Frequently Asked Questions

A climate emergency declaration or climate emergency plan, declaring a state of climate emergency, has been issued since 2016 by some countries and other administrations to set priority and take action about climate change…it is just words without quantifiable and immediate #DirectAction!

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Carbon credit is a term used for a certificate or permit that represents the legal right to emit one tonne (metric ton) of carbon dioxide or equivalent greenhouse gas.

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Carbon offset also represents one tonne of carbon dioxide or equivalent greenhouse gas, it is generated by a reduction in emissions made by a voluntary project designed specifically for that purpose.

#S4PS stated objective is to support SDG’s. We believe carbon offsetting allows both #S4PS and its customers the best opportunity to make an impact to the #ClimateEmergency whilst supporting SDG projects around the world.

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It’s a concentrated effort to produce less waste and use more renewable energy. After reduction has reached its limit or its comfortable threshold, carbon offsets can make up for the rest. Carbon offsets are a form of trade. When you buy an offset, you fund projects that reduce greenhouse gas (GHG) emissions.

#S4PS and its partners are focused on increasing energy efficiency, reducing waste, reducing deforestation, and replacing traditional sources of fuel used for energy including coal, oil and natural gas, with clean and renewable sources like wind and solar power.

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All of the projects in #S4PS portfolio are Gold Standard verified.

In this way, #S4PS only offers offsets that have been verified to stringent standards. To learn more about their respective methodologies of validation please visit Our Projects page.

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Some people use the terms “climate change” and “global warming” interchangeably, so to get to a definition of the one, we’re going to talk about them both because they are profoundly linked but not exactly the same thing.

“‘Global warming’ refers to the long-term warming of the planet. Global temperature shows a well-documented rise since the early 20th century and most notably since the late 1970s,” according to NASA. “Worldwide, since 1880 the average surface temperature has risen about 1° C (about 2° F), relative to the mid-20th-century baseline (of 1951-1980).”

This rise in global temperatures is causing our climate – the average weather patterns for a particular region over a long period of time, typically 30 or more years – to change.

So, “climate change” is a broad, general term for these changes. It’s largely the consequence of the warming described above, and includes everything from the increasing incidence of extreme weather events like powerful hurricanes and severe drought to more frequent flooding and longer-lasting heat waves. It’s the accelerated ice melt we’re seeing in Greenland, Antarctica, and the Arctic and the related rise in global sea levels rise. It’s worsening pollen seasons, spreading vector-borne diseases, and much, much more.

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Our changing climate comes largely from the increased levels of atmospheric greenhouse gases (GHGs) – chiefly carbon dioxide – produced by our burning of fossil fuels for electricity, industry, and transportation.

Carbon dioxide, methane, and other GHGs trap heat that would otherwise escape Earth’s atmosphere. This is known as the “greenhouse effect,” and in the right proportion, these gases do a critical job ensuring the atmosphere holds onto enough heat to support every kind of life on the planet. Without them, the Earth would lose so much heat that life as we know it would be impossible.

The problem arises when GHG levels get too high because of human activities, trapping too much of the sun’s energy as heat and upsetting the natural systems that regulate our climate. Things keep getting hotter and hotter and we start seeing more and more extreme weather and other impacts because of it.

Since the Industrial Revolution, burning fossil fuels has emitted hundreds of billions of tons of heat-trapping CO2 into the atmosphere, where it stays for centuries. More and more CO2 (and other GHGs) means more and more heat.

This added carbon and extra heat are more than the Earth’s finely balanced systems can handle. At least without changing our climate and making storms more violent, oceans hotter and more acidic, and on and on.

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We know that burning fossil fuels like coal, oil, and natural gas releases vast amounts of carbon dioxide into the air. We know that carbon dioxide is a greenhouse gas and that GHGs trap heat from the sun in our atmosphere.

We also know that the concentration of carbon dioxide in our atmosphere has increased dramatically since the Industrial Revolution. Indeed, we know that there’s more carbon dioxide in the atmosphere today than at any point in the past 800,000 years.

Does it seem coincidental – or especially natural – then that global temperatures are steadily increasing at their fastest rate in millions of years?

In other words, the evidence of a strong correlation between human behavior (the burning of fossil fuels) and the higher temperatures we’re seeing today is irrefutable.

Want more proof? While the Earth has indeed experienced cycles of warming and cooling before, the speed of the warming now happening is utterly unprecedented.

“The biggest temperature swings our planet has experienced in the past million years are the ice ages. Based on a combination of paleoclimate data and models, scientists estimate that when ice ages have ended in the past, it has taken about 5,000 years for the planet to warm between 4 and 7 degrees Celsius,” NASA explains.

This makes the global average surface temperature increase of 1.1—1.6 degrees Fahrenheit (0.6—0.9 degrees Celsius) across just the twentieth century alone roughly eight times faster than the usual post-ice-age-recovery warming rate.

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We’re seeing the effects of a world transformed by rising temperatures and changing weather patterns everywhere from our well-being to our wallets. And while it’s true that the dangers of climate change will vary greatly from area to area – many more-temperate regions will likely see less direct damage done, especially in the relative near-term, we admit – there’s no question that it will make life harder, not easier, for everyone everywhere.

The climate crisis means more extreme weather, which means more damaged infrastructure, more lives and livelihoods lost to hurricanes, floods, and wildfires. It means more negative health outcomes, from heart and lung diseases linked to poor air quality to increased rates of vector-borne diseases as pests (think mosquitos and ticks), whose ranges are limited by temperature, expand as environmental conditions become more favorable. It means sea-level rise. More heatwaves, drought, and erratic rainfall – and more crop failure and worries about basic food and water security because of those things.

And many of the places most vulnerable to the worst of these impacts are already among the poorest countries on the planet – places currently reeling from famine and food insecurity, from violence and public health woes. Beyond obvious humanitarian concerns, climate impacts in these regions can further fuel migration, instability, and security concerns all over the globe.

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We’ll keep this one short: Well over 97 percent (some say as much as 99 percent) of scientists agree that climate change is happening and largely caused by people.

That’s scientific consensus, folks – and don’t let anyone tell you differently. In fact, it’s about the same level of certainty with which medical researchers know that smoking causes cancer.

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A not-insignificant-part of many discussions of climate change centers on what could happen down the road. You’ve no doubt heard many of them: from truly dramatic sea-level rise to desertification of broad swaths of the planet, unimaginable extreme weather to ice-free poles.

And those things are incredibly important to think about. But climate change is already having a serious impact on the world we live in today. Storms are getting stronger and stronger. Heatwaves are getting longer and more dangerous. Droughts are starving major cities of water, while others flood. Vector-borne diseases like Lyme disease are spreading as longer-lasting warm weather and milder winters extend the life and breeding cycles of many insects, including fleas and ticks. Longer breeding cycles allow them to grow their ranges by moving ever-poleward right along with increasing average temperatures.

Here are three more you may not think a lot about as being climate crisis impacts, but which you’ve likely dealt with yourself or know someone who has:

Wildfires: The climate crisis creates the perfect conditions for extreme wildfire seasons in the American West, parts of Europe, and many other regions around the globe. The reasons why are pretty simple science: Warm weather is arriving earlier and earlier and lasting longer. It goes to figure that snowpacks are melting earlier, leaving less water available during the heat of the summer. Precipitation patterns are also changing. The result? Parching of the land and die-off of plant life.

All these dead and dried-out plants then act as tinder, igniting when the heat soars and lightning strikes or a careless cigarette butt gets tossed or campfire ember lands in the wrong place. And, with less predictable rains, and seemingly more unpredictable wildfire behavior, once fires begin, it’s harder to stop them.

Worsening allergy seasons and other respiratory worries: Burning fossil fuels doesn’t only pollute our air directly with irritants like particulate matter and soot. As greenhouse gases accumulate in the atmosphere and average temperatures rise, they also contribute to higher levels of ground-level ozone that can cause acute and long-term respiratory problems. Moreover, rising global average temperatures are leading to longer pollen seasons in many places – and when combined with stronger rainfall events, flooding, and higher humidity, create the perfect environment for mold to flourish.

The result? More allergies, asthma attacks, and other respiratory health problems.

Some foods are becoming less nutritious: While this area of research is relatively new, scientists project that increased atmospheric CO2 speeds up photosynthesis, the process that helps plants transform sunlight to food.

This makes plants grow faster, yes, but in so doing they pack in more carbohydrates like glucose at the expense of other essential nutrients human beings (and other animals, right down the food chain) depend on.

Some have gone so far as to call this the “junk-food effect.”

When grown under the CO2 levels expected by 2050, reductions of protein, iron, and zinc in common produce in some parts of the world could be anywhere from 3–17 percent. And if emissions continue at the current rate, in many countries, these nutrient declines could turn dire, jeopardizing the health of people all over the world.

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Yes, yes, and yes.

The solutions to the climate crisis are numerous, but they boil down to one shared goal: Urgent action to cut greenhouse gas emissions and speed the global shift to renewable energies like solar and wind.

We need to de-carbonize our economies. And we need to do it as rapidly as possible.

How much the planet warms is up to us. To limit global warming and avoid the worst impacts of climate change, according to the world’s best scientists, we need to cut fossil fuel emissions in half by 2030 and achieve net-zero emissions by around 2050.

This means moving very quickly to leave oil, coal, and natural gas behind and accelerate the just transition to clean energy already underway around the world. It’s a big ask and a lot to accomplish in a little more than 11 years. But nothing less than the future of the Earth is at stake.

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Global temperatures rises are generally compared to “pre-industrial times”. Many researchers define that as 1850-1900 – before the world was chugging out greenhouse gases on a global scale.

The world is now about 1C warmer than it was back then, according to the IPCC.

For decades, researchers argued the global temperature rise must be kept below 2C by the end of this century to avoid the worst impacts.

But scientists now argue that keeping below 1.5C is a far safer limit for the world.

It’s hard to know much hotter the world will get. But if current trends continue, the World Meteorological Organization says temperatures may rise by 3-5C by 2100.

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Individual governments are choosing to tackle climate change in various ways.

But the one thing that has pulled the world together is the Paris agreement.

The deal has united nearly 200 countries in a single agreement on tackling climate change for the first time ever.

Nations pledged to keep global temperatures “well below” 2.0C (3.6F) above pre-industrial times and “endeavour to limit” them even more, to 1.5C.

However, scientists point out that the agreement must be stepped up if it is to have any chance of curbing dangerous climate change.

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Human-induced climate change is happening. And the UN estimates the world has added approximately one billion humans since 2005.

But depending on where in the world you live – and your lifestyle – a person’s emissions can be very different.

Generally, people living in countries like the UK depend heavily on fossil fuels.

According to one study, having one fewer child is the single most effective thing you can do to reduce your emissions.

But this result is contentious and leads to many philosophical and ethical questions which we’re not going to wade into here.

Like, if you are responsible for your children’s emissions, are your parents responsible for yours?

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In 2013, the government set out plans for a consistent “traffic light” food labelling system to help people easily understand what’s in their food.

But we don’t have a similar system for the carbon footprint or environmental impact.

It would involve considering things such as air freight versus importing food by sea, the use of water in food production, as well as the impact on land and forests.

Tesco did try it in 2007 – it started calculating the carbon footprint of every one of its 70,000 products.

But five years later the supermarket gave up, saying it was “a minimum of several months’ work” for each product.

In 2007, Walkers Crisps was the first UK firm to put carbon footprint figures on its products. But the company confirmed to the BBC that it has since removed them.

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Lots. The UN Intergovernmental Panel on Climate Change (IPCC) says the world cannot meet its emissions targets without changes by individuals.

It says:

  • Buy less meat, milk, cheese, and butter and more locally sourced seasonal food – and throw less of it away
  • Change how you get around. Drive electric cars but walk or cycle short distances. Take trains and buses instead of planes
  • Use video-conferencing instead of business travel
  • Use a washing line instead of a tumble dryer
  • Insulate homes
  • Demand low carbon in every consumer product

Research reported by the IPCC also said people tend to overestimate the energy-saving potential of lighting and underestimate the energy used to heat water.

It also says people don’t think a lot about the energy used for the creation of products they buy.

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Avoiding meat and dairy products is one of the biggest ways to reduce your environmental impact.

Cutting these from your diet could reduce an individual’s carbon footprint from food by two-thirds, according to one Oxford study.

Beef and lamb have a big environmental impact, as the digestive systems of livestock produce methane – a powerful greenhouse gas.

Chart showing the climate impacts of different foods: Beef has the highest carbon footprint, but the same food can have very different impacts
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The UN says we need to eat more locally-sourced seasonal food and throw less of it away.

How and where your food is produced is also important, as the same food can have very different impacts.

For example, beef cattle raised on deforested land is responsible for 12 times more emissions than cows reared on natural pastures.

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Humans are already adapting. In South Korea, farmers are growing different crops to future-proof themselves against changing temperatures.

London’s Thames Barrier was designed to help the city deal with an increased risk of flooding.

And the United Nations has made adaptation a key part of its strategy, alongside measures to curb rising global average temperatures.

Under the Paris climate agreement, richer countries have agreed to help poorer nations by providing “climate finance” to help them adapt.

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