Simple Actions to Reduce Global Warming

The future is not somewhere we are going. It is something we are creating. Every day we do things that make some futures more probable and others less likely.

Global warming already disrupts millions of lives daily in the forms of destructive weather patterns and loss of habitat. What is already happening is only the tip of the melting iceberg, for it is our children and grandchildren who may suffer most from the effects of global warming. Hundreds of millions of people may be exposed to famine, water shortages, extreme weather conditions and a 20 – 30% loss of animal and plant species if we don’t reduce the rate of global warming and reduce GHG emissions.This article outlines some ways that you can act to help prevent the Earth from warming further. While humankind has the ability to destroy the planet, we can also help protect and sustain it.

Reducing your carbon and greenhouse gas emissions will not only make your personal living space more sustainable but it will save you money in both the short and long term. Global warming is occurring more rapidly than it was originally expected to — only forty years ago, [6] the big worry was global cooling. Even if you remain a cynic, however, and believe that the majority of scientists are wrong, you’ll benefit from reduced pollution, a more healthful lifestyle and increased savings from enacting these simple activities that will not reduce the quality of your life.

Get educated. Educate yourself about global warming. The more facts you have as to what mainstream science says about it, the more you can persuade others to make simple but effective changes in daily behavior.

Vote and influence your government with phone calls, e-mails, letters and meetings with those who represent you in government.

Choose vegetarian or vegan meals. Livestock are responsible for more greenhouse gas emissions than transportation is. This is due to the large amounts of petroleum used in creating amonium nitrate fertilizer (for the corn they are fed) plus the cost of shipping that corn to the cattle and then shipping the cattle to slaughter and grocery. If one eats meat it should always be from a local source. Choosing vegetarian foods also drastically reduces agricultural water consumption and land use, and favorably impacts biodiversity.

Recycle more. 15-25% of people don’t recycle. Recycle more using recycling bins, composting, etc. Encourage neighbors, superintendents, colleagues and businesses to do likewise.

Use compact fluorescent bulbs. Replace three frequently used light bulbs with compact fluorescent bulbs/lamps and save 300 lbs. of carbon dioxide and US$60 per year. A standard compact fluorescent bulb will save around one third of a tonne of greenhouse gas, along with the cost of six or more incandescent globes.

Fill the dishwasher. Run your dishwasher only with a full load. Save 100 lbs. of carbon dioxide and US$40 per year, or do them by hand with minimal water.

Use recycled paper. Make sure your printer paper is 100% post consumer recycled paper. Save 5 lbs. of carbon dioxide per ream of paper. Decide if something is really worth printing out.

Buy locally made and locally grown products. Buy locally to reduce the energy required to transport your goods. The consumable products we all purchase represent over half of the average family’s carbon footprint! If you successfully encourage neighbors to do this, store owners will be encouraged to stock local goods. Shop at farmers’ markets.

Count your carbon. Keep track of your carbon consumption as a way of tracking your progress.

Support producers of renewable energy.

Buy minimally packaged goods. Less packaging could reduce your garbage significantly, saving 1,200 pounds of carbon dioxide and $1,000 per year.

Insulate.
Keeping your water heater insulated could save 1,000 lbs. of carbon dioxide and US$40 per year. Don’t use units fitted with continuous pilot lights and you will save AUD$40 and 200 kilograms of greenhouse gas emissions yearly.

Replace old appliances and reduce reliance on them.
Inefficient appliances such as fridges, washing machines etc., waste energy. Save hundreds of pounds of carbon dioxide and hundreds of dollars per year by replacing them (and having your old appliance recycled or disposed of properly).

Weather strip your home. Caulk and weather strip your doorways, windows and air conditioners. Save 1,700 lbs. of carbon dioxide and US$274 per year. You will discover that the costs of caulking are far outweighed by savings in fuel costs and increased comfort level.

Use a push mower and reduce the lawn. Use your muscles instead of fossil fuels and get some strength-building exercise. Save 80 lbs of carbon dioxide per year.

Unplug unused electronics. Even when electronic devices are turned off, they use energy. Save over 1,000 lbs of carbon dioxide and US$256 per year by unplugging them or switching them off at the wall using a power surge-protector (sometimes called a power center). Get into the habit of switching the power off before you go to bed.

Grow fast growing plants. Plants like bamboo grow faster and produce 35% more oxygen than trees like oak or birch, and require fewer chemicals and care. Make sure that the plants are appropriate for your area; prefer native over introduced species and do not plant problem species. Bamboo, for example, can be very invasive in most of the US.

Use public transportation. Taking the bus, the train, the subway or other forms of public transportation lessens the load on the roads and reduces one’s individual greenhouse gas emissions .

Ride a bicycle. Taking the bike instead of the car is a very simple solution. However, if you experience such problems as lack of suitable bike paths, having to deal with congested traffic or hilly terrain, you are faced with a few challenges. They are, however, challenges that you as an individual can overcome with a little determination.

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Posted in BIODIVERSITY, climate change, earth, Environment, Global Warming | 3 Comments

Iran launch of Omid successful

Iran announced Sunday that it launched a satellite into space earlier in the day, the country’s first domestically made.

The satellite, Omid (hope), was launched Sunday by using Safir (ambassador) satellite-carrier rocket, the armed forces said in a statement, quoted by the official IRNA news agency.

The Omid Satellite which was successfully fired on the birth anniversary of the last Imam (prophet) of Shiites, Hazrat Mahdi (who is believed to reappear at the end of the world) illustrated the auspicious name of the Imam in the space, IRNA said.

According to Iran’s English-language Press TV satellite channel, the domestically manufactured Omid Satellite will pass over the country six times a day.

The launch of Safir rocket aimed to test remote sensing, satellite telemetry, and geographic information system (GIS) technology as well as remote and ground station data processing, Press TV said.

Another news agency Fars quoted government spokesman Gholam- Hossein Elham as saying that President Mahmoud Ahmadinejad was at the launch of the communications satellite from Iran’s space station.

In February, Iran said it has prepared for the satellite launch by sending a probe into space of a rocket on the mission.

Ahmadinejad announced in his press interview in Istanbul Friday that Iran would in near future launch its first domestic satellite to the space.

Iran, embroiled in a standoff with the West over its disputed nuclear ambitions, has pursued a space program for several years, according to media reports.

Source : http://www.chinadaily.com.cn/

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Rapideye Constellation Launched

RapidEye is a commercial small satellite mission that will enable global monitoring of the Earths surface. The constellation is designed to provide insurance and food companies, farmers, government and other agencies and institutions throughout the world with valuable, up-to-date, customised information products and services of the highest quality

RapidEye is a commercial small satellite mission that will enable global monitoring of the Earth's surface. The constellation is designed to provide insurance and food companies, farmers, government and other agencies and institutions throughout the world with valuable, up-to-date, customised information products and services of the highest quality

The 5-satellite RapidEye constellation has been successfully launched from Baikonur on August 29, 2008. All five satellites have been integrated with the Dnepr launch vehicle at the Baikonur Cosmodrome in Kazakhstan in readiness for launch at 0715 UTC (0815 BST, 0915 CEST).An MDA/SSTL launch team arrived in Baikonur early July to conduct final tests and integration of the spacecraft with the Dnepr rocket. SSTL in Guildford, UK, designed and built the spacecraft bus, the spacecraft control centre and performed the spacecraft assembly, integration and test. MDA’s subcontractor Jena-Optronik GmbH of Jena, Germany, designed and built the imaging payloads. MDA is the prime contractor of the RapidEye mission that is delivered turnkey and in-orbit to RapidEye AG. MDA has direct responsibility for the mission design, the spacecraft design and the ground planning and image processing system. The Canadian Commercial Corporation, a Government of Canada Crown corporation, is acting as the contracting agency between MDA and RapidEye AG. RapidEye is a commercial small satellite mission that will enable global monitoring of the Earth’s surface. The constellation is designed to provide insurance and food companies, farmers, government and other agencies and institutions throughout the world with valuable, up-to-date, customised information products and services of the highest quality. The dedicated launch will place the five satellites in a common sun-synchronous orbit of 630 km, with the satellites equally spaced about 19 minutes apart in their orbit, ensuring frequent imaging of particular areas of interests. The RapidEye system will image any area in the world at all latitudes between +/- 75 degrees within one day and cover the entire agricultural areas of North America and Europe within an average of five days. The multi-spectral pushbroom style imager onboard each spacecraft will image the Earth in five spectral bands, scanning a 78 km swath at 6.5m resolution.

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Isro,India to launch Italian, Algerian satellites

India – Antrix Corp. Ltd, the commercial arm of India’s space agency, has won a pair of deals from Algeria and Italy to launch earth observation satellites next year on the polar satellite launch vehicle, or PSLV, its workhorse rocket.

The contract awarded by the Algerian space agency to launch Alsat-2A, a 200kg remote sensing satellite, is the first won by Antrix from an African nation. The Algerian agency has the option to launch a second such satellite. For the Italian space agency Agenzia Spaziale Italiana, Antrix will launch a satellite named IMSAT, which will be the second Italian satellite to be boosted into space by the Indian Space Research Organisation, or ISRO, which in April 2007 launched Agile, a 352kg scientific satellite.

The Algerian and Italian satellites, besides a 100kg satellite for Nanyang Technological University in Singapore, and Cubesat, a three-satellite package from the Netherlands, would ride piggyback on heavier Indian satellites, said K.R. Sridhara Murthi, managing director of Antrix. He didn’t disclose financial details.

Antrix is also in talks with space agencies of South Africa and Nigeria to carry out similar launches, Murthi said. “We are also looking at opportunities bigger than that—remote sensing satellites, where payloads (are) of 800kg or even higher.”

ISRO offers the home-grown PSLV to carry satellites of up to 1,700kg into low-earth orbit at a cost that’s nearly 30% cheaper than that charged by firms such as International Launch Services, owned by Space Transport Inc. and two Russian organizations, Khrunichev State Research and Production Space Center and RSC Energia. Low-earth orbit is the region above earth between 200km and 2,000km, ideal to place earth observation or remote sensing satellites.

India is still a fledgling competitor in the global satellite manufacturing and launch industry, which is expected to grow to $145 billion (Rs6.3 trillion) over 10 years to 2016, from $116 billion in the 10 years to 2006, according to Paris-based research firm Euroconsult.

“(ISRO’s) benchmark is with international specifications on quality, reliability and credibility of the systems. And then, you are also cost competitive,” said K. Kasturirangan, director of the National Institute of Advanced Studies, a think tank in Bangalore. “The opportunity is just growing.”

Source : http://www.livemint.com/

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