Iowa based Kum & Go is making a commitment in a big way.

 Kum & Go – The ONLY Convenience Store in America Going ‘Green’

Kum & Go, a privately owned Iowa-base company, is the only convenience store chain in America participating in the USGBC’s Leadership in Energy and Environmental Design (LEED) certification. All new concept stores for Kum & Go are being submitted for LEED Certification. In 2012 Kum & Go is anticipating investing over $2 million in ‘green’ improvements. Look at the features at the Kum & Go in Fairfield, Iowa: House with Grass Covering

Single-Stream Recycling

The store pays for single-stream recycling, keeping valuable resources from ending up in landfills.

LED Lighting

Kum & Go uses highly-efficient LED (light-emitting diode) fixtures inside the coolers, about the gas pumps, around the parking lot, and in interior applications. LEDs use less electricity, give off less heat, and the light is more focused.

Water-Saving Fixtures

Low-flow sink, toilet, and urinal fixtures are used in the store. These fixtures use at least 20% less water then conventional fixtures.

Renewable Fuels

Whenever available, each of Kum & Go’s new stores sells premium, no-lead and ethanol-blended fuels, including E10 and E85. The Kum & Go in Fairfield is one of the few convenience stores offering bio-diesel.

Sustainable Materials

The majority of the construction materials used to build the store were manufactured regionally, containing raw materials sourced from within 500 miles. Over 50% of all wood materials are FSC certified. Additionally, the steel and concrete contain high percentages of recycled content.

Reflective Concrete

The store’s parking lot is treated with a high-reflective white coating that reflects the sun’s heat. This reduces the “heat-island effect” by reducing the parking lot temperatures. Normally, pavement, dark-colored roofs, and similar surfaces absorb more sunlight, trap heat, and increase local temperatures. The reduction of the temperature helps save energy used to cool the building and reduces surface level ozone.

Bike Rack & Changing Rooms

Electric Vehicle Charging Station

Electric Vehicle (EV) Charging Station behind the Kum & Go, Fairfield, Iowa

The store design provides bicycle racks for associates and customers, as well as locking restroom facilities for changing. Alternative forms of transportation reduce traffic congestion.

High Efficiency Heating and Air Conditioning

The heating and air conditioning systems at this store have a high efficiency rating. The store has an optimized direct digital control (DDC) and a high-level filtration system that maintains excellent indoor air quality for customers and associates. Additionally, most refrigeration equipment used inside the store is Energy Star certified.

Day Lighting (Prismatic Skylights)

Honeycomb-shaped prisms in the roof, called Solatubes, reduce glare and refract daylight into the building. Natural lighting enhances colors and saves electricity.

Reflective Roof

The roof of the store is covered with a white rubber finish that reflects the sun’s heat. Similar to the reflective concrete used on the parking lot, This decreases heat transfer to the store interior, reducing the amount of energy needed to cool the building.

Electric Car Charging Station

Electric Vehicle (EV) charging station is behind the store and looks like an air station. This device supplies electricity for recharging plug-in electric vehicles, including all-electric cars, neighborhood electric vehicles and plug-in hybrids.

Rain Gardens & Bioswales

Rain Garden at a Kum & Go Gas Station, Fairfield, Iowa

Rain Garden at a Kum & Go Gas Station, Fairfield, Iowa

There are three interconnected bioswales on this site. These bioswales effectively filter and detain all of the rainwater produced by the impermeable surfaces on the site. Specifically, Kum & Go wanted to protect the headwaters of the Indian Creek watershed from hydrocarbon runoff. The bioswales prevent any hydrocarbon runoff while reducing the water velocity that is destructive to local streams.

Scott Timm said, “We are very happy  and fortunate to work with Kum & Go  to protect the headwaters of Indian Creek.” Scott Timm is the Iowa State University Extension program specialist who is helping move Fairfield’s Go Green strategic plan from concept to reality. Scott said the Fairfield, Iowa Kum & Go went well above and beyond what they typically do. “We are very very pleased with the team effort.”

Click here to read more about Fairfield, Iowa’s Go Green Strategic Plan

The new Kum & Go in Fairfield, Iowa is an outstanding example of how green construction not only benefits patrons, business owners, and employee but also benefits an entire community – especially our water quality.

What is Green Infrastructure?

What is Green Infrastructure?
Green infrastructure uses natural processes to mimic nature for managing storm water. In technical terms, biomimicry, or copying nature, utilizes the same processes and systems found in a natural environment, before land development. These systems and processes are employed to solve stormwater issues.
Simply put, as buildings and structures were developed and constructed, the naturally occurring systems to handle stormwater were disturbed. These disturbances led to an increase in stormwater runoff. Roads were built, homes were built, and the soil was compacted by construction equipment. These disturbances led to a significant increase in impermeable surfaces or, in other words, surfaces that did not allow water to percolate through to the soil. The result – both the volume and the peak flow of storm water increased. The increase in stormwater runoff is significant. While this method of construction and stormwater management was conventional forty years ago, we are now seeing some of the pitfalls of this approach.
In a natural environment, prior to development, ninety-eight percent of the stormwater that fell on any given property stayed on the property. The leaves of the trees that covered the property as the rain fell, initially slowed the rain down. The soil, which was permeable and not compacted, captured the majority of the rainfall. Only two to three percent of the rain that fell on a certain area ran off across the surface area. The velocity of the water runoff was significantly slower because of the vegetation covering that area.
Natural Water Cycle Image
The problems created by the increasing velocity and flow of storm water has resulted in a significant number of problems. Stream banks are eroding and threatening to undermine building foundations. In some cases expensive shoring has been installed to prevent the loss of property. In many areas, subterranean HVAC ductwork on some properties is collecting water resulting in mold and mildew. Subsurface water is surfacing on roadways resulting in flooding. In freezing conditions, icy roads and walkways create safety issues.
Why Green Infrastructure?
Green infrastructure is the latest and most effective development in land use planning. Many businesses and communities would like to utilize the best stormwater management practices available. Green infrastructure was developed in the United States in the mid 1990’s as a means to address a growing concern about the increasingly severe problems associated with stormwater issues. Stormwater, or non-point source water, is the largest source of water pollution in America. The conventional technology used fifty years ago to handle stormwater was to rapidly collect it and pipe it away via engineered collection systems. As noted earlier, the conventional technology of fifty years ago has created serious issues and is no longer an effective means to stormwater solutions. Traditional infrastructure has been refined. Green infrastructure employs the most advanced methods and techniques for managing stormwater.
Rain Running Off a RoofWhat are the Elements of Green Infrastructure?
The elements of green infrastructure utilize soil and plants, or vegetation, to manage stormwater. Additionally, in developing a green infrastructure approach we examine the stormwater production as far upstream, as close to the source of the stormwater production, as possible.
There are two recommended primary elements:
  1. Downspout Disconnections or Extensions
  2. Rain Gardens and Bioswales
Downspout Disconnections or Extensions
The largest source of stormwater runoff occurs from rain falling on rooftops. Many rooftops currently have a stormwater collection system installed complete with gutters and downspouts. However, in some cases the downspouts drain into pipes that surface on a downgrade and the stormwater flows onto adjoining condominium areas. In other cases, the downspout outflows are not piped anywhere. They simply drain out onto the surface of the property. Finally, some downspout outflows are directed onto roadways and driveways.
[Insert roof runoff here
Downspout disconnections and extensions require directing the stormwater from the downspouts into a permeable area, such as a rain garden or bioswale, as close to the source as possible. The storm water is not directed onto another impermeable surface like a roadway or driveway, as is the situation often seen today.
Downspout disconnections and extensions are the simplest and least expensive way to mitigate the stormwater issues quickly. Additionally, this benefits the environment because it helps to restore the natural water cycle.
Rain Gardens and Bioswales
Rain Gardens and bioswales are vegetated areas, lower in elevation than the surrounding area, with engineered soil that allows rainwater to be percolated through a series of soil and gravel layers. The purpose of a rain garden or bioswale is two fold. First, the rain garden or bioswale captures and detains storm water. Second, the rain garden or bioswale filters the storm water, thus reducing stormwater runoff and pollution.
Rain gardens and bioswales are located in an area as close as possible near the structure that produce the stormwater runoff. Native plants are usually used for vegetation because native plants are more adaptable to the local climate and do not require as much maintenance as turf or other plant materials. The vegetation in a rain garden or bioswale maintains the soil’s permeability and assists in filtering the storm water.
Rain garden and bioswales  should be designed and engineered to capture one hundred percent of a one-inch rainfall. Ideally, the one-inch rainfall event will be retained for at least eighteen hours but not more than seventy-two hours.
Conclusions
Embarking on a multi-year project that aims to reduce and eliminate many of the stormwater issues experienced since development  while restoring the natural water cycle is one that takes informative, collaborative effort. This kind of forward thinking, integrated, and long-range planning approach will combine the existing traditional infrastructure with newer techniques in green infrastructure. The result will be a sustainable approach to stormwater mitigation that will be effective, resilient and less expensive in the long-term, than conventional stormwater management. Additionally, green infrastructure is more than just mitigating stormwater. The solutions recommended will have a positive, long lasting impact on the environment.
Rain Garden