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3 Lures You Must Have

Do you know what the top 3 lures for catching Bass are? Though there aren’t any specific statistics, a survey was conducted amongst the pro bass fishermen and it was found that plastic worms won by a large margin. Second and third place were the spinnerbait and then the crank bait.

Picking one of these 3 is not enough, however. You must take into account the lake you are fishing on before you select your lure. Especially you must consider if it is better to cover a smaller segment of water thoroughly or skim across a larger expanse as quickly as possible to find fish. Using a worm is slower, but extremely effective and is very seductive to Bass. They do best when the fish are schooled over a particular structure.

Spinnerbait can be moved more quickly across the surface and can be bounced on the bottom, sent against a tree limb and moved in many different ways in order to stimulate strikes. It is a great probing lure for the shoreline because of its tangle-free construction.

Crankbaits cover a lot of water in a hurry. Using them, you can check out a spot without wasting too much time. You can use them for locating fish that may be scattered.

The bottom line is, whatever lure you select for the particular lake that you are fishing on, you need to make it as easy for the Bass to get at it as possible. Drop that lure right in front of them. Scientists have proven that Bass calculate the amount of energy it will take them to go after the prey vs. the return.

Learn to fish all 3 of these lures effectively, and you will catch more than your share of big game Bass!

When to fish for bass

Dawn and dusk are definitely when the biggest bass can be brought in. First, remember that bass love ambush spots offering lots of cover from the baitfish. They like to hid, and pounce on their prey.

These bait fish are most active in the early morning or evening. When they feed, bass follow because the baitfish are less aware of threats when they feed. Go out fishing during these times for the best success – additionally you will have the water to yourself as most anglers don’t fish during these times.

The first excellent lure to use is a plug that looks like a mouse – very productive. Also use a big spent-wing moth made out of deer hair. Body and wings should be about the size of your forefinger. The idea is to twitch it along as if it is injured and trying to get in the air. Other surface plugs that chug, waddle, or have spinners are usually productive as well as buzzing lures that squeak. The most effective is a slim-minnow lure (a floating diving type). It resembles an elongated minnow at rest on the surface, and the lure will dive quickly when twitched, and then pop back up as if injured.

When retrieving an underwater lure in poor light, keep it coming at a steady pace once it is set in motion. This will make it easier for bass to locate and grab it.

The last thing is, don’t bother going out in the dawn/dusk when water is below 50 degrees Fahrenheit. This temperature wipes out certain aquatics and terrestrials, which nullifies the food chain feeding.

Water Quality Considerations

You need to fish bass differently in different kinds of water quality. Follow the general guidelines below to get better results.

Muddy Water: In low-visibility water, a bass finds food using its sonar senses. You must use lures with the best vibration and noise. You can tell if a lure has a high vibration by feeling the shaking of your rod as you bring in the lure. Use your heaviest vibrators and keep them coming at a steady pace so that bass can detect it.

Clear Water: Bass are overly cautious in clear water with high visibility. Their survival instincts kick in, and they are wary of anything out of the ordinary. Use lighter lines that are less visible. Also, use longer casts and lures that resemble bass food in the area. Spinners usually work in clear water, but if they are not working try a black spinner blade to reduce the flash.

Normal Water: This water has normal algae and plankton that filters out sunlight. It is ideal for all types of lures, as the bass are not timid. Use the shotgun approach here and set up 3 outfits, one using a surface lure, one using a deep diver, and the last using a plastic worm. Do about 10 casts with each, and then switch them up to different variations. This is a great way to find out what is working.

Fishing a Plastic Worm

Here are some techniques that you should consider for fishing plastic worms for bass in different situations:

Turbid water – bass are sight and sound feeders, and it is important to add turbulence to the plastic worm. Add a No. 3 Hildebrandt gold spinner just ahead of the hook. This sets up a flashing, hissing, throbbing attraction that bass can hear at considerable distances.

Clear water – Cut down the size of the worm, line, and sinker so that bass will have a harder time seeing the lure.

Big vibe worms – Use a worm with a curly tail design that gives off extremely strong vibrations. Try these worms when your straight worms fail to score.

Skipping – This is the only method to get under overhanging branches. You need a spin casting or spinning rig because a level wind reel just doesn’t ski8p well. Make a flat hard cast onto the water’s surface so that it will make a low skip. This will reach bass hangouts impossible to attain in any other way.

Ripping – This will surprise reluctant bass to strike a worm. Let the worm settle to the bottom and lie there for about 20 seconds. Reel slack out of the line and pick up the worm with a long, sharp upsweep of the rod tip. Let it settle to the bottom under tension as you slowly lower the rod tip. Repeat for three or four rips. Strikes will come.

Drift trolling – move to the head of a deep hole and let the wind carry you quietly across the lake while your worm crawls across bottom cover. Raise and lower the worm as it contacts bottom. Pickups usually happen as the worm is being pulled off the cover.

Flyrodding – Fill a single action flyreel with backing and about 50 yards of 10-pound monofilament. Rig a six-inch worm weedless and add a small split-shot ahead of the hook so it will sink slowly. Either flip or flat-cast the worm into every pocket you see and feed it line as it slowly settles to bottom. Keep the flyrod tip low so that you can make a long, sweeping strike when you feel a bass inhale the worm. This is practical in ponds, lakes or streams.

Worm rig

One of the biggest problems with fishing a worm is the inability to sense strikes. Usually the inability to sense them is due to a sinker that is too heavy and a line that is too thick.

Use a variable buoyancy worm using lead strip sinkers. Here are some advantages:

No moving lead on the line to dampen the feel of a gentle pickup
You can apply the precise amount of lead to deliver the worm action needed
It makes it easier for a bass to inhale the worm
It aids in hook setting
It’s easier to shake loose from snags
You can cause the worm to hang virtually suspended over the bottom when fishing shallow water.

To tell how much lead strip is needed, wrap one strip around the hook and bury the barb in the worm. Ease it into the water and watch it sink, it should barely settle toward the bottom. If it sinks to fast, take some off, etc. A slow decent is the ticket here.

Make sure to use no heavier than 8-pound mono line – preferably 6 pound.

Weather Matters

In the early spring and fall bass will smash top water lures such as floating propeller types and poppers. They are also likely to take surface lures when found in shallow water, such as along shorelines near overhanging trees.

As the temperature rises and the bass are in the cooler, deeper holes, change your technique. You need something to dredge the bottom. The plastic worm is ideal for this, even the most sluggish bass will respond when you drag one slowly past its nose.

Crank baits

When fishing a tidal river for bass, cast crank baits near the mouths of tiny feeder streams on the falling tide. Bass hang out where the water depth drops off, waiting for crayfish, crabs and minnows to be washed out.

Bait

One of the best baits for small mouth bass in rivers is the hellgrammite, the larva of the Dobson fly. Gather these from beneath rocks in shallow riffles with a mesh net or seine. Fish them on No. 4 or 6 fine-wire hooks, drifting them naturally through pools and runs below rapids.

A Trick Most Bass Fishermen Don’t Know

Cast a worm over a limber branch and reel it back so that its tail just touches the water. Then jiggle the rod tip, making the worm squirm and wriggle just above the surface. Bass will often leap right out of the water to snatch it.

Night Fishing

Many anglers have the idea that bass do not see well at night and won’t strike. Although it is true that bass cannot see well at night, but they have an amazing ability to pick up disturbances on the water and hone in on unsuspecting bait. Given this, lures that vibrate will cause the most underwater disturbance and are most effective. You can also drill a small hole in balsa or plastic lures to place small BB’s in them to make some noise.

When California made aggressive moves towards its climate protection initiative, legislators expected that other jurisdictions would also make the same move. Concerted efforts towards carbon emissions reduction would really make a big difference. This expectation of an ideal scenario has posed a problem for CA, AB32 would most likely be on its own, and the concerted effort is still far from being realized.

For the state of CA, AB32 was a groundbreaking initiative when it was proposed in 2006 and indeed as part of the bill’s declarations; the state noted that AB32 would encourage “other states, the federal government and other countries to act.” Many would argue that the effectiveness of AB32 is indeed dependent on the actions of other jurisdictions, most notably as it proposes a restriction of carbon emissions, but that its effectiveness will be measured according to emissions leakage, should other neighbouring locations be regulation free.

When the state of California opted to run with a far-reaching climate protection initiative, promising significant reductions of greenhouse gas emissions within state borders, legislators were fairly confident that other jurisdictions would also act aggressively. Concerted actions would have a very significant impact on carbon emissions reduction initiatives. However, as is often the problem when looking into a crystal ball, this ideal scenario has not materialized and this has presented a problem for CA, AB32 legislation likely to have to stand alone, with all its consequences.

The federal government has been painfully slow to push contentious climate bills through and whereas a nationwide carbon emissions trading scheme was engaged when the House of Representatives passed their own bill, it now looks as if it will be significantly watered down before the Senate will pass its own climate care bill.

Nations who signified commitment through the Kyoto Protocol indicated that GHG emissions would be difficult to manage until all jurisdictions would have their respective legislation for such purpose. As of this writing, the biggest carbon emissions scheme that has existed is the version of EU. As greenhouse gas emissions are of course a global problem, regional initiatives are all well and good, but not the answer. A regulatory program that is unified would be needed prior to the curtailment of carbon emissions to up to 80% by 2050. If the U.S. Senate does not advocate a cap and trade trading scheme, California may be essentially “going it alone” in the United States and there are many risks for CA; AB32′s policies may indeed end up being punitive to the state’s economy.

The possibility of organizations to be compelled to seek business elsewhere would be very high as soon as CA AB32 would be implemented. With this respect, those sources of carbon emissions could actually negate the emissions reductions achieved in the state of California. Organizations which choose to stay within California would be at a disadvantage as far as competition is concerned, as the others would be able to operate without the restrictions.

Despite considerable opposition in CA, AB32 is likely to go ahead, but there is still room for a relaxation of some of the more onerous limitations to allow flexibility in the timing of emissions reductions through the year 2020, which is the target date set within the legislation.

Organizations should pay particular attention to CA AB32, regardless of their physical location in the country. This law is an indication of the growing call for legislation to curtail energy consumption and consequent carbon emissions and each organization is well advised to implement its own efficiency and monitoring system to put itself ahead of the game.

Study Suggests Sauropods May have Contributed to Global Warming in the Mesozoic

A team of British scientists have put the wind up palaeontologists by creating a mathematical model that attempts to predict the impact on global warming that the gases produced by large plant-eating dinosaurs might have had. The researchers, David Wilkinson (Liverpool John Moores University), Euan Nisbet (University of London) and Graeme Ruxton (University of Glasgow) have calculated that Sauropods could have produced 520 million tonnes of methane each year. At this level of output, the methane would have probably had a significant impact on the climate of the Mesozoic, contributing to global warming.

Long-necked Sauropods – Affecting the Jurassic Climate

Sauropods are the long-necked dinosaurs. Well-known Sauropods include Diplodocus, Brachiosaurus and Apatosaurus, which was formerly known as Brontosaurus. Such creatures had a small head, a long neck, a massive, elephantine body and long tails. The Sauropods evolved into a myriad of forms, some of which represent the largest land animals known to science with body weights in excess of 20,000 kilogrammes. The scientists published their research in the scientific journal “Current Biology”, using studies of Apatosaurus bones found in the western United States. The team made a number of assumptions regarding the global population of Sauropods in the Late Jurassic and based on these calculations they estimate that these large herbivores and the microbes that lived inside their massive digestive tracts would have produced more than half a billion tonnes of methane per annum. Such large-scale methane production would have had an impact on the gaseous content of the atmosphere and with methane being a significant “greenhouse gas”, it is likely that the Mesozoic climate was influenced by this gas production.

Methane A “Greenhouse Gas”

Methane would have also been produced by other herbivorous dinosaurs, most notably members of the Thyreophora (shield bearers), such as Stegosaurus. However, the huge Sauropods would have contributed the most and according to the British researchers their combined wind production, the gas created and emitted as a result of microbial action breaking down the plant material the creatures consumed, would have been many times what cows produce today.

Ruminants such as cows are being blamed by many global climate researchers for making a large contribution to the production of methane. Methane is a more harmful “greenhouse gas” than carbon dioxide. Methane in the upper atmosphere would trap heat very effectively and therefore this would make a significant contribution to the heating up of the planet. However, cows tend to be a lot smaller than Sauropods and the research team calculated the potential density of these large Sauropods during the Late Jurassic and as a result, the long-necked dinosaurs could be regarded as “super-contributors” to the organic methane output of the Mesozoic.

The Climate of the Late Jurassic – A Dinosaurs Paradise

Scientists have long regarded the Late Jurassic as a time when the Earth’s climate was much more humid and warmer than today. Very little evidence has been put forward to suggest permanent icecaps at the poles during the Late Jurassic. Although there was very probably ice and snow at the poles (both North and South – very high latitudes and very low latitudes), this was likely to be seasonal. Plant fossils discovered in Alaska and Siberia suggest that even land close to the poles had relatively warm climates in the Late Jurassic (155 million to 144 million years ago). The Earth would have been a lush, humid paradise for reptiles, this may have contributed to the success of these terrestrial animals that dominated life on Earth for many millions of years. The British research team proposed that there would have been a greater amount of land area available to the Jurassic browsers and grazers than the modern, mammalian mega herbivores that produce methane today. This and calculations of herbivore density suggest that the dinosaurs such as Apatosaurus would have contributed more than five times the amount of methane than ruminants such as cows do today.

Commenting on the study, Dr. Wilkinson of Liverpool John Moores University, at the department of natural science and psychology stated that it was not the dinosaurs that produced the methane, it would have been the microbes that lived inside their guts that were responsible for the gas production.

Dinosaurs Produced “Wind” That Changed the Global Climate

The warm conditions would have suited the reptilian dinosaurs, especially if they were cold-blooded (ectothermic) animals. This may provide one of the reasons for the success of the Dinosauria Order, which palaeontologists suggest may have contained more than two thousand genera. Today’s average global temperature is approximately 14 degrees Celsius, although scientists predict that “greenhouse gases” in the Earth’s atmosphere may increase global temperatures by as much as three degrees over the next fifty years or so. The global temperature on Earth during the Late Jurassic, the time in Earth’s history that was used as the basis for this study, is estimated to be at least ten degrees higher than average temperatures today.

Ironically, after the demise of the Dinosauria some sixty-five million years ago, global temperatures are believed to have rocketed reaching a peak of an average of twenty-eight degrees Celsius by the mid Paleogene geological period.

Sauropods Contributing to Global Warming

The study team used a variety of assumptions to calculate the methane production of Sauropods, their mathematical model involved parameters such as potential Sauropod density, the amount of land area that was suitable for mega herbivore habitat and the average size of Sauropods. This data was then compared to known data on the methane production from modern-day ruminants.

Methane Production Today

Methane production today, is estimated to be around five hundred million tonnes, or to put it another way, equivalent to the estimated output of the Sauropoda in the Late Jurassic. Methane is being added to the atmosphere from a variety of sources such as the digestion of plant material by wild animals and by human enterprises such as dairying and extensive meat production.

Dr Wilkinson did state that there were other sources of methane during the Mesozoic he commented that the dinosaurs were not the sole producers of methane at the time. Overall, the British team estimate that the atmospheric methane levels in the Jurassic were much higher than they are today.

One thing is for certain, if you were to visit the area that was to become the Morrison Formation of the western United States during the Late Jurassic, you would be well-advised to stay upwind of any herd of Sauropods you came across as the gas these animals would have produced would have been most unpleasant.

People buy weaves for numerous purposes. It could be to cover up receding hairlines because of aging. It can also be a good solution for those who went through chemo treatments and are enduring severe hair loss. Besides hiding baldness, hair wigs are rising in popularity as fashion items. Even popular TV celebrities like Jenna Jameson, Britney Spears, and Tyra Banks are simply hooked to these hairpieces.

If you are planning to buy hair wigs, you must know the various types offered at department stores and web pages. Find wigs and weaves created from superior material. Obviously, find ones that you feel comfortable wearing and are genuine looking.

Underneath are the sorts of hair wigs you should think about:

-Vacuum Wigs

Vacuum wigs are custom-built in order to suit the wearer’s head. First, the experts is going to take a plaster mold of the person’s head. This makes the wig provide suction on the head.

This sort of wigs includes a silicone base in which the hair is injected. These may be quite warm and may take time getting adjusted to. The look and high detailing make vacuum wigs one of the most expensive in the marketplace.

-Capless Wigs

This sort of wigs is lighter than capped standard wigs. These are, however, not as warm for the wearer. In place of a cap wigs normally have, capless wigs have vertical lace strips, with spaces in between. These are typically a popular choice amongst ladies because they are one of the most breathable forms of wigs.

-Buy wigs of Human Hair

Many good quality wigs are made from human hair. These types of wigs are usually the most natural looking. These are just more pricey than those created from artificial materials. These wigs can be cut, dyed, styled or even permed like natural- grown hair.

Once you buy wigs made out of real human hair, it’s crucial you take good care of them as you would with naturally-grown hair. You ought to shampoo, condition, dry, and style them.

-Monofilament Cap Wigs

Monofilament cap wigs features a thin piece of material at the crown made from nylon or polyester mesh. The mesh is breathable and reveals an illusion of skin, giving it a natural appearance. With this kind of wig, the scalp revealed is the wearer’s natural skin color.

Most females choose this due to their natural look and versatility. It is possible to style this in lots of ways as each strand on a monofilament cap is individually attached at the crown so you can brush or part your hair in any direction. This type of wig is soft and is more comfortable to wear as compared with other sorts of wigs.

-Lace Wigs

This sort of wig is a popular option for most celebrities. These possess some mesh lace connected to the front wig past the hairline. They are custom fitted to the wearers head. You can actually trim and temporarily glue this to your skin round the hairline. The hair of the wig will prevent people from seeing the mesh lace that allows the hair to part naturally.

It’s vital that you are aware of the several types of wigs available on the market so you can figure out which one suits you most and enhances your physical features.

The landmark Kyoto Protocol is so famous that it is often misunderstood as a stand-alone agreement. Instead, it is what the name says: a protocol, in this case of the 1992 United Nations Framework Convention on climate change. The treaty’s purpose is to regulate man-made greenhouse gas emissions with the goal of stabilizing global climate change.

Negotiations on the treaty were concluded in December 1997, with most of the signatories joining the treaty regime by March 1999. However, the treaty did not come into force until February 2005 with the ascension of Russia to the Kyoto regime. The United States also signed the treaty, doing so in 1998, but neither President Clinton nor President Bush submitted the treaty to the senate for ratification. Without that ratification, the American signature on the Kyoto Protocol is effectively worthless. This was compounded when the Bush administration abruptly and provocatively withdrew from Kyoto negotiations in April 2001. Currently, the United States remains the sole unratified signatory. Non-signatories include Afghanistan, Andorra, Brunei, Chad, Iraq, the Palestinian National Authority, San Marino, Taiwan and Zimbabwe.

The Kyoto Protocol binds a set of countries listed in Annex I to specific reductions in greenhouse gas emissions. Annex I states are essentially the same as Western industrialized countries. The other signatories of the Kyoto Protocol have agreed to a more general principal of greenhouse gas emissions. Therefore China, who stands as the single largest polluter on Earth, is not bound to meet any specific reduction target by Kyoto.

The other key provision of the Kyoto Protocol is the cap and trade system. Annex I countries have a carbon emissions “cap,” or maximum limit imposed upon them. This requires them to reduce their emissions by an average of 5.2% of their 1990 emissions level by a target date between 2008 and 2012. However, there is a “trading” escape valve, where states or companies can buy “emissions credits” to make up the difference between actual performance and their established “cap.” The European Union actually created its own Emissions Trading Scheme in 2003 to serve as a market for emissions allowances.

Despite the lack of national participation, several U.S. states have formed an organization that operates under Kyoto-like terms, including a cap and trade emissions system. This is called the Regional Greenhouse Gas Initiative and consists of Maine, New Hampshire, Vermont, Connecticut, New York, New Jersey, Delaware, Massachusetts, and Maryland. While not joining the group, California governor Arnold Schwarzenegger signed a law that calls for California to cut it’s emission to Kyoto-like levels. In addition, dozens of US cities have independent greenhouse gas emissions reductions programs.

Critics of the Kyoto Protocol focus on a cost-benefit analysis of the actions called for by the treaty, and note that the cuts called for by the Protocol will have only a small impact on global warming. They also note that by effectively leaving countries such as India and especially China out of the system it does not address major sources of emissions that are still growing. After all, while the United States is the world’s largest per capita emitter of carbon dioxide, its growth rate is effectively frozen or in marginal decline. China’s emissions are the largest in absolute terms and growing explosively.

However, the Kyoto Protocol was never intended to be the end-all, be-all treaty regarding carbon emissions and climate change. It was only ever intended to be the necessary first step to start the process. Any successor agreements would call for another round of emissions reductions, and it is doubtful that such a treaty would be ratified even by the parliaments of Kyoto-enthusiasts in Europe and Japan if it did not include at least an emissions freeze on countries like Brazil, China and India. However, the big missing link still remains the United States and without American participation, the Kyoto Protocol remains only partially workable.

I started a career in Nursing at the young age of 17, surrounded by illness and misery, it seemed to me from age 40 life was miserable.

Have you wondered why there is so much illness, disease, stress, unrest? You have? Then we’re on the same wavelength.

Because I have been wondering about this for a few years now too.

Sick people. Sick planet. Climate change, global warming, economic crisis?

Absolute misery!

Why did life seem to end so miserably for the majority of people? Was it meant to be this way, cancer, diabetes, arthritis, heart disease, just to name a few? How could it be called the “Health” Industry, it is much more like the “ILL-Health” Industry.

My mother died from breast cancer, 4 others were also diagnosed, others were affected with poor quality of life from arthritis, stroke, diabetes, heart disease.

This is not great genetics I thought, if I don’t die young, I am going to be living in sick body.

The family stone gathered all this moss! Then another hit – Infertility! (But there was no family history of this?)

I had become one of those statistics.

1:6 couples will be infertile. 10% of the cause is unknown. 1:3 women over 35 years are affected.

What happened here? Surely nature didn’t intend to give us all this misery? But what about nature? Do we really know her anymore, are we still connected with our earth and the universe? Oh that’s right, it’s sick too……Hmmm

There must be another way?

The research and learning began, anything to do with the environment and health, all the buzz words, Reduce Re-use Recycle, Toxic Chemicals, Organic, Sustainable, Carbon Neutral, Food Miles, Climate Change, became a magnet for me.

By far the biggest problem seemed to be the toxic chemicals. Since World War II more than 80 000 synthetic chemicals have invaded our world. Approximately 1000 new chemicals are made each year. Chemicals are entering our planet, our bodies and accumulating. Some convert to synthetic oestrogen and many cancers feed on oestrogen.

So I began asking, perhaps there is a relationship between all these chemicals and our ILL-Health? After all, they are everywhere, in our food, kitchen, bathroom, skin care, plastics, baby toys, carpet, paints – the list goes on.

How about reducing, avoiding and getting rid of chemicals all together? That could be a start.

Here are 7 ways that I got started on reducing chemicals

1 Base most of what you eat on plant foods. They use less water and less greenhouse gases are produced than foods from animal origin. Plant based foods are low on the food chain with less accumulated chemicals.

2 Grow your own, start your vege patch and reap the rewards of fresher, tastier, chemical free and more convenient food. Start with whatever you like to eat, and don’t give up. Barter with a neighbour, you could start a trend in your neighbourhood. Get a worm farm and compost too, your veges love it, and so does the planet, replenishing the soil.

3 Go local, should be better value as you are most likely to only get food in season, this is fresher and more nutritious, good nutrition helps our bodies to manage the accumulation of chemicals. Also reduces greenhouse gases and cost from transportation.

4 Choose certified organic – no toxic chemicals, pesticides, reduced water use, more sustainable, and biodiversity is maintained.

5 Get educated, and learn about the chemicals and pesticides in commercial food, some crops are more prone to pests than others and therefore will be sprayed with more pesticides and herbicides.

6 Eliminate chemicals from your home, locals councils often run free courses to help you with this. Start with getting rid of chemically laden cleaning products and personal care products. Learn how to read the labels so you know what you are breathing, ingesting and absorbing into your body, then choose safe alternatives.

7 Reduce waste, when buying something consider, “Do I want it or do I need it?” “What about the packaging? Can I put it in the compost or worm farm?” “What is the impact of this item to the environment? Will it last or will it be thrown away and take forever to break down?”

Get out and exercise, connect with your environment and its people again. By connecting, seeing and appreciating our beautiful planet and its people we may be more inclined to take care of it.

Go easy on yourself. Start with small steps. Any changes you make will reap benefits for you and our planet and then build on it.

You will feel great, happier and confident that you are making a difference as an individual, then see the snowball effect it has on your family and friends, your community, your nation and eventually your world.

By the way, I am no longer one of those statistics.

As it happens when there are major events in our lives we usually grow and change. I want to make a difference to my planet, for my children and grandchildren. You can too.

Carbon dioxide emissions are causing the Earth’s climate to change and warm. This will have disastrous results if we do not act to reduce them now. Carbon dioxide emissions in our atmosphere are at their highest levels in recorded history and the effects of climate change can be seen now. Temperatures are increasing, glaciers are receding at unprecedented speeds, severe storms are becoming more frequent and chunks of ice the size of the Isle of Man are breaking off the Antarctic ice shelf.

Why is this all happening now? The last few hundred years has seen the additional release of carbon dioxide by human activities due to emissions from fossil fuel combustion to run transport, heat homes and operate power factories. Increased agriculture, deforestation, landfills, industrial production, and mining are also contributing to the increased carbon dioxide levels in our atmosphere. Temperatures which have varied less than 1 degree Celsius since the dawn of mankind, are proposed to rise between 2 and 4 degrees Celsius over the next century. Such rapid changes will cause major and intense harm to the social, economic and environmental systems upon which planet earth depends for its continuous survival.

A carbon offset is a means to reduce, eliminate or compensate for CO2 emissions. Carbon offsets are measured in metric tons of carbon dioxide-equivalent (CO2e). One carbon offset represents the reduction of one metric ton of carbon dioxide, or its equivalent in other greenhouse gases. The idea is to trim down the impact of everyday carbon dioxide emissions from activities such as driving cars, heating homes and flying. The emissions from such activity’s are calculated by a carbon offsetting provider and then paid for through a donation to fund equivalent carbon dioxide saving projects elsewhere. CO2 emissions are distributed across the world, so it does not matter whether you make the reduction in Sheffield or Sri Lanka, the positive effect on the environment will be the same. The most common project type is renewable energy, such as wind farms, biomass energy, or hydroelectric dams. Other popular project types include energy efficiency projects, the destruction of industrial pollutants or agricultural by-products, destruction of landfill methane, and forestry projects.

Carbon offsetting is not just for businesses. Individuals and family’s can also take action on global warming by carbon offsetting too. Firstly calculate the CO2 emissions from your daily activities. Online carbon calculators make it straightforward for individuals to determine their carbon emissions. Now aim to reduce your emissions. Once you know how much CO2 you are accountable for and its source, you can prioritise how to reduce you CO2 emissions. Lastly for those emissions you cannot reduce, purchase carbon offset credits from a reputable provider for reductions to be made somewhere else in the world. Carbon offsetting enables us to do something about our carbon footprint rather than just ignoring it, by preventing emissions and capturing past emissions that are already in the atmosphere. Take action on global warming now!

An easy way to reduce your carbon footprint is to use a carbon neutral courier. City Sameday Ltd is a specialist provider of same day delivery services on a national scale. They have created a policy with Carbon Footprint Ltd to enable all of their carbon emissions to be offset allowing the company to be carbon neutral. In 2007 City Sameday Ltd offset 18 Tonnes of CO2 which they split between 3 different programmes provided by Carbon Footprint Ltd. 70% is put into the clean energy Fund, 20% is put into the Kenyan reforestation and 10% is put into UK Trees. All City Sameday vehicles are run using Biodiesel, a clean burning bio-fuel, produced from domestic, renewable resources such as waste restaurant oil. Biodiesel contains no petroleum and reduces carbon dioxide emissions by 78%. For more information on City Sameday Ltd call 0800 44 88 384 or go to.

Steel Tiger tail is the main choice of stringing material for bead stringing. This beading wire is made using a series of wires covered with a colored nylon coating. This creates a strong but flexible beading wire which is ideal for heavier or sharp edged beads but can be liable to kink.

It is similar to fishing line to look at, but comes in several colors. As this wire is twisted by several strands, it is very suitable for beading heavy jewelry. This wire is the most common form for beading jewelry. In order to string jewelry, you are going to need something to put it on, I actually started out with fishing line, and you can make knots with crimp beads. But now, I use tiger tail. There are different diameters. There is really thick and really thin, depending on how heavy your necklace or how heavy your beads are. For example, most polymer clay beads are rather heavy, so you need a durable material for stringing. Steel tiger tail is the best choice. Steel tiger tail is very strong and easy to work with, but it kinks easily and is a little stiff, so it may not drape well when used with lighter beads. Soft flex is a newer material that is similar to them, but is more flexible and drapes better. It is also more expensive than it. Many beading beginners string on inexpensive nylon monofilament (fishing line), but this has some disadvantages: the fishing line is weakened by exposure to heat and sunlight, and it tends to stretch out when used with heavy beads.

I still remember that when I started stringing beads I was very confused about what to string my beads on. I asked numerous experienced beaders, and I found that many of them were very adamant about the materials they used. Well, at last, I found I prefer to use steel tiger tail. It is the first nylon-coated cable I was introduced to. This wire is available in various colors and different sizes, so there is a wide range of selection for each jewelry maker.

I have been using steel tiger tail for a long time after it was recommended to me. And I always purchase these wires from online wholesale stores, like PandaHall etc, to get cheap wholesale prices, high quality and free shipping. If you have some ideas of heavy necklaces or bracelets, don’t forget the steel tiger tail.

We need to deal with the challenge of dealing with the impact of carbon emissions is an area that has been long overlooked by the global community. Many nations have made strides to promote the need to Reduce Carbon Emissions. It’s time to wake up and explore how you can make a difference in the battle against the environmentally damaging effects of carbon emissions. To reduce the carbon Emissions every country should take help of Carbon Offsets.

Before understanding about Carbon Offsets. Lets understand about carbon.

About Carbon: -

With the Atomic rank 6 and with atomic symbol C. Carbon is a nonmetallic element distributed widely in the form of amorphous, graphite, and diamond.

About Carbon Offsets: -

Understanding carbon offsetting is reasonably simple. Carbon dioxide emissions are caused by the burning of fossil: fuels: oil, coal and natural gas. Every individual on earth is responsible for carbon dioxide emissions through the use of energy. Energy is consumed in many fashions from road; air, rail and sea travel to heating/cooling our homes from watching TV to reading with the lights on, and beyond. The fact is we need to use energy to function in a civil society. However, energy supply is finite and we must reduce and replenish what we use if we expect to keep our planet healthy for centuries to come. That’s where carbon offsetting comes into play. Carbon offsetting is also considered as the act of offsetting gas emissions. Common example of carbon offsetting or the use of carbon offsets is the purchase of “carbon offsets” in an attempt to compensate for the carbon dioxide production caused by personal air travel.

About Carbon Emissions: – It is the release of greenhouse gases into the atmosphere. The emission of carbon is the single greatest contributor to global warming. Carbon emissions are not a localized issue – emissions in one part of the world have an effect on the climate and quality of air around the globe.

Why we should use Carbon Offsets?

The challenge of dealing with the impact of carbon emissions is an area that has been long overlooked by the global community.

Many nations have made strides to promote the need to reduce emissions by providing a forum for individuals, households and businesses to contribute to the cause against global carbon emissions through voluntary offsets.

Why to Reduce emissions?

Global Carbon Care provides a way for you, your family, your business, and your community, to offset the carbon emissions that cannot be eliminated.

In short, the offsets you purchase will significantly reduce emissions somewhere else in the world, possibly in your own country. The effects of reduction in one part of the world impact everyone else who shares the planet. Thus, an offset project in one country could have 100 times the positive effect in another country and take a much larger step toward reducing global carbon emissions than an individual can achieve by reduction alone.

Steps to Reduce Carbon Footprint

- Estimate Your Carbon Footprint

- Start Reducing by following Methods.

Lighting/electricity

* Switch to low-energy light bulbs or LED lighting.
* Turn off lights and equipment when not in use.

Transportation

* Maintain the correct tire pressure to reduce fuel consumption.
* Consider using alternatives to fossil fuels like biodiesel, LPG and electricity. Go hybrid, otherwise.

Water

* Deal promptly with dripping taps and costly leaks.
* Get water-efficient toilets, showerheads and faucets.

Heating/air conditioning.

* Consider using alternative energy sources (i.e. solar or wind power).
* Ensure that all future home or business HVAC assets are the most energy efficient on the market.

Waste

* Recycle to reduce less landfill and lower disposal costs. Incorporate the use of balers and compactors.
* Be sure to compost food waste if you do not have a municipal program in place for biodegradable waste.

Source locally

* Buy food from local sources
* Purchase office equipment and supplies from local companies whenever possible. Building design

Training

* The key to any good community or business carbon reduction (or environmental) program is good training.
* Make sure all employees or citizens are properly educated on the processes in place and the importance of following the mandate.

We know how important the environment is for the people on earth. There are citizens who take really good care of it but there are still some people who do not care at all about the environment. They don’t do anything to help clean and improve the environment. Our cars are also important to us but we know that these cars can harm the environment as well. Those street rods, trucks and buses can really harm the environment but what can we do about it? Will there be a solution for this type of problem?

At present, there are already environment-friendly cars that are being sold in the market. These cars do not produce air pollution compared to the normal cars that people commonly use. It saves a lot of gas which is a good advantage for the owners. If there are these types of cars, why are there still cars that run on normal gasoline? It is because these cars are more expensive and not all countries have this type of cars. People still get the normal street rods, sedans, vans and SUV’s because it is the one that is always available. Those environment-friendly cars or hybrids are hard to get.

Sometimes, money isn’t the factor on why people do not buy those hybrid cars. It is because the car that they want is still not the environment-friendly cars. There are cars that are a lot more expensive, especially the luxury cars. Even if it harms the environment, they still buy it because that is the model that they want. Street rods or hot rods are still bought because these cars are what they use for racing. It is something that people want to buy. If this will continue, then the environment would be affected.

Air pollution is a type of pollution that can be caused by cars. People should know dangers of air pollution to humans and how it will affect our lives. Questions like, what are the negative effects of using these types of cars or what will it do to our environment should be answered. Here are some of the effects that air pollution can bring if we continue to use those cars (street rods / normal gas consuming cars):

· People would be breathing air that is bad for their health

· Different pathogens will be spread into environment like chemicals and bacteria

· Different diseases will be acquired (lung diseases, upper respiratory tract disease)

· Bad effects on environment like the plants

It may not be a big deal for some but knowing how to take care of the environment is important because we are the ones who are living in this earth. We are the ones who are breathing the air. If we are the ones polluting the environment and putting more harm into it, then we will also be the ones who will suffer. If we can try to avoid using normal cars like street rods and others, then that would be a big help already.

Finding ways on how to keep our environment clean would be a good idea. We don’t realize how much our cars affect the environment. We should be aware of it and we should spread it. You don’t want to be the cause of harming the environment. You want to be able to help not worsen the problem. If we could avoid using the car and just walk then that is a small way of helping the environment. If you could buy hybrid cars instead of street rods then that is another way. Small steps would eventually become big steps in helping the environment.